Netskope


Version	4.1.0 (View all)
Subscription level What's this?	Basic
Developed by What's this?	Elastic
Ingestion method(s)	API, AWS S3, Azure Blob Storage, Google Cloud Storage, Network Protocol
Minimum Kibana version(s)	9.1.0 8.19.9

This integration is for Netskope. It can be used to receive logs sent by Netskope Cloud Log Shipper, Netskope Log Streaming, or the REST API v2 dataexport iterator. To receive log from Netskope Cloud Log Shipper use the TCP input, for Netskope Log Streaming use any of the Cloud based inputs (AWS, GCS, or Azure Blob Storage), and for REST API v2 enable the CEL input on the Alerts V2 and/or Events V2 data streams.

The log message is expected to be in JSON format. The data is mapped to ECS fields where applicable and the remaining fields are written under netskope.<data-stream-name>.*.

Setup steps

For receiving log from Netskope Cloud Shipper

Configure this integration with the TCP input in Kibana.
For all Netskope Cloud Exchange configurations refer to the Log Shipper.
In Netskope Cloud Exchange please enable Log Shipper, add your Netskope Tenant.
Configure input connectors:
1. First with all Event types, and
2. Second with all Alerts type. For detailed steps refer to Configure the Netskope Plugin for Log Shipper.
Configure output connectors:
1. Navigate to Settings -> Plugins.
2. Add separate output connector Elastic CLS for both Alerts and Events and select mapping "Elastic Default Mappings (Recommended)" for both.
Create business rules:
1. Navigate to Home Page > Log Shipper > Business Rules.
2. Create business rules with Netskope Alerts.
3. Create business rules with Netskope Events. For detailed steps refer to Manage Log Shipper Business Rules.
Adding SIEM mappings:
1. Navigate to Home Page > Log Shipper > SIEM Mappings
2. Add SIEM mapping for events:
  - Add Rule put rule created in step 6.
  - Add Source Configuration put input created for Events in step 4.
  - Add Destination Configuration, put output created for Events in step 5.

Note

For detailed steps refer to Configure Log Shipper SIEM Mappings. Please make sure to use the given response formats.

For collecting data via REST API v2 dataexport

In the Netskope tenant admin console, create a service account (RBAC v3) or REST API v2 token with Read on each dataexport path you will collect (/api/v2/events/dataexport/events/{type} and/or /api/v2/events/dataexport/alerts/{type}).
In Elastic Fleet, add the Netskope integration and choose Collect Netskope alerts and events via REST API v2 dataexport (CEL input).
Set Tenant URL (for example https://example.goskope.com), REST API v2 token, and an Iterator index that is unique on your tenant (do not reuse an index used by Cloud Exchange or Splunk).
Enable the Alerts V2 and/or Events V2 data streams. Under Alert export types or Event export types, add the iterator types your token can read (for example policy, dlp for alerts or application, audit for events).
Do not collect aggregate /events/dataexport/events/alert on the Events V2 stream while typed /alerts/* endpoints are enabled on Alerts V2 — the same alert can appear in both feeds with the same _id.

The collector uses server-side iterators: the first request for each export type uses operation=<epoch> from Initial Interval, then operation=next. A type is paged again immediately while Netskope returns wait_time: 0 or a full page (10,000 events); otherwise the collector moves on to the next type, and the agent waits for Interval before polling that type again.

For receiving log from Netskope Log Streaming

To configure Log streaming please refer to the Log Streaming Configuration. Ensure that compression is set to GZIP when configuring the stream as other compression types are not supported.

Collect data from an AWS S3 bucket

Considering you already have an AWS S3 bucket setup, to configure it with Netskope, follow these steps to enable the log streaming.

Note

It is recommended to use the combined Alerts V2 and Events V2 data stream rather than configuring the individual Events V2 or Alerts V2 data stream. The alerts_events_v2 stream automatically directs logs to the appropriate individual data streams.

Collect data from Azure Blob Storage

If you already have an Azure storage container setup, configure it with Netskope via log streaming.
Enable the Netskope log streaming by following these instructions.
Configure the integration using either Service Account Credentials or Microsoft Entra ID RBAC with OAuth2 options. For OAuth2 (Entra ID RBAC), you will need the Client ID, Client Secret, and Tenant ID. For Service Account Credentials, you will need either the Service Account Key or the URI to access the data.

How to setup the auth.oauth2 credentials can be found in the Azure documentation here.
For more details about the Azure Blob Storage input settings, check the Filebeat documentation.

Note:

The service principal must be granted the appropriate permissions to read blobs. Ensure that the necessary role assignments are in place for the service principal to access the storage resources. For more information, please refer to the Azure Role-Based Access Control (RBAC) documentation.
We recommend assigning either the Storage Blob Data Reader or Storage Blob Data Owner role. The Storage Blob Data Reader role provides read-only access to blob data and is aligned with the principle of least privilege, making it suitable for most use cases. The Storage Blob Data Owner role grants full administrative access — including read, write, and delete permissions — and should be used only when such elevated access is explicitly required.

Collect data from a GCS bucket

If you already have a GCS bucket setup, configure it with Netskope via log streaming.
Enable the Netskope log streaming by following these instructions.
Configure the integration with your GCS project ID, Bucket name and Service Account Key/Service Account Credentials File.

For more details about the GCS input settings, check the Filebeat documentation.

The GCS credentials key file:

Once you have added a key to GCP service account, you will get a JSON key file that can only be downloaded once. If you're new to GCS bucket creation, follow these steps:

Make sure you have a service account available, if not follow the steps below:
- Navigate to 'APIs & Services' > 'Credentials'
- Click on 'Create credentials' > 'Service account'
Once the service account is created, you can navigate to the 'Keys' section and attach/generate your service account key.
Make sure to download the JSON key file once prompted.
Use this JSON key file either inline (JSON string object), or by specifying the path to the file on the host machine, where the agent is running.

A sample JSON Credentials file looks as follows:

		{
  "type": "dummy_service_account",
  "project_id": "dummy-project",
  "private_key_id": "dummy-private-key-id",
  "private_key": "-----BEGIN PRIVATE KEY-----\nDummyPrivateKey\n-----END PRIVATE KEY-----\n",
  "client_email": "dummy-service-account@example.com",
  "client_id": "12345678901234567890",
  "auth_uri": "https://example.com",
  "token_uri": "https://example.com",
  "auth_provider_x509_cert_url": "https://example.com",
  "client_x509_cert_url": "https://example.com",
  "universe_domain": "example.com"
}
		
	

Collect data from AWS SQS

If you have already set up a connection to push data into the AWS bucket; if not, refer to the section above.
To set up an SQS queue, follow "Step 1: Create an Amazon SQS Queue" mentioned in the link.
- While creating an access policy, use the bucket name configured to create a connection for AWS S3 in Netskope.
Configure event notifications for an S3 bucket. Follow this link.
- While creating event notification select the event type as s3:ObjectCreated:*, destination type SQS Queue, and select the queue name created in Step 2.

For more details about the AWS-S3 input settings, check this documentation.

Enable the integration in Elastic

In Kibana go to Management > Integrations.
In "Search for integrations" top bar, search for Netskope.
Select the Netskope integration from the search results.
Select "Add Netskope" to add the integration.
While adding the integration, there are different options to collect logs;

To collect logs via AWS S3 when adding the integration, you must provide the following details::
- Collect logs via S3 Bucket toggled on
- Access Key ID
- Secret Access Key
- Bucket ARN
- Session Token
To collect logs via AWS SQS when adding the integration, you must provide the following details:
- Collect logs via S3 Bucket toggled off
- Queue URL
- Secret Access Key
- Access Key ID
To collect logs via GCS when adding the integration, you must provide the following details:
- Project ID
- Buckets
- Service Account Key/Service Account Credentials File
To collect logs via Azure Blob Storage when adding the integration, you must provide the following details:
- For OAuth2 (Microsoft Entra ID RBAC):
  - Toggle on Collect logs using OAuth2 authentication
  - Account Name
  - Client ID
  - Client Secret
  - Tenant ID
  - Container Details.
- For Service Account Credentials:
  - Service Account Key or the URI
  - Account Name
  - Container Details
To collect logs via TCP when adding the integration, you must provide the following details:
- Listen Address
- Listen Port
Save the integration.

Field	Description	Type
@timestamp	Event timestamp.	date
cloud.image.id	Image ID for the cloud instance.	keyword
data_stream.dataset	Data stream dataset.	constant_keyword
data_stream.namespace	Data stream namespace.	constant_keyword
data_stream.type	Data stream type.	constant_keyword
event.dataset	Event dataset	constant_keyword
event.module	Event module	constant_keyword
host.containerized	If the host is a container.	boolean
host.os.build	OS build information.	keyword
host.os.codename	OS codename, if any.	keyword
input.type	Input type	keyword
log.offset	Log offset	long
log.source.address	Source address from which the log event was read / sent from.	keyword
netskope.alerts.Url2Activity	Populated if the activity from the URL matches certain activities. This field applies to Risk Insights only.	keyword
netskope.alerts.access_method	Cloud app traffic can be steered to the Netskope cloud using different deployment methods such as Client (Netskope Client), Secure Forwarder etc. Administrators can also upload firewall and/or proxy logs for log analytics. This field shows the actual access method that triggered the event. For log uploads this shows the actual log type such as PAN, Websense, etc.	keyword
netskope.alerts.account.id	Account ID (usually is account number as provided by the cloud provider).	keyword
netskope.alerts.account.name	Account name - in case of AWS this is the instance name set by user. For others, account name is provided by cloud provider.	keyword
netskope.alerts.acked	Whether user acknowledged the alert or not.	boolean
netskope.alerts.acting.role	N/A	keyword
netskope.alerts.action	Action taken on the event for the policy.	keyword
netskope.alerts.activities	N/A	keyword
netskope.alerts.activity.name	Description of the user performed activity.	keyword
netskope.alerts.activity.status	Displayed when the user is denied access while performing some activity.	keyword
netskope.alerts.activity.type	Displayed when only admins can perform the activity in question.	keyword
netskope.alerts.agg.window	N/A	long
netskope.alerts.aggregated.user	N/A	boolean
netskope.alerts.alert.affected.entities	N/A	keyword
netskope.alerts.alert.category	N/A	keyword
netskope.alerts.alert.description	N/A	keyword
netskope.alerts.alert.detection.stage	N/A	keyword
netskope.alerts.alert.id	Hash of alert generated from code.	keyword
netskope.alerts.alert.name	Name of the alert.	keyword
netskope.alerts.alert.notes	N/A	keyword
netskope.alerts.alert.query	N/A	keyword
netskope.alerts.alert.score	N/A	long
netskope.alerts.alert.source	N/A	keyword
netskope.alerts.alert.status	N/A	keyword
netskope.alerts.alert.type	Shows if it is an application event or a connection event. Application events are recorded to track user events inside a cloud app. Connection events shows the actual HTTP connection.	keyword
netskope.alerts.alert.window	N/A	long
netskope.alerts.algorithm	N/A	keyword
netskope.alerts.anomaly.efficacy	Full anomaly details for debugging.	keyword
netskope.alerts.anomaly.fields	Name(s) and values(s) of the anomalous fields, usually there's going to be only one in the list.	keyword
netskope.alerts.anomaly.id	N/A	keyword
netskope.alerts.anomaly.magnitude	N/A	double
netskope.alerts.anomaly.type	Type of UBA alert.	keyword
netskope.alerts.app.activity	N/A	keyword
netskope.alerts.app.app_name	N/A	keyword
netskope.alerts.app.category	N/A	keyword
netskope.alerts.app.name	Specific cloud application used by the user (e.g. app = Dropbox).	keyword
netskope.alerts.app.region	N/A	keyword
netskope.alerts.app.session.id	Unique App/Site Session ID for traffic_type = CloudApp and Web. An app session starts when a user starts using a cloud app/site on and ends once they have been inactive for a certain period of time(15 mins). Use app_session_id to check all the user activities in a single app session. app_session_id is unique for a user, device, browser and domain.	keyword
netskope.alerts.app.suite	N/A	keyword
netskope.alerts.asn	N/A	long
netskope.alerts.asset.id	N/A	keyword
netskope.alerts.asset.object.id	N/A	keyword
netskope.alerts.attachment	File name.	keyword
netskope.alerts.audit.category	The subcategories in an application such as IAM, EC in AWS, login, token, file, etc., in case of Google.	keyword
netskope.alerts.audit.type	The sub category in audit according to SaaS / IaaS apps.	keyword
netskope.alerts.bin.timestamp	Applicable to only: Shared Credentials, Data Exfiltration, Bulk Anomaly types( Bulk Upload/Download/Delete) and Failed Login Anomaly type. Bin TimeStamp (is a window used that is used for certain types of anomalies - for breaking into several windows per day/hour).	long
netskope.alerts.breach.date	Breach date for compromised credentials.	date
netskope.alerts.breach.description	Breach description for compromised credentials.	keyword
netskope.alerts.breach.description.text	Multi-field of `netskope.alerts.breach.description`.	match_only_text
netskope.alerts.breach.id	Breach ID for compromised credentials.	keyword
netskope.alerts.breach.media_references	Media references of breach.	keyword
netskope.alerts.breach.score	Breach score for compromised credentials.	long
netskope.alerts.breach.target_references	Breach target references for compromised credentials.	keyword
netskope.alerts.browser.session.id	Browser session ID. If there is an idle timeout of 15 minutes, it will timeout the session.	keyword
netskope.alerts.bucket	N/A	keyword
netskope.alerts.bypass.traffic	Tells if traffic is bypassed by Netskope.	boolean
netskope.alerts.category.id	Matching category ID according to policy. Populated for both cloud and web traffic.	keyword
netskope.alerts.category.name	N/A	keyword
netskope.alerts.cci	N/A	keyword
netskope.alerts.ccl	Cloud Confidence Level. CCL measures the enterprise readiness of the cloud apps taking into consideration those apps security, auditability and business continuity. Each app is assigned one of five cloud confidence levels: excellent, high, medium, low, or poor. Useful for querying if users are accessing a cloud app with a lower CCL.	keyword
netskope.alerts.channel	Channel of the user for slack and slack enterprise apps.	keyword
netskope.alerts.cloud.provider	N/A	keyword
netskope.alerts.compliance.standards	N/A	keyword
netskope.alerts.compute.instance	N/A	keyword
netskope.alerts.connection.duration	Duration of the connection in milliseconds. Useful for querying long-lived sessions.	long
netskope.alerts.connection.endtime	Connection end time.	long
netskope.alerts.connection.id	Each connection has a unique ID. Shows the ID for the connection event.	keyword
netskope.alerts.connection.starttime	Connection start time.	long
netskope.alerts.count	Number of raw log lines/events sessionized or suppressed during the suppressed interval.	long
netskope.alerts.created_at	N/A	keyword
netskope.alerts.data.type	Content type of upload/download.	keyword
netskope.alerts.data.version	N/A	long
netskope.alerts.description	N/A	keyword
netskope.alerts.destination.geoip_src	Source from where the location of Destination IP was derived.	long
netskope.alerts.detected-file-type	N/A	keyword
netskope.alerts.detection.engine	Customer exposed detection engine name.	keyword
netskope.alerts.detection.type	Same as malware type. Duplicate.	keyword
netskope.alerts.device.classification	Designation of device as determined by the Netskope Client as to whether the device is managed or not.	keyword
netskope.alerts.device.name	Device type from where the user accessed the cloud app. It could be Macintosh Windows device, iPad etc.	keyword
netskope.alerts.dlp.file	File/Object name extracted from the file/object.	keyword
netskope.alerts.dlp.fingerprint.classification	Fingerprint classification.	keyword
netskope.alerts.dlp.fingerprint.match	Fingerprint classification match file name.	keyword
netskope.alerts.dlp.fingerprint.score	Fingerprint classification score.	long
netskope.alerts.dlp.fv	N/A	long
netskope.alerts.dlp.incident.id	Incident ID associated with sub-file. In the case of main file, this is same as the parent incident ID.	keyword
netskope.alerts.dlp.is_unique_count	True or false depending upon if rule is unique counted per rule data.	boolean
netskope.alerts.dlp.mail.parent.id	N/A	keyword
netskope.alerts.dlp.parent.id	Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.alerts.dlp.profile	DLP profile name.	keyword
netskope.alerts.dlp.rule.count	Count of rule hits.	long
netskope.alerts.dlp.rule.name	DLP rule that triggered.	keyword
netskope.alerts.dlp.rule.score	DLP rule score for weighted dictionaries.	long
netskope.alerts.dlp.rule.severity	Severity of rule.	keyword
netskope.alerts.dlp.unique_count	Integer value of number of unique matches seen per rule data. Only present if rule is uniquely counted.	long
netskope.alerts.doc.count	N/A	long
netskope.alerts.domain	Domain value. This will hold the host header value or SNI or extracted from absolute URI.	keyword
netskope.alerts.domain_shared_with	N/A	keyword
netskope.alerts.download.app	Applicable to only data exfiltration. Download App (App in the download event).	keyword
netskope.alerts.drive.id	N/A	keyword
netskope.alerts.dynamic.classification	URLs were categorized by NSURLC machine or not.	keyword
netskope.alerts.elastic_key	N/A	keyword
netskope.alerts.email.source	N/A	keyword
netskope.alerts.encrypt.failure	Reason of failure while encrypting.	keyword
netskope.alerts.encryption.service.key	N/A	keyword
netskope.alerts.enterprise.id	EnterpriseID in case of Slack for Enterprise.	keyword
netskope.alerts.enterprise.name	Enterprise name in case of Slack for Enterprise.	keyword
netskope.alerts.entity.list	N/A	keyword
netskope.alerts.entity.type	N/A	keyword
netskope.alerts.entity.value	N/A	keyword
netskope.alerts.event.detail	N/A	keyword
netskope.alerts.event.id	N/A	keyword
netskope.alerts.event.type	Anomaly type.	keyword
netskope.alerts.event_source_channel	N/A	keyword
netskope.alerts.exposure	Exposure of a document.	keyword
netskope.alerts.external.collaborator.count	Count of external collaborators on a file/folder. Supported for some apps.	long
netskope.alerts.external.email	N/A	long
netskope.alerts.feature.description	N/A	keyword
netskope.alerts.feature.id	N/A	keyword
netskope.alerts.feature.name	N/A	keyword
netskope.alerts.file.id	Unique identifier of the file.	keyword
netskope.alerts.file.lang	Language of the file.	keyword
netskope.alerts.file.name	N/A	keyword
netskope.alerts.file.password.protected	N/A	keyword
netskope.alerts.file.path.orignal	If the file is moved, then keep original path of the file in this field.	keyword
netskope.alerts.file.size	Size of the file in bytes.	long
netskope.alerts.file.type	File type.	keyword
netskope.alerts.flow_status	N/A	keyword
netskope.alerts.from.logs	Shows if the event was generated from the Risk Insights log.	keyword
netskope.alerts.from.object	Initial name of an object that has been renamed, copied or moved.	keyword
netskope.alerts.from.storage	N/A	keyword
netskope.alerts.from.user_category	Type of from_user.	keyword
netskope.alerts.gateway	N/A	keyword
netskope.alerts.graph.id	N/A	keyword
netskope.alerts.http_status	N/A	keyword
netskope.alerts.http_transaction_count	HTTP transaction count.	long
netskope.alerts.iaas.asset.tags	List of tags associated with the asset for which alert is raised. Each tag is a key/value pair.	keyword
netskope.alerts.iaas.remediated	N/A	keyword
netskope.alerts.iam.session	N/A	keyword
netskope.alerts.id	N/A	keyword
netskope.alerts.insertion_epoch_timestamp	Insertion timestamp.	long
netskope.alerts.instance.id	Unique ID associated with an organization application instance.	keyword
netskope.alerts.instance.name	Instance name associated with an organization application instance.	keyword
netskope.alerts.instance.type	Instance type.	keyword
netskope.alerts.instance_name	Instance associated with an organization application instance.	keyword
netskope.alerts.internal.collaborator.count	Count of internal collaborators on a file/folder. Supported for some apps.	long
netskope.alerts.ip.protocol	N/A	keyword
netskope.alerts.ipblock	IPblock that caused the alert.	keyword
netskope.alerts.is_alert	Indicates whether alert is generated or not. Populated as yes for all alerts.	boolean
netskope.alerts.is_file_passwd_protected	Tells if the file is password protected.	boolean
netskope.alerts.is_malicious	Only exists if some HTTP transaction belonging to the page event resulted in a malsite alert.	boolean
netskope.alerts.is_two_factor_auth	N/A	keyword
netskope.alerts.is_universal_connector	N/A	keyword
netskope.alerts.is_user_generated	Tells whether it is user generated page event.	boolean
netskope.alerts.is_web_universal_connector	N/A	boolean
netskope.alerts.isp	N/A	keyword
netskope.alerts.item.id	N/A	keyword
netskope.alerts.justification.reason	Justification reason provided by user. For following policies, justification events are raised. User is displayed a notification popup, user enters justification and can select to proceed or block: useralert policy, dlp block policy, block policy with custom template which contains justification text box.	keyword
netskope.alerts.justification.type	Type of justification provided by user when user bypasses the policy block.	keyword
netskope.alerts.last.app	Last application (app in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.alerts.last.coordinates	Last location coordinates(latitude, longitude). Applies to only proximity alert.	keyword
netskope.alerts.last.country	Last location (Country). Applies to only proximity anomaly alert.	keyword
netskope.alerts.last.device	Last device name (Device Name in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.alerts.last.location	Last location (City). Applies to only proximity anomaly alert.	keyword
netskope.alerts.last.modified_timestamp	Timestamp when alert is acknowledged.	long
netskope.alerts.last.region	Applies to only proximity anomaly alert.	keyword
netskope.alerts.last.timestamp	Last timestamp (timestamp in the first/older event). Applies to only proximity anomaly alert.	long
netskope.alerts.latency.max	Max latency for a connection in milliseconds.	long
netskope.alerts.latency.min	Min latency for a connection in milliseconds.	long
netskope.alerts.latency.total	Total latency from proxy to app in milliseconds.	long
netskope.alerts.legal_hold.custodian_name	Custodian name of legal hold profile.	keyword
netskope.alerts.legal_hold.destination.app	Destination appname of legalhold action.	keyword
netskope.alerts.legal_hold.destination.instance	Destination instance of legal hold action.	keyword
netskope.alerts.legal_hold.file.id	File ID of legal hold file.	keyword
netskope.alerts.legal_hold.file.name	File name of legal hold file.	keyword
netskope.alerts.legal_hold.file.name_original	Original filename of legal hold file.	keyword
netskope.alerts.legal_hold.file.path	File path of legal hold file.	keyword
netskope.alerts.legal_hold.profile_name	Legal hold profile name.	keyword
netskope.alerts.legal_hold.shared	Shared type of legal hold file.	keyword
netskope.alerts.legal_hold.shared_with	User shared with the legal hold file.	keyword
netskope.alerts.legal_hold.version	File version of original file.	keyword
netskope.alerts.list.id	N/A	keyword
netskope.alerts.local.md5	md5 hash of file generated by Malware engine.	keyword
netskope.alerts.local.sha1	sha1 hash of file generated by Malware engine.	keyword
netskope.alerts.local.sha256	sha256 hash of file generated by Malware engine.	keyword
netskope.alerts.log.file.name	Log file name for Risk Insights.	keyword
netskope.alerts.login.type	Salesforce login type.	keyword
netskope.alerts.login.url.domain		keyword
netskope.alerts.login.url.extension		keyword
netskope.alerts.login.url.fragment		keyword
netskope.alerts.login.url.full		keyword
netskope.alerts.login.url.original		keyword
netskope.alerts.login.url.password		keyword
netskope.alerts.login.url.path		keyword
netskope.alerts.login.url.port		long
netskope.alerts.login.url.query		keyword
netskope.alerts.login.url.scheme		keyword
netskope.alerts.login.url.username		keyword
netskope.alerts.malsite.active	Since how many days malsite is Active.	long
netskope.alerts.malsite.as.number	Malsite ASN Number.	keyword
netskope.alerts.malsite.category	Category of malsite [ Phishing / Botnet / Malicous URL, etc. ].	keyword
netskope.alerts.malsite.city	Malsite city.	keyword
netskope.alerts.malsite.confidence	Malsite confidence score.	long
netskope.alerts.malsite.consecutive	How many times that malsite is seen.	long
netskope.alerts.malsite.country	Malsite country.	keyword
netskope.alerts.malsite.dns.server	DNS server of the malsite URL/Domain/IP.	keyword
netskope.alerts.malsite.first_seen	Malsite first seen timestamp.	long
netskope.alerts.malsite.hostility	Malsite hostility score.	long
netskope.alerts.malsite.id	Malicious Site ID - Hash of threat match value.	keyword
netskope.alerts.malsite.ip_host	Malsite IP.	keyword
netskope.alerts.malsite.isp	Malsite ISP info.	keyword
netskope.alerts.malsite.last.seen	Malsite last seen timestamp.	long
netskope.alerts.malsite.latitude	Latitude plot of the Malsite URL/IP/Domain.	double
netskope.alerts.malsite.longitude	Longitude plot of the Malsite URL/IP/Domain.	double
netskope.alerts.malsite.region	Region of the malsite URL/IP/Domain.	keyword
netskope.alerts.malsite.reputation	Reputation score of Malsite IP/Domain/URL.	double
netskope.alerts.malsite.severity.level	Severity level of the Malsite ( High / Med / Low).	keyword
netskope.alerts.malware.id	md5 hash of the malware name as provided by the scan engine.	keyword
netskope.alerts.malware.name	Netskope detection name.	keyword
netskope.alerts.malware.profile	tss_profile: profile which user has selected. Data comes from WebUI. Its a json structure.	keyword
netskope.alerts.malware.severity	Malware severity.	keyword
netskope.alerts.malware.type	Malware Type.	keyword
netskope.alerts.managed.app	Whether or not the app in question is managed.	boolean
netskope.alerts.management.id	Management ID.	keyword
netskope.alerts.matched.username	N/A	keyword
netskope.alerts.matrix.columns	N/A	keyword
netskope.alerts.matrix.rows	N/A	keyword
netskope.alerts.md5	md5 of the file.	keyword
netskope.alerts.md5_list	List of md5 hashes specific to the files that are part of custom sequence policy alert.	keyword
netskope.alerts.mime.type	MIME type of the file.	keyword
netskope.alerts.ml_detection	N/A	boolean
netskope.alerts.modified.date	N/A	long
netskope.alerts.modified.timestamp	Timestamp corresponding to the modification time of the entity (file, etc.).	long
netskope.alerts.netskope_pop	N/A	keyword
netskope.alerts.network.name	N/A	keyword
netskope.alerts.network.security.group	N/A	keyword
netskope.alerts.new.value	New value for a given file for salesforce.com.	keyword
netskope.alerts.nonzero.entries	N/A	long
netskope.alerts.nonzero.percentage	N/A	double
netskope.alerts.notify.template	N/A	keyword
netskope.alerts.ns_activity	Maps app activity to Netskope standard activity.	keyword
netskope.alerts.ns_device_uid	Device identifiers on macOS and Windows.	keyword
netskope.alerts.numbytes	Total number of bytes that were transmitted for the connection - numbytes = client_bytes + server_bytes.	long
netskope.alerts.obfuscate	N/A	boolean
netskope.alerts.object.count	Displayed when the activity is Delete. Shows the number of objects being deleted.	long
netskope.alerts.object.id	Unique ID associated with an object.	keyword
netskope.alerts.object.name	Name of the object which is being acted on. It could be a filename, folder name, report name, document name, etc.	keyword
netskope.alerts.object.type	Type of the object which is being acted on. Object type could be a file, folder, report, document, message, etc.	keyword
netskope.alerts.old.value	Old value for a given file for salesforce.com.	keyword
netskope.alerts.org	Search for events from a specific organization. Organization name is derived from the user ID.	keyword
netskope.alerts.organization.unit	Org Units for which the event correlates to. This ties to user information extracted from Active Directory using the Directory Importer/AD Connector application.	keyword
netskope.alerts.orig_ty	Event Type of original event.	keyword
netskope.alerts.original.file_path	If the file is moved, then keep original path of the file in this field.	keyword
netskope.alerts.os_version_hostname	Host and OS Version that caused the alert. Concatenation of 2 fields (hostname and os).	keyword
netskope.alerts.other.categories	N/A	keyword
netskope.alerts.owner	Owner of the file.	keyword
netskope.alerts.page.site	N/A	keyword
netskope.alerts.page.url.domain		keyword
netskope.alerts.page.url.extension		keyword
netskope.alerts.page.url.fragment		keyword
netskope.alerts.page.url.full		keyword
netskope.alerts.page.url.original		keyword
netskope.alerts.page.url.password		keyword
netskope.alerts.page.url.path		keyword
netskope.alerts.page.url.port		long
netskope.alerts.page.url.query		keyword
netskope.alerts.page.url.scheme		keyword
netskope.alerts.page.url.username		keyword
netskope.alerts.parameters	N/A	keyword
netskope.alerts.parent.id	N/A	keyword
netskope.alerts.path.id	N/A	keyword
netskope.alerts.policy.actions	N/A	keyword
netskope.alerts.policy.id	The Netskope internal ID for the policy created by an admin.	keyword
netskope.alerts.policy.name	Predefined or Custom policy name.	keyword
netskope.alerts.pretty.sourcetype	N/A	keyword
netskope.alerts.processing.time	N/A	long
netskope.alerts.profile.emails	List of profile emails per policy.	keyword
netskope.alerts.profile.id	Anomaly profile ID.	keyword
netskope.alerts.quarantine.action.reason	Reason for the action taken for quarantine.	keyword
netskope.alerts.quarantine.admin	Quarantine profile custodian email/name.	keyword
netskope.alerts.quarantine.app	Quarantine app name.	keyword
netskope.alerts.quarantine.failure	Reason of failure.	keyword
netskope.alerts.quarantine.file.id	File ID of the quarantined file.	keyword
netskope.alerts.quarantine.file.name	File name of the quarantine file.	keyword
netskope.alerts.quarantine.instance	Quarantine instance name.	keyword
netskope.alerts.quarantine.original.file.name	Original file name which got quarantined.	keyword
netskope.alerts.quarantine.original.file.path	Original file path which got quarantined.	keyword
netskope.alerts.quarantine.original.shared	Original file shared user details.	keyword
netskope.alerts.quarantine.original.version	Original version of file which got quarantined.	keyword
netskope.alerts.quarantine.profile.id	Quarantine profile ID.	keyword
netskope.alerts.quarantine.profile.name	Quarantine profile name of policy for quarantine action.	keyword
netskope.alerts.quarantine.shared.with	N/A	keyword
netskope.alerts.referer.domain		keyword
netskope.alerts.referer.extension		keyword
netskope.alerts.referer.fragment		keyword
netskope.alerts.referer.full		keyword
netskope.alerts.referer.original		keyword
netskope.alerts.referer.password		keyword
netskope.alerts.referer.path		keyword
netskope.alerts.referer.port		long
netskope.alerts.referer.query		keyword
netskope.alerts.referer.scheme		keyword
netskope.alerts.referer.username		keyword
netskope.alerts.region.id	Region ID (as provided by the cloud provider).	keyword
netskope.alerts.region.name	N/A	keyword
netskope.alerts.reladb	N/A	keyword
netskope.alerts.repo	N/A	keyword
netskope.alerts.request.cnt	Total number of HTTP requests (equal to number of transaction events for this page event) sent from client to server over one underlying TCP connection.	long
netskope.alerts.request.id	Unique request ID for the event.	keyword
netskope.alerts.resource.category	Category of resource as defined in DOM.	keyword
netskope.alerts.resource.group	N/A	keyword
netskope.alerts.resources	N/A	keyword
netskope.alerts.response.cnt	Total number of HTTP responses (equal to number of transaction events for this page event) from server to client.	long
netskope.alerts.response.content.length	N/A	long
netskope.alerts.response.content.type	N/A	keyword
netskope.alerts.retro.scan.name	Retro scan name.	keyword
netskope.alerts.risk_level.id	This field is set by both role-based access (RBA) and MLAD.	keyword
netskope.alerts.risk_level.tag	Corresponding field to risk_level_id. Name.	keyword
netskope.alerts.role	Roles for Box.	keyword
netskope.alerts.rule.id	N/A	keyword
netskope.alerts.sa.profile.id	CSA profile ID.	keyword
netskope.alerts.sa.profile.name	CSA profile name.	keyword
netskope.alerts.sa.rule.id	CSA rule ID.	keyword
netskope.alerts.sa.rule.name	CSA rule name.	keyword
netskope.alerts.sa.rule.remediation	N/A	keyword
netskope.alerts.sa.rule.severity	Rule severity.	keyword
netskope.alerts.scan.time	Time when the scan is done.	long
netskope.alerts.scan.type	Generated during retroactive scan or new ongoing activity.	keyword
netskope.alerts.scanner_result	N/A	keyword
netskope.alerts.scopes	List of permissions for google apps.	keyword
netskope.alerts.serial	N/A	keyword
netskope.alerts.server.bytes	Total number of downloaded from server to client.	long
netskope.alerts.session.id	Populated by Risk Insights.	keyword
netskope.alerts.severity.id	Severity ID used by watchlist and malware alerts.	keyword
netskope.alerts.severity.level	Severity used by watchlist and malware alerts.	keyword
netskope.alerts.severity.level_id	If the Severity Level ID is 1, it means that URL / IP /Domain is detected from Internal threat feed and if Severity Level ID is 2, then it means the detection happened based on the Zvelo DB Malsite Category.	long
netskope.alerts.sfwder	N/A	keyword
netskope.alerts.shared.credential.user	Applicable to only shared credentials. User with whom the credentials are shared with.	keyword
netskope.alerts.shared.domains	List of domains of users the document is shared with.	keyword
netskope.alerts.shared.is_shared	If the file is shared or not.	boolean
netskope.alerts.shared.type	Shared Type.	keyword
netskope.alerts.shared.with	Array of emails with whom a document is shared with.	keyword
netskope.alerts.shared_type	N/A	keyword
netskope.alerts.site	For traffic_type = CloudApp, site = app and for traffic_type = Web, it will be the second level domain name + top-level domain name. For example, in "www.cnn.com", it is "cnn.com".	keyword
netskope.alerts.slc_latitude	N/A	keyword
netskope.alerts.slc_longitude	N/A	keyword
netskope.alerts.source.geoip_src	Source from where the location of Source IP was derived.	long
netskope.alerts.source.time	N/A	keyword
netskope.alerts.srcip2	N/A	keyword
netskope.alerts.ssl.decrypt.policy	Applicable to only bypass events. There are 2 ways to create rules for bypass: Bypass due to Exception Configuration Bypass due to SSL Decrypt Policy The existing flag bypass_traffic only gives information that a flow has been bypassed, but does not tell exactly which policy was responsible for it. ssl_decrypt_policy field will provide this extra information. In addition, policy field will be also set for every Bypass event.	keyword
netskope.alerts.start_time	Start time for alert time period.	long
netskope.alerts.statistics	This field & summary field go together. This field will either tell count or size of files. File size is in bytes.	long
netskope.alerts.storage_service_bucket	N/A	keyword
netskope.alerts.sub.type	Workplace by Facebook post sub category (files, comments, status etc).	keyword
netskope.alerts.summary	Tells whether anomaly was measured from count or size of files.	keyword
netskope.alerts.suppression.end.time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	long
netskope.alerts.suppression.key	To limit the number of events. Example: Suppress block event for browse.	keyword
netskope.alerts.suppression.start.time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	long
netskope.alerts.target.entity.key	N/A	keyword
netskope.alerts.target.entity.type	N/A	keyword
netskope.alerts.target.entity.value	N/A	keyword
netskope.alerts.team	Slack team name.	keyword
netskope.alerts.telemetry.app	Typically SaaS app web sites use web analytics code within the pages to gather analytic data. When a SaaS app action or page is shown, there is subsequent traffic generated to tracking apps such as doubleclick.net, Optimizely, etc. These tracking apps are listed if applicable in the Telemetry App field.	keyword
netskope.alerts.temp.user	N/A	keyword
netskope.alerts.tenant.id	Tenant id.	keyword
netskope.alerts.threat.match.field	Threat match field, either from domain or URL or IP.	keyword
netskope.alerts.threat.match.value	N/A	keyword
netskope.alerts.threat.source.id	Threat source id: 1 - NetskopeThreatIntel, 2 - Zvelodb.	keyword
netskope.alerts.threshold.time	Applicable to: Shared Credentials, Data Exfiltration, Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type. Threshold Time.	long
netskope.alerts.threshold.value	Threshold (Count at which the anomaly should trigger). Applicable to Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type.	long
netskope.alerts.title	Title of the file.	keyword
netskope.alerts.to.object	Changed name of an object that has been renamed, copied, or moved.	keyword
netskope.alerts.to.storage	N/A	keyword
netskope.alerts.to.user	Used when a file is moved from user A to user B. Shows the email address of user B.	keyword
netskope.alerts.to.user_category	Type of user to which move is done.	keyword
netskope.alerts.total.collaborator.count	Count of collaborators on a file/folder. Supported for some apps.	long
netskope.alerts.traffic.type	Type of the traffic: CloudApp or Web. CloudApp indicates CASB and web indicates HTTP traffic. Web traffic is only captured for inline access method. It is currently not captured for Risk Insights.	keyword
netskope.alerts.transaction.id	Unique ID for a given request/response.	keyword
netskope.alerts.transformation	N/A	keyword
netskope.alerts.tss.mode	Malware scanning mode, specifies whether it's Real-time Protection or API Data Protection.	keyword
netskope.alerts.tss.version	N/A	long
netskope.alerts.tunnel.id	Shows the Client installation ID. Only available for the Client steering configuration.	keyword
netskope.alerts.type	Type of the alert.	keyword
netskope.alerts.uba_ap1	N/A	keyword
netskope.alerts.uba_ap2	N/A	keyword
netskope.alerts.uba_inst1	N/A	keyword
netskope.alerts.uba_inst2	N/A	keyword
netskope.alerts.updated	N/A	long
netskope.alerts.url.domain		keyword
netskope.alerts.url.extension		keyword
netskope.alerts.url.fragment		keyword
netskope.alerts.url.full		keyword
netskope.alerts.url.original		keyword
netskope.alerts.url.password		keyword
netskope.alerts.url.path		keyword
netskope.alerts.url.port		long
netskope.alerts.url.query		keyword
netskope.alerts.url.scheme		keyword
netskope.alerts.url.username		keyword
netskope.alerts.user.category	Type of user in an enterprise - external / internal.	keyword
netskope.alerts.user.geo.city_name	City name.	keyword
netskope.alerts.user.geo.continent_name	Name of the continent.	keyword
netskope.alerts.user.geo.country_iso_code	Country ISO code.	keyword
netskope.alerts.user.geo.country_name	Country name.	keyword
netskope.alerts.user.geo.location	Longitude and latitude.	geo_point
netskope.alerts.user.geo.region_iso_code	Region ISO code.	keyword
netskope.alerts.user.geo.region_name	Region name.	keyword
netskope.alerts.user.group	N/A	keyword
netskope.alerts.user.ip	IP address of User.	keyword
netskope.alerts.value	N/A	double
netskope.alerts.violating_user.name	User who caused a violation. Populated for Workplace by Facebook.	keyword
netskope.alerts.violating_user.type	Category of the user who caused a violation. Populated for Workplace by Facebook.	keyword
netskope.alerts.web.url.domain		keyword
netskope.alerts.web.url.extension		keyword
netskope.alerts.web.url.fragment		keyword
netskope.alerts.web.url.full		keyword
netskope.alerts.web.url.original		keyword
netskope.alerts.web.url.password		keyword
netskope.alerts.web.url.path		keyword
netskope.alerts.web.url.port		long
netskope.alerts.web.url.query		keyword
netskope.alerts.web.url.scheme		keyword
netskope.alerts.web.url.username		keyword
netskope.alerts.workspace.id	Workspace ID in case of Slack for Enterprise.	keyword
netskope.alerts.workspace.name	Workspace name in case of Slack for Enterprise.	keyword
netskope.alerts.zip.password	Zip the malicious file and put pwd to it and send it back to caller.	keyword

		{
    "@timestamp": "2021-12-23T16:27:09.000Z",
    "agent": {
        "ephemeral_id": "275c19c7-0f2c-467b-850f-c153e4a77147",
        "id": "7b99f48c-6c10-4dad-86c4-ee578beef412",
        "name": "docker-fleet-agent",
        "type": "filebeat",
        "version": "8.0.0"
    },
    "data_stream": {
        "dataset": "netskope.alerts",
        "namespace": "ep",
        "type": "logs"
    },
    "destination": {
        "address": "81.2.69.143",
        "geo": {
            "city_name": "London",
            "continent_name": "Europe",
            "country_iso_code": "GB",
            "country_name": "United Kingdom",
            "location": {
                "lat": 51.5142,
                "lon": -0.0931
            },
            "region_iso_code": "GB-ENG",
            "region_name": "England"
        },
        "ip": "81.2.69.143"
    },
    "ecs": {
        "version": "8.11.0"
    },
    "elastic_agent": {
        "id": "7b99f48c-6c10-4dad-86c4-ee578beef412",
        "snapshot": false,
        "version": "8.0.0"
    },
    "event": {
        "agent_id_status": "verified",
        "id": "f621f259f5fbde850ad5593a",
        "ingested": "2024-03-29T07:17:15Z"
    },
    "file": {
        "hash": {
            "md5": "4bb5d9501bf7685ecaed55e3eda9ca01"
        },
        "mime_type": [
            "application\\\\/vnd.apps.document"
        ],
        "path": "\\\\/My Drive\\\\/Clickhouse\\\\/Tenant Migration across MPs",
        "size": 196869
    },
    "input": {
        "type": "tcp"
    },
    "log": {
        "source": {
            "address": "192.168.224.6:60788"
        }
    },
    "netskope": {
        "alerts": {
            "access_method": "API Connector",
            "acked": false,
            "action": "block",
            "activity": {
                "name": "Login Successful"
            },
            "alert": {
                "name": "policy-alert",
                "type": "nspolicy"
            },
            "app": {
                "category": "Cloud Storage",
                "name": "SomeApp"
            },
            "category": {
                "name": "Cloud Storage"
            },
            "cci": "81",
            "ccl": "high",
            "count": 1,
            "destination": {
                "geoip_src": 2
            },
            "device": {
                "name": "Other"
            },
            "exposure": "organization_wide_link",
            "file": {
                "lang": "ENGLISH"
            },
            "insertion_epoch_timestamp": 1640277131,
            "instance": {
                "id": "example.com",
                "name": "example.com"
            },
            "is_alert": true,
            "modified": {
                "timestamp": 1613760236
            },
            "object": {
                "id": "GxyjNjJxKg14W3Mb57aLY9_klcxToPEyqIoNAcF82rGg",
                "name": "HjBuUvDLWgpudzQr",
                "type": "File"
            },
            "organization": {
                "unit": "example.local\\\\/example\\\\/Active Users"
            },
            "owner": "foobar",
            "policy": {
                "name": "Some Policy"
            },
            "request": {
                "id": "9262245914980288500"
            },
            "scan": {
                "type": "Ongoing"
            },
            "shared": {
                "with": "none"
            },
            "site": "Example",
            "source": {
                "geoip_src": 2
            },
            "suppression": {
                "key": "Tenant Migration across MPs"
            },
            "traffic": {
                "type": "CloudApp"
            },
            "type": "policy",
            "url": {
                "extension": "com\\\\/open",
                "original": "http:\\\\/\\\\/www.example.com\\\\/open?id=WLb5Mc7aPGx914gEyYNjJxTo32yjF8xKAcqIoN_klrGg",
                "path": "\\\\/\\\\/www.example.com\\\\/open",
                "query": "id=WLb5Mc7aPGx914gEyYNjJxTo32yjF8xKAcqIoN_klrGg",
                "scheme": "http"
            }
        }
    },
    "related": {
        "ip": [
            "81.2.69.143"
        ]
    },
    "source": {
        "address": "81.2.69.143",
        "geo": {
            "city_name": "London",
            "continent_name": "Europe",
            "country_iso_code": "GB",
            "country_name": "United Kingdom",
            "location": {
                "lat": 51.5142,
                "lon": -0.0931
            },
            "region_iso_code": "GB-ENG",
            "region_name": "England"
        },
        "ip": "81.2.69.143"
    },
    "tags": [
        "forwarded",
        "netskope-alerts"
    ],
    "user": {
        "email": [
            "test@example.com"
        ]
    },
    "user_agent": {
        "name": "unknown",
        "os": {
            "name": "unknown"
        }
    }
}
		
	

Alerts V2

Field	Description	Type
@timestamp	Date/time when the event originated. This is the date/time extracted from the event, typically representing when the event was generated by the source. If the event source has no original timestamp, this value is typically populated by the first time the event was received by the pipeline. Required field for all events.	date
aws.s3.bucket.arn	The AWS S3 bucket ARN.	keyword
aws.s3.bucket.name	The AWS S3 bucket name.	keyword
aws.s3.object.key	The AWS S3 Object key.	keyword
azure.resource.group	Resource group.	keyword
azure.resource.id	Resource ID.	keyword
azure.resource.name	Name.	keyword
azure.resource.provider	Resource type/namespace.	keyword
azure.storage.blob.content_type	The content type of the Azure Blob Storage blob object.	keyword
azure.storage.blob.name	The name of the Azure Blob Storage blob object.	keyword
azure.storage.container.name	The name of the Azure Blob Storage container.	keyword
azure.subscription_id	Azure subscription ID.	keyword
data_stream.dataset	The field can contain anything that makes sense to signify the source of the data. Examples include `nginx.access`, `prometheus`, `endpoint` etc. For data streams that otherwise fit, but that do not have dataset set we use the value "generic" for the dataset value. `event.dataset` should have the same value as `data_stream.dataset`. Beyond the Elasticsearch data stream naming criteria noted above, the `dataset` value has additional restrictions: * Must not contain `-` * No longer than 100 characters	constant_keyword
data_stream.namespace	A user defined namespace. Namespaces are useful to allow grouping of data. Many users already organize their indices this way, and the data stream naming scheme now provides this best practice as a default. Many users will populate this field with `default`. If no value is used, it falls back to `default`. Beyond the Elasticsearch index naming criteria noted above, `namespace` value has the additional restrictions: * Must not contain `-` * No longer than 100 characters	constant_keyword
data_stream.type	An overarching type for the data stream. Currently allowed values are "logs" and "metrics". We expect to also add "traces" and "synthetics" in the near future.	constant_keyword
event.dataset	Name of the dataset. If an event source publishes more than one type of log or events (e.g. access log, error log), the dataset is used to specify which one the event comes from. It's recommended but not required to start the dataset name with the module name, followed by a dot, then the dataset name.	constant_keyword
event.module	Name of the module this data is coming from. If your monitoring agent supports the concept of modules or plugins to process events of a given source (e.g. Apache logs), `event.module` should contain the name of this module.	constant_keyword
gcs.storage.bucket.name	The name of the Google Cloud Storage Bucket.	keyword
gcs.storage.object.content_type	The content type of the Google Cloud Storage object.	keyword
gcs.storage.object.json_data	When parse_json is true, the resulting JSON data is stored in this field.	keyword
gcs.storage.object.name	The content type of the Google Cloud Storage object.	keyword
input.type	Type of Filebeat input.	keyword
log.offset	Log offset.	long
netskope.alert_v2.AccountType	Type of authentication account used while setting up proxy configuration.	keyword
netskope.alert_v2.CononicalName	CNAME record type is used to create an alias from one domain name to another, allowing multiple domain names to point to the same location.	keyword
netskope.alert_v2.TSS-scan	Type of threat scan used. TSS is the malware detection engine for Netskope Threat Protection. Field indicates the TSS version name.	keyword
netskope.alert_v2.Title	Title of the file.	keyword
netskope.alert_v2.User_SPACE_Id	UEBA anomaly detection engine uses these ids internally.	keyword
netskope.alert_v2.User_SPACE_Name	UEBA anomaly detection engine uses these names internally.	keyword
netskope.alert_v2._id	Unique id - hexadecimal string.	keyword
netskope.alert_v2.access_key_id	cloud provider AWS access key id.	keyword
netskope.alert_v2.access_method	Cloud app traffic can be steered to the Netskope cloud using different deployment methods such as Client (Netskope Client), Secure Forwarder etc. Administrators can also upload firewall and/or proxy logs for log analytics. This field shows the actual access method that triggered the event.For log uploads this shows the actual log type such as PAN, Websense, etc.	keyword
netskope.alert_v2.account_id	Account ID is an account number as provided by the cloud provider AWS, GCP and AZURE etc.	keyword
netskope.alert_v2.account_name	Account name - in case of AWS this is the instance name set by user. For others, account name is provided by the cloud provider.	keyword
netskope.alert_v2.acked	Whether user has acknowledged the alert or not.	boolean
netskope.alert_v2.act_user	Acting User is the user responsible for the configured policy violation.	keyword
netskope.alert_v2.action	Action taken on the event for the policy.	keyword
netskope.alert_v2.actions_taken	Capture the Actions taken to remediate the alert.	keyword
netskope.alert_v2.activity	Description of the user performed activity.	keyword
netskope.alert_v2.activity_status	Action taken on the user performed activity.	keyword
netskope.alert_v2.activity_type	User performed activity type detected when policy is being applied.	keyword
netskope.alert_v2.aggregated_user	Tells whether it is user generated page event.	keyword
netskope.alert_v2.alert	Indicates whether alert is generated or not and its populated as yes for all alerts.	keyword
netskope.alert_v2.alert_detection_stage	Specifies the stage at which the policy triggered the alert, such as accessing the application, downloading content, or updating data.	keyword
netskope.alert_v2.alert_id	Indicates the alert is raised and the carries the id of the alert raised.	keyword
netskope.alert_v2.alert_name	Indicates the alert is raised and the carries the name of the alert raised.	keyword
netskope.alert_v2.alert_source	Indicates the alert is raised and the carries the Netskope solution name as source of the alert raised.	keyword
netskope.alert_v2.alert_type	Indicates the alert is raised and the carries the type of the alert raised.	keyword
netskope.alert_v2.all_policy_matches	List of name of the policies configured by an admin. When multiple policies are configured, customers wants an option to continue evaluating the policies for other hits or violations instead of bail out after first policy match. (array in API JSON).	keyword
netskope.alert_v2.anomalyData	UEBA anomaly data model's data.	flattened
netskope.alert_v2.anomaly_type	Type of anomaly detected by UEBA analytics models.	keyword
netskope.alert_v2.app	Specific cloud application used by the user.	keyword
netskope.alert_v2.app-cci-apphosting-provider	Indicates the hosting provider or platform where the application is hosted, as captured by the APP CCI service. This may include cloud providers or edge hosting services.	keyword
netskope.alert_v2.app_activity	Description of the user performed activity on the app.	keyword
netskope.alert_v2.app_category	The APP category as detected by UEBA analytics data models.	keyword
netskope.alert_v2.app_name	The appname.	keyword
netskope.alert_v2.app_scopes	Scopes defined for application while configuring policies.	keyword
netskope.alert_v2.app_session_id	Unique App/Site Session ID for traffic_type = CloudApp and Web. An app session starts when a user starts using a cloud app/site on and ends once they have been inactive for a certain period of time(15 minutes). Use app_session_id to check all the user activities in a single app session. app_session_id is unique for a user, device, browser and domain.	keyword
netskope.alert_v2.appcategory	The application category.	keyword
netskope.alert_v2.appsuite	The SAAS application suite ( Ex : Microsoft Office / Google Docs etc ).	keyword
netskope.alert_v2.archive_subfiles	List of subfiles in an archive. (array in API JSON).	keyword
netskope.alert_v2.asset_id	Asset ID of referred entity of the Cloud providers AWS, GCP and Azure etc.	keyword
netskope.alert_v2.asset_object_id	Asset object ID of the IAAS/CSA asset. Asset are the referred entity of the Cloud providers AWS, GCP and Azure etc.	keyword
netskope.alert_v2.audit_category	The sub categories in an application such as IAM, EC in AWS, login, token, file, etc. in case of Google.	keyword
netskope.alert_v2.audit_type	The sub category in audit according to SaaS / IaaS apps.	keyword
netskope.alert_v2.bcc	Breach target references for compromised credentials or BCC users information in the case of SMTP DLP incident.	keyword
netskope.alert_v2.bin_timestamp	Applicable to only: Shared Credentials, Data Exfiltration, Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type. Bin TimeStamp (is a window used that is used for certain types of anomalies - for breaking into several windows per day/hour).	date
netskope.alert_v2.block_reason	SMTP Block Reason	keyword
netskope.alert_v2.breach_date	Breach Metric date for compromised credentials.	date
netskope.alert_v2.breach_description	Breach description for compromised credentials.	keyword
netskope.alert_v2.breach_id	Breach ID for compromised credentials.	keyword
netskope.alert_v2.breach_media_references	Media references of breach in compromised credentials.	keyword
netskope.alert_v2.breach_score	Breach score for compromised credentials.	long
netskope.alert_v2.breach_target_references	Breach target references for compromised credentials.	keyword
netskope.alert_v2.browser	Shows the actual browser from where the cloud app was accessed.A native browser refers to Safari (iOS), Chrome (Android), or the default browser on the user's laptop.	keyword
netskope.alert_v2.browser_session_id	Browser Session Id.	keyword
netskope.alert_v2.browser_version	Browser version	keyword
netskope.alert_v2.bypass_traffic	Tells if traffic is bypassed by Netskope	keyword
netskope.alert_v2.category	Application Category information.	keyword
netskope.alert_v2.cc	SMTP Proxy will parse the cc field in the email and send them to DLP in the event object. The cc recipients from the e-mail header, up to 1KB.	keyword
netskope.alert_v2.cci	Cloud confidence Index value as Integer.	long
netskope.alert_v2.ccl	Cloud Confidence Level. CCL measures the enterprise readiness of the cloud apps taking into consideration those apps security, auditability and business continuity.Each app is assigned one of five cloud confidence levels: excellent, high, medium, low, or poor. Useful for querying if users are accessing a cloud app with a lower CCL.	keyword
netskope.alert_v2.channel	Field related to Introspection UserMeta. The type of entity here is channel.Channel name in Messenger applications eg. Microsoft Teams, Slack for Enterprise.	keyword
netskope.alert_v2.classification_name	dlp generated fingerprint classification.	keyword
netskope.alert_v2.client_bytes	Total number of bytes uploaded from client to server.	long
netskope.alert_v2.client_packets	Total number of packets uploaded from client to server.	long
netskope.alert_v2.co	co-owner of the file/object detected for malsite.	keyword
netskope.alert_v2.collaborated	Denotes file ownership status found during DLP scans.	keyword
netskope.alert_v2.company	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.compliance_standards	IAAS/CSPM Security Posture Management Regulatory Compliance Standards. (array in API JSON).	keyword
netskope.alert_v2.computer_name	Computer name of the end point.	keyword
netskope.alert_v2.conn_duration	Duration of the connection in milliseconds. Useful for querying long-lived sessions.	long
netskope.alert_v2.conn_endtime	Connection end time.	date
netskope.alert_v2.conn_starttime	Connection start time.	date
netskope.alert_v2.connection_id	Each connection has a unique ID. Shows the ID for the connection event.	keyword
netskope.alert_v2.connection_type	EndPoint DLP connection mode.	keyword
netskope.alert_v2.count	Number of raw log lines/events sessionized or suppressed during the suppressed interval.	long
netskope.alert_v2.createdTime	Indicates the time when watchlist model is configured.	keyword
netskope.alert_v2.created_date	Indicates the date in epoch time when watchlist model is configured.	date
netskope.alert_v2.custom_attr.usr_display_name	User display name from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_status	User status from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_title	User title from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_businesssegmentlevel1	Business segment level 1 from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_businesssegmentlevel2	Business segment level 2 from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_businesssegmentlevel3	Business segment level 3 from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_businesssegmentlevel4	Business segment level 4 from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_companyname	Company name from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_employeeid	Employee ID from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_primarydomain	Primary domain from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_supervisorid	Supervisor ID from custom attributes.	keyword
netskope.alert_v2.custom_attr.usr_udf_supervisorname	Supervisor name from custom attributes.	keyword
netskope.alert_v2.custom_connector	Indicates whether a custom connector was used.	keyword
netskope.alert_v2.data_type	The content type of a file or documents scanned.	keyword
netskope.alert_v2.department	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.departmentNumber	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.destination_file_directory	The directory and filename of the destination file on the endpoint.	keyword
netskope.alert_v2.destination_file_name	Endpoint DLP destination file name.	keyword
netskope.alert_v2.destination_file_path	Endpoint DLP destination file path.	keyword
netskope.alert_v2.detection_engine	Threat Detection engine name.	keyword
netskope.alert_v2.detection_type	Threat Detection type.	keyword
netskope.alert_v2.device	Device type from where the user accessed the cloud app. It could be Macintosh Windows device, iPad etc.	keyword
netskope.alert_v2.deviceClassification	Device classification is a feature which allows users to specify device classification rules - using them the endpoint devices can be categorized into: Managed - Conforming to classification rule, Unmanaged - Non conforming to classification rule. This classification can then be used for policy configuration by NS proxy. (array in API JSON).	keyword
netskope.alert_v2.device_classification	Designation of device as determined by the Netskope Client as to whether the device is managed or not.	keyword
netskope.alert_v2.device_sn	Device serial number.	keyword
netskope.alert_v2.device_type	Device type.	keyword
netskope.alert_v2.displayName	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.distinguishedName	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.division	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.dlp_fail_reason	Reason for a failed DLP scan.	keyword
netskope.alert_v2.dlp_file	File/Object name extracted from the file/object.	keyword
netskope.alert_v2.dlp_fingerprint_classification	Fingerprint classification.	keyword
netskope.alert_v2.dlp_fingerprint_match	Fingerprint classification match file name.	keyword
netskope.alert_v2.dlp_fingerprint_score	Fingerprint classification score	long
netskope.alert_v2.dlp_incident_id	Incident ID associated with sub-file in DLP scans. In the case of main file, this is same as the parent incident ID.	keyword
netskope.alert_v2.dlp_is_unique_count	True or false depending upon if rule is unique counted per rule data.	boolean
netskope.alert_v2.dlp_mail_parent_id	Parent Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.alert_v2.dlp_parent_id	Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.alert_v2.dlp_profile	DLP profile name.	keyword
netskope.alert_v2.dlp_profile_name	DLP profile name.	keyword
netskope.alert_v2.dlp_rule	DLP rule that triggered the scans.	keyword
netskope.alert_v2.dlp_rule_count	Count of dlp rule hits.	long
netskope.alert_v2.dlp_rule_score	DLP rule score for weighted dictionaries.	long
netskope.alert_v2.dlp_rule_severity	Severity of DLP rule.	keyword
netskope.alert_v2.dlp_scan_failed	Denotes whether a DLP scan failed or not.	keyword
netskope.alert_v2.dlp_unique_count	Integer value of number of unique matches seen per rule data. Only present if rule is uniquely counted.	long
netskope.alert_v2.dns_profile	DNS profiles allow you to control, inspect, and log all or blocked DNS traffic. When configuring a DNS profile, you can configure the actions taken for specific domain categories and choose to allow or block specific domains. This field contains the configuration file name.	keyword
netskope.alert_v2.domain	Domain value. This will hold the host header value or SNI or extracted from absolute URI.	keyword
netskope.alert_v2.domain_ip	Domain IP address.	ip
netskope.alert_v2.download_app	Custom attribute for data exfiltration anomaly a user needs to download data from a sanctioned app and upload the same to unsanctioned app. This field denotes the download app name.	keyword
netskope.alert_v2.driver	Driver name used by endpoint device.	keyword
netskope.alert_v2.dst_country	Application's two-letter country code as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.alert_v2.dst_geoip_src	Source from where the location of Destination IP was derived.	long
netskope.alert_v2.dst_latitude	Latitude of the Application as determined by the Maxmind or IP2Location Geo Database.	double
netskope.alert_v2.dst_latitude_keyword	Original destination latitude when the vendor value is not a single numeric coordinate.	keyword
netskope.alert_v2.dst_location	Application's city as determined by the Maxmind or IP2Location Geo database.	keyword
netskope.alert_v2.dst_longitude	Longitude of the Application as determined by the Maxmind or IP2Location Geo Database.	double
netskope.alert_v2.dst_longitude_keyword	Original destination longitude when the vendor value is not a single numeric coordinate.	keyword
netskope.alert_v2.dst_region	Application's state or region as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.alert_v2.dst_timezone	Destination timezone.	keyword
netskope.alert_v2.dst_zipcode	Application's zip code as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.alert_v2.dsthost	Destination host.	keyword
netskope.alert_v2.dstip	IP address where the destination app is hosted.	ip
netskope.alert_v2.dstport	Destination port.	long
netskope.alert_v2.dynamic_classification	URLs were categorized by NSURLC machine or not.	keyword
netskope.alert_v2.edr_app	EDR app name. Endpoint Detection and Response (EDR) applications monitor endpoints for suspicious activity and provide visibility into malware and other cyber threats. Netskope supports Carbon Black and CrowdStrike for EDR integrations.	keyword
netskope.alert_v2.email_source	Email Source - values captured are respective Netskope Solutions.	keyword
netskope.alert_v2.email_title	Email subject.	keyword
netskope.alert_v2.employeeType	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.encrypt_failure	Define the failure response from Ns-Proxy in the case of Encryption Failure of Request from IMS.	keyword
netskope.alert_v2.end_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	date
netskope.alert_v2.endpoint_count	Remediation action works via an EDR agent integration. The EDR server provides a way to query data about the endpoints as well as a mechanism to take actions based on the results. This fields denotes the total number of endpoints configured.	long
netskope.alert_v2.endpoints	Endpoints used for EDR (Endpoint Detection & Response) integration.	keyword
netskope.alert_v2.enterprise	Enterprise name in case of Slack for Enterprise.	keyword
netskope.alert_v2.enterprise_id	Workspace ID in case of Slack for Enterprise.	keyword
netskope.alert_v2.event_type	Sub event types recorded in alerts: rare_event, risky_country, user_shared_credentials, data_exfiltration, bulk_upload, bulk_download, mlad etc.	keyword
netskope.alert_v2.event_uuid	Unique ID to recognize applation event activities.	keyword
netskope.alert_v2.evt_src_chnl	Field added by UEBA to capture source of the events.	keyword
netskope.alert_v2.executable_hash	Flag to indicate if executable_hash is signed or not.	keyword
netskope.alert_v2.executable_signed	Flag to indicate if executable_hash is signed or not.	boolean
netskope.alert_v2.exposure	Type for the exposure of a document.The exposure information of the incident ( for ex Public , Private etc ).	keyword
netskope.alert_v2.ext_labels	Data Classification and Encryption framework that will support MIP where MIP is Sensitivity labels from Microsoft Purview Information Protection let you classify and protect your organization's data. ext_labels is list of map which carries the information Sensitivity Labels applied to the file. Data returned will be have 4 sub fields. id: Sensitivity Label ID. name: Sensitivity Label Name. instance: Instance whose Sensitivity Label is applied. vendor: Vendor whose Sensitivity Label is applied. (array in API JSON).	flattened
netskope.alert_v2.external_collaborator_count	Count of external collaborators on a file/folder. Supported for some apps.	long
netskope.alert_v2.external_email	Flag to check if External Email ID is detected.	long
netskope.alert_v2.fastscan_results	Fastscan Scan results output metadata.	keyword
netskope.alert_v2.file_category	Type of file category.	keyword
netskope.alert_v2.file_cls_encrypted	Its a boolean value representing whether its CLS encrypted or not.	boolean
netskope.alert_v2.file_exposure	File sharing exposure value for SaaS apps.	keyword
netskope.alert_v2.file_id	Unique file id to recognize the file.	keyword
netskope.alert_v2.file_lang	Language of the file.	keyword
netskope.alert_v2.file_name	Title of the file.	keyword
netskope.alert_v2.file_origin	File origin source location.	keyword
netskope.alert_v2.file_password_protected	Denotes if inspected file is password protected or not.	keyword
netskope.alert_v2.file_path	Path of the file in the application.	keyword
netskope.alert_v2.file_size	Size of the file in bytes.	long
netskope.alert_v2.file_type	File type as detected by Netskope Solutions.	keyword
netskope.alert_v2.filename	Filename found during Malware threat detection.	keyword
netskope.alert_v2.forward_to_proxy_xau	'Forward to Proxy' is a feature to dynamically configure chain proxy endpoints, so that, traffic can be chained to another proxy based on a policy hit. This allows to re-direct traffic to appropriate destinations for services that have an explicit proxy endpoint (such as browser isolation, structured encryption etc.). 'x_authenticated_user' is one of fields defined for 'Forward to Proxy' profile - When set, XAU header is attached and sent to the chain proxy service	keyword
netskope.alert_v2.from_object	Source folder location used for the Scan.	keyword
netskope.alert_v2.from_storage	Storage scan source.	keyword
netskope.alert_v2.from_user	Email address used to login to the SAAS app.	keyword
netskope.alert_v2.from_user_category	Category of the file contents shared detected based on the Email address used to login to the SAAS app.	keyword
netskope.alert_v2.fromlogs	Shows if the event was generated from the Risk Insights log.	keyword
netskope.alert_v2.gateway	Network gateway name used at Customer's site.	keyword
netskope.alert_v2.gid	Signal used by IPS service internally.	long
netskope.alert_v2.group	Indicates the name of the UEBA policy group. Note: this field is not applicable for the alerts data. Hence, it has empty value in the response. It is planned to be deprecated from the schema.	keyword
netskope.alert_v2.home_pop	Netskope's datacenter information.	keyword
netskope.alert_v2.hostname	User's Host name.	keyword
netskope.alert_v2.http_method	Http method used detected by IPS event manager service. Actual metadata comes from an HTTP header - X-NS-FLOW-DATA that is created by the proxy services.	keyword
netskope.alert_v2.http_port	Http port used detected by IPS event manager service. Actual metadata comes from an HTTP header - X-NS-FLOW-DATA that is created by the proxy services.	long
netskope.alert_v2.http_status	HTTP status code used by NSProxy.	keyword
netskope.alert_v2.http_transaction_count	HTTP transaction count.	long
netskope.alert_v2.iaas_asset_tags	List of tags associated with the asset for which alert is raised. Each tag is a key/value pair (array in API JSON).	flattened
netskope.alert_v2.iaas_remediated	value representing whether IAAS alerts remediated or not.	boolean
netskope.alert_v2.iaas_remediated_by	IAAS/CSA scan alerts can be remediated by taking remediation steps. This field captures the admin's email address who applied the remediation steps.	keyword
netskope.alert_v2.iaas_remediated_on	IAAS/CSA scan alerts can be remediated by taking remediation steps. This field captures the time in epoch format when remediation steps were taken.	long
netskope.alert_v2.iaas_remediation_action	IAAS/CSA scan alerts can be remediated by taking remediation steps. This field captures the action taken.	keyword
netskope.alert_v2.incident_id	Unique Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.alert_v2.instance	Instance associated with an organization application instance.	keyword
netskope.alert_v2.instance_id	Unique ID associated with an organization application instance.	keyword
netskope.alert_v2.instance_name	App instances are configured while configuring policies. instance_name is the custom name chose by admin.	keyword
netskope.alert_v2.internal_collaborator_count	Count of internal collaborators on a file/folder. Supported for some apps.	long
netskope.alert_v2.ip_protocol	Assigned Internet Protocol Number.	keyword
netskope.alert_v2.ja3	JA3 signature is an MD5 hash of values picked from the TLS Client. It is a method for creating SSL/TLS client fingerprints that are very useful for threat hunting.	keyword
netskope.alert_v2.ja3s	JA3s signature is an MD5 hash of values picked from the TLS Client. It is a method for creating SSL/TLS client fingerprints that are very useful for threat hunting.	keyword
netskope.alert_v2.justification_reason	Justification reason provided by user.For following policies, justification events are raised. User is displayed a notification popup, user enters justification and can select to proceed or block:useralert policydlp block policyblock policy with custom template which contains justification text box.	keyword
netskope.alert_v2.justification_type	Type of justification provided by user when user bypasses the policy block.	keyword
netskope.alert_v2.last_app	Last application (app in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.alert_v2.last_country	Last location (Country). Applies to only proximity anomaly alert.	keyword
netskope.alert_v2.last_device	Last device name (Device Name in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.alert_v2.last_location	Last location (City) of the user. Applies to only proximity anomaly alert.	keyword
netskope.alert_v2.last_name	Last name of the user retrieved from Organization Unit details.	keyword
netskope.alert_v2.last_region	Last region of the user. Applies to only proximity anomaly alert.	keyword
netskope.alert_v2.last_timestamp	Last timestamp (timestamp in the first/older event). Applies to only proximity anomaly alert.	date
netskope.alert_v2.legal_hold_profile_name	Legal Hold is a process that an organization uses to preserve all forms of relevant information when litigation is reasonably anticipated. A Legal Hold profile is used for specifying where the files need to be held for legal purposes when action of Legal Hold is taken. This field is the profile name added during configuration by admin. Legalhold fields are set when an entity (file, chat message, etc.) is legally held by CASB API.	keyword
netskope.alert_v2.lh_custodian_email	Email address of the custodian associated with the Legal Hold profile. This value is derived from the customer’s Legal Hold configuration.	keyword
netskope.alert_v2.lh_custodian_name	Name of the custodian associated with the Legal Hold profile, as defined in the customer's Legal Hold configuration.	keyword
netskope.alert_v2.lh_dest_app	Name of the destination SaaS application where the entity is copied for legal review as part of a Legal Hold action.	keyword
netskope.alert_v2.lh_dest_instance	Name of the destination instance within the SaaS application where the entity is copied for legal review as part of a Legal Hold action.	keyword
netskope.alert_v2.lh_fileid	Unique identifier of the file placed under Legal Hold.	keyword
netskope.alert_v2.lh_filename	Name of the file that has been placed under Legal Hold.	keyword
netskope.alert_v2.lh_filepath	Full path of the file that has been placed under Legal Hold, indicating its location within the source system.	keyword
netskope.alert_v2.lh_original_filename	The original name of the file before it was placed under Legal Hold.	keyword
netskope.alert_v2.lh_shared	Indicates the sharing status of the file under Legal Hold, such as whether it is private or publicly shared.	keyword
netskope.alert_v2.lh_shared_with	Specifies the user or users with whom the Legal Hold file has been shared.	keyword
netskope.alert_v2.lh_version	Indicates the version number of the original file placed under Legal Hold.	keyword
netskope.alert_v2.loc	Short name for location.	keyword
netskope.alert_v2.local_md5	MD5 of the sample which was calculated by Netskope's FastScan (TSS) service.	keyword
netskope.alert_v2.local_sha1	SHA1 of the sample which was calculated by Netskope's fastscan (TSS) service.	keyword
netskope.alert_v2.local_sha256	SHA256 of the sample which was calculated by Netskope's fastscan (TSS) service.	keyword
netskope.alert_v2.location	A string that specifies the physical location of the printer (for example, Bldg. 38, Room 1164).	keyword
netskope.alert_v2.log_file_name	Log file name for Risk Insights.	keyword
netskope.alert_v2.logintype	User's login type.	keyword
netskope.alert_v2.loginurl	URL used for user's login type.	keyword
netskope.alert_v2.mail	Email address of the user.	keyword
netskope.alert_v2.mal_id	Unique id assigned to recognize the malware.	keyword
netskope.alert_v2.mal_type	Type of malware detected.	keyword
netskope.alert_v2.malicious	Only exists if some HTTP transaction belonging to the page event resulted in a malsite alert.	keyword
netskope.alert_v2.malsite_active	Since how many days malsite is Active.	keyword
netskope.alert_v2.malsite_category	Category of malsite [Phishing / Botnet / Malicious URL, etc.] (array in API JSON).	keyword
netskope.alert_v2.malsite_confidence	Confidence score attached with malsite detection.	long
netskope.alert_v2.malsite_consecutive	How many times that malsite is seen.	keyword
netskope.alert_v2.malsite_country	Malsite country code.	keyword
netskope.alert_v2.malsite_first_seen	Malsite first seen timestamp. Time is epoch seconds format.	date
netskope.alert_v2.malsite_hostility	Malsite hostility score as detected by Threat scans.	keyword
netskope.alert_v2.malsite_id	Malicious Site ID - Hash of threat match value.	keyword
netskope.alert_v2.malsite_ip_host	IP of the hosts where Malsite is detected.	keyword
netskope.alert_v2.malsite_last_seen	Malsite last seen timestamp. Time in epoch format seconds.	date
netskope.alert_v2.malsite_latitude	Latitude plot of the Malsite URL/IP/Domain.	double
netskope.alert_v2.malsite_longitude	Longitude plot of the Malsite URL/IP/Domain.	double
netskope.alert_v2.malsite_region	Region of the malsite URL/IP/Domain.	keyword
netskope.alert_v2.malsite_reputation	Reputation score of Malsite IP/Domain/URL as detected by Threat Scanning Service.	keyword
netskope.alert_v2.malware_id	Unique id assigned to recognize the malware.	keyword
netskope.alert_v2.malware_name	Name of the Malware detected.	keyword
netskope.alert_v2.malware_profile	tss_profile name - profile which user has selected. Metadata comes from WebUI which is a json structure but this field just denotes the profile name.	keyword
netskope.alert_v2.malware_severity	Malware Severity category.	keyword
netskope.alert_v2.malware_type	Type of malware detected.	keyword
netskope.alert_v2.managed_app	Whether or not the app in question is managed.	keyword
netskope.alert_v2.managementID	Field value is attached to Devices Host Info Object.	keyword
netskope.alert_v2.manager	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.matched_username	matched_username represent the user name that is compromised.	keyword
netskope.alert_v2.mcp_activity	The MCP (Model Context Protocol) activity associated with the event.	keyword
netskope.alert_v2.mcp_client_capabilities	The capabilities advertised by the MCP client.	keyword
netskope.alert_v2.mcp_client_name	The name of the MCP client.	keyword
netskope.alert_v2.mcp_client_protocol_version	The MCP protocol version used by the MCP client.	keyword
netskope.alert_v2.mcp_method	The MCP method invoked in the request.	keyword
netskope.alert_v2.mcp_prompt_list	The list of MCP prompts associated with the event.	keyword
netskope.alert_v2.mcp_prompt_name	The name of the MCP prompt associated with the event.	keyword
netskope.alert_v2.mcp_protocol_version	The MCP protocol version used for the session.	keyword
netskope.alert_v2.mcp_resource_list	The list of MCP resources associated with the event.	keyword
netskope.alert_v2.mcp_resource_url	The URL of the MCP resource associated with the event.	keyword
netskope.alert_v2.mcp_server_capabilities	The capabilities advertised by the MCP server.	keyword
netskope.alert_v2.mcp_server_name	The name of the MCP server.	keyword
netskope.alert_v2.mcp_server_protocol_version	The MCP protocol version used by the MCP server.	keyword
netskope.alert_v2.mcp_tool_list	The list of MCP tools associated with the event.	keyword
netskope.alert_v2.mcp_tool_name	The name of the MCP tool associated with the event.	keyword
netskope.alert_v2.md5	MD5 value of the file content.	keyword
netskope.alert_v2.memberOf	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.message_id	Unique message id used internally by NSProxy.	keyword
netskope.alert_v2.message_size	Message size in bytes. Field is used by NsProxy.	long
netskope.alert_v2.metadata	Metadata fields contains information about policy, service type used and threat severity etc.	flattened
netskope.alert_v2.mime_type	A media type (also known as a Multipurpose Internet Mail Extensions or MIME type) indicates the nature and format of a document, file, or assortment of bytes.	keyword
netskope.alert_v2.ml_detection	Machine Learning engine name when the malware hit, Values could be (PE-ML, Phishing-ML, None) etc.	keyword
netskope.alert_v2.modified	Timestamp corresponding to the modification time of the entity file, object etc.	date
netskope.alert_v2.modified_date	File modification date found during malware detection. Timestamp in epoch format.	date
netskope.alert_v2.netskope_activity	Determines if the event is part of the known Netskope subnets Source IP to check for Netskope activity.	keyword
netskope.alert_v2.netskope_pop	Netskope Data Plane name.	keyword
netskope.alert_v2.network	Network identifier name as detected by Netskope solutions.	keyword
netskope.alert_v2.network_session_id	Network session ID used by NPA services.	keyword
netskope.alert_v2.notify_template	Inline policy notify template definition.	keyword
netskope.alert_v2.ns_activity	Represents the normalized activity type, mapping application-specific actions to standardized activity labels used by the system.	keyword
netskope.alert_v2.nsdeviceuid	Device ID attached to Devices Host Info Object.	keyword
netskope.alert_v2.num_sessions	Number of open session count.	long
netskope.alert_v2.numbytes	Total number of bytes that were transmitted for the connection - numbytes = client_bytes + server_bytes.	long
netskope.alert_v2.oauth	Oauth is a standard that allows applications to access a user's data without the user needing to share their password. This field holds value if it was used or not.	keyword
netskope.alert_v2.object	Name of the object which is being acted on. It could be a filename, folder name, report name, document name, etc.Incident object name and the value of the field represents the object details of the incident triggered.	keyword
netskope.alert_v2.object_count	This field denotes the number of files impacted by an event.	long
netskope.alert_v2.object_id	Unique ID associated with an object.	keyword
netskope.alert_v2.object_type	Type of the object which is being acted on. Object type could be a file, folder, report, document, message, etc.	keyword
netskope.alert_v2.org	Search for events from a specific organization. Organization name is derived from the user ID.	keyword
netskope.alert_v2.organization_unit	Org Units for which the event correlates to. This ties to user information extracted from Active Directory using the Directory Importer/AD Connector application.	keyword
netskope.alert_v2.orig_ty	Event Type of original event.	keyword
netskope.alert_v2.orignal_file_path	Original File path detected at the time of scans. If the file is moved, then keep original path of the file in this field.	keyword
netskope.alert_v2.os	Operating system of the host who generated the event.	keyword
netskope.alert_v2.os_details	Detailed OS version string.	keyword
netskope.alert_v2.os_family	Operating system type of the end user's device.	keyword
netskope.alert_v2.os_user_name	Username on the local machine that performs action.	keyword
netskope.alert_v2.os_version	OS version of the host.	keyword
netskope.alert_v2.other_categories	Application categories as an array if there are more than one category for an application. (array in API JSON).	keyword
netskope.alert_v2.outer_doc_type	DLP service uses this field's code internally while sending DLP alerts downstream. Codes are mapped to document type i.e. Text File, PDF file etc.	long
netskope.alert_v2.owner	Owner or the user information of the file object in DLP.	keyword
netskope.alert_v2.owner_pdl	File's owner Preferred Data Location derived from owner uid(OneDrive) and site URL(SharePoint).	keyword
netskope.alert_v2.page	The URL of the originating page.	keyword
netskope.alert_v2.page_site	The Site name of the page events origin.	keyword
netskope.alert_v2.parent_id	Parent ID ( event_id ) of an alert.	keyword
netskope.alert_v2.password_type	The compromised breach events password type ( For ex : Plain / Text ).	keyword
netskope.alert_v2.pid	Process ID that is doing file processing ex:- A process that trigger the evaluation.	keyword
netskope.alert_v2.policy	Name of the policy configured by an admin.	keyword
netskope.alert_v2.policy_action	Endpoint DLP Policy action planned according to the policy. User can override the planned action or actual enforcement action might not be implemented.	keyword
netskope.alert_v2.policy_actions	UBA policy actions taken for ex [Download, Upload, Delete]. (array in API JSON).	keyword
netskope.alert_v2.policy_id	The Netskope internal ID for the policy created by an admin.	keyword
netskope.alert_v2.policy_name	Endpoint DLP Name of matching policy.	keyword
netskope.alert_v2.policy_name_enforced	Actual action taken by Endpoint DLP Policy.	keyword
netskope.alert_v2.policy_version	Endpoint DLP Policy name configured version number.	keyword
netskope.alert_v2.pop_id	Netskope MPs/DPs unique id.	keyword
netskope.alert_v2.port	A string that identifies the port(s) used to transmit data to the printer. If a printer is connected to more than one port, the names of each port must be separated by commas (for example, LPT1:,LPT2:,LPT3:).	keyword
netskope.alert_v2.process_cert_subject	the subject of the certificate that signed the process.	keyword
netskope.alert_v2.process_name	Endpoint process Name For example:- native application for Printer on User's Laptop.	keyword
netskope.alert_v2.process_path	The path to the process that performed the action on the endpoint.	keyword
netskope.alert_v2.product_id	It's Part of USB specification. Used to identify a USB device.	keyword
netskope.alert_v2.profile_emails	List of emails addresses (main user mail address and / or alternate email address as a list)/. (array in API JSON).	keyword
netskope.alert_v2.profile_hits	Metadata related to DLP profiles which contains rule_name, severity and policy name etc. (array in API JSON).	flattened
netskope.alert_v2.profile_id	Anomaly profile ID	keyword
netskope.alert_v2.protocol	Protocol value used by applications.	keyword
netskope.alert_v2.protocol_port	Protocol Port used in NPA related applications.	keyword
netskope.alert_v2.publisher_cn	The publisher CName.	keyword
netskope.alert_v2.publisher_name	The publisher name for the Network Events. It’s a NPA component runs on customer’s premise which connects the cloud and customer’s private app.	keyword
netskope.alert_v2.q_admin	EMail address of user under which the quarantine folder will be created.	keyword
netskope.alert_v2.q_app	Name of the quarantine app.	keyword
netskope.alert_v2.q_instance	Name of the quarantine app instance.	keyword
netskope.alert_v2.q_original_filename	Identifiable name of file object in SaaS App.	keyword
netskope.alert_v2.q_original_filepath	Quarantine file path as ain SaaS app.	keyword
netskope.alert_v2.q_original_shared	Exposure type of the shared file object: public, public_on_web, anyone_with_link, private, internal, external, enterprise, organisation_wide_link etc.	keyword
netskope.alert_v2.q_original_version	Last version of quarantine file.	keyword
netskope.alert_v2.q_shared_with	Email addresses of users with whom the quarantined file has been shared.	keyword
netskope.alert_v2.qdomain	Stands for Fully Qualified Domain Name.	keyword
netskope.alert_v2.qtype	DNS Query/Record Types. Used by APP firewall DNS Sec Exception/Block List.	keyword
netskope.alert_v2.quarantine_action_reason	Reason for the action taken for quarantine.	keyword
netskope.alert_v2.quarantine_file_id	Internal file id of quarantine file.	keyword
netskope.alert_v2.quarantine_file_name	Name of the quarantine file.	keyword
netskope.alert_v2.quarantine_profile	Quarantine profile name as defined in web UI.	keyword
netskope.alert_v2.quarantine_profile_id	Quarantine profile id attached to the Quarantine profile.	keyword
netskope.alert_v2.record_type	Indicate the event type of the record.	keyword
netskope.alert_v2.redirect_url	URL name where traffic is redirected based on the applied Policy.	keyword
netskope.alert_v2.referer	Referer URL associated with an activity in a cloud app.Referer URL of the application(with http) that the user visited as provided by the log or data plane traffic.	keyword
netskope.alert_v2.region_id	Region ID as provided by the cloud provider AWS, GCP and Azure etc.	keyword
netskope.alert_v2.region_name	Region Name as provided by the cloud provider AWS, GCP and Azure etc.	keyword
netskope.alert_v2.related_malware	This field contains the malware information attached to UEBA anomaly detection.	keyword
netskope.alert_v2.remediation_profile	For the EDR integration, a remediation profile needs to be created for use alongside a policy action. The remediation profile enables a reusable configuration of an EDR server to trigger actions, as well as provides actions to take following a Netskope threat detection. An EDR service must be integrated before creating a remediation profile. This field contains the profile id mapped to each profile.	keyword
netskope.alert_v2.req_cnt	Total number of HTTP requests (equal to number of transaction events for this page event) sent from client to server over one underlying TCP connection.	long
netskope.alert_v2.request_id	Unique id attached to proxy activity events and dlp activity events.	keyword
netskope.alert_v2.request_type	Request type detected by UEBA analytics models.	keyword
netskope.alert_v2.resource_category	IAAS assets resource category of the Cloud providers AWS, GCP and Azure etc. For Example Amazon EC2, Amazon ECS are categorized as Compute whereas Amazon RDS and DynamoDB are categorized as database.	keyword
netskope.alert_v2.resource_group	Cloud providers AWS, GCP and Azure have entities called resource groups that organize resources such as VMs, storage, and virtual networking devices etc.	keyword
netskope.alert_v2.resp_cnt	Total number of HTTP responses (equal to number of transaction events for this page event) from server to client.	long
netskope.alert_v2.retro_scan_name	Name for the retroactive scans. A retroactive policy scans all the files and folders for the app instance right from the inception of the SaaS app. A retroactive scan is decoupled from ongoing (a.k.a future transaction) scan. By default, the name is pre-populated in Retro_Name_[AppName]_[InstanceName]_YYYYMMDD format. Customer can also overwrite the pre-populated name while configuring the retro scan policies.	keyword
netskope.alert_v2.risk_level	Corresponding field to risk_level_id set up by Netskope Solutions's anomaly engines. Name of the id.	keyword
netskope.alert_v2.risk_level_id	This field is set by both RBA and MLAD anomaly engines for every anomaly that's detected. MLAD always sets individual anomalies risk-level to 0 (low). RBA has different rules.	keyword
netskope.alert_v2.sAMAccountName	The sAMAccountName attribute is a logon name used to support clients and servers from previous version of Windows, such as Windows NT 4.0, Windows 95, Windows 98, and LAN Manager.	keyword
netskope.alert_v2.sAMAccountType	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.sa_profile_id	IAAS/CSA profile ID as provided by cloud providers AWS, GCP and Azure etc.	long
netskope.alert_v2.sa_profile_name	IAAS/CSA profile Name as provided by cloud providers AWS, GCP and Azure etc.	keyword
netskope.alert_v2.sa_rule_id	IAAS/CSA rule ID configured for scans to run on data stored in cloud providers AWS, GCP and Azure data.	keyword
netskope.alert_v2.sa_rule_name	IAAS/CSA rule name configured for scans to run on data stored in cloud providers AWS, GCP and Azure data.	keyword
netskope.alert_v2.sa_rule_severity	IAAS/CSA rule severity as captured by backend policy engines.	keyword
netskope.alert_v2.sanctioned_instance	A sanctioned instance is a company owned account in an external application. A value of yes indicates that the company has granted access for the specific SaaS / IaaS account to Netskope. A value of no represents a personal user account or an enterprise account not authorized by the enterprise Administrator.	keyword
netskope.alert_v2.scan_time	Time when the scan is done by TSS Service. Timestamp in epoch format.	date
netskope.alert_v2.scan_type	Generated during retroactive scan or new ongoing activity.	keyword
netskope.alert_v2.scanner_result	TSS scan result outcome value.	keyword
netskope.alert_v2.scopes	List of permissions for google apps. (array in API JSON).	keyword
netskope.alert_v2.score	Denotes the UCI score impact on the user due to the alert raised.	long
netskope.alert_v2.sender	Sender email information related to introspection's support for MS Teams app.	keyword
netskope.alert_v2.serial	The serial number of the user's device.	keyword
netskope.alert_v2.server_bytes	Total number of downloaded bytes from server to client.	long
netskope.alert_v2.server_packets	Total number of server packet from server to client.	long
netskope.alert_v2.session_duration	Session duration of a session.	long
netskope.alert_v2.sessionid	Session ID for an application.	keyword
netskope.alert_v2.severity	Severity used by watchlist and malware alerts. Severity of the incident.	keyword
netskope.alert_v2.severity_id	Malware severity category ids. These ids are mapped with severity category values like high, low, medium etc.	keyword
netskope.alert_v2.severity_level	Severity level of the Malsite ( High / Med / Low).	keyword
netskope.alert_v2.severity_level_id	If the Severity Level ID is 1, it means that URL / IP /Domain is detected from Internal threat feed and if Severity Level ID is 2, then it means the detection happened based on the OEM DB Malsite Category.	long
netskope.alert_v2.sfwder	Service name which is sending events.	keyword
netskope.alert_v2.sha1	sha1 hash of file generated by Malware engine.	keyword
netskope.alert_v2.sha256	Sha256 value of a file.	keyword
netskope.alert_v2.sharedType	Object shared type detected for the DLP incidents.	keyword
netskope.alert_v2.shared_credential_user	Denotes the value of the credential being shared by multiple users.	keyword
netskope.alert_v2.shared_domains	List of domains of users the document is shared with.	keyword
netskope.alert_v2.shared_type	File shared type detected during Malware scan detection.	keyword
netskope.alert_v2.shared_with	Email ids with whom a document is shared with.	keyword
netskope.alert_v2.signature	Signatures used by IPS service. They can be both in house or third party.	keyword
netskope.alert_v2.signature_id	Id attaches to the Signatures used by IPS service. They can be both in house or third party.	long
netskope.alert_v2.site	For traffic_type = CloudApp, site = app and for traffic_type = Web, it will be the second level domain name + top-level domain name. For example, in www.cnn.com, it is cnn.com.	keyword
netskope.alert_v2.smtp_client_domain	SMTP client Identity	keyword
netskope.alert_v2.smtp_status	Customers can configure Netskope SMTP Proxy with Microsoft O365 Exchange, all outgoing emails from Microsoft O365 Exchange are sent to Netskope SMTP Proxy for policy evaluation and will send Back to Exchange for mail delivery. This field denotes the status code for ex:- SMTP status 250 shows successful delivery of mail.	keyword
netskope.alert_v2.smtp_to	SMTP Proxy will parse the smtp_to field in the email and send them to DLP in the event object. List contains the The recipients from the SMTP envelope. (array in API JSON).	keyword
netskope.alert_v2.src_country	User's country's two-letter Country Code as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.alert_v2.src_geoip_src	Source from where the location of Source IP was derived.	long
netskope.alert_v2.src_latitude	Latitude of the user as determined by the Maxmind or IP2Location Geo database.	double
netskope.alert_v2.src_latitude_keyword	Original source latitude when the vendor value is not a single numeric coordinate.	keyword
netskope.alert_v2.src_location	User's city as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.alert_v2.src_longitude	Longitude of the user as determined by the Maxmind or IP2Location Geo database.	double
netskope.alert_v2.src_longitude_keyword	Original source longitude when the vendor value is not a single numeric coordinate.	keyword
netskope.alert_v2.src_region	Source state or region as determined by the Maxmind or IP2Location Geo database.	keyword
netskope.alert_v2.src_time	Source timestamp is the time at which the event is created.	keyword
netskope.alert_v2.src_timezone	Source timezone for the location at which the event is created. Shows the long format timezone designation.	keyword
netskope.alert_v2.src_zipcode	Source zip code for the location at which the event is created as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.alert_v2.srcip	IP address of source/user where event is created.	ip
netskope.alert_v2.srcport	Port used by the source/user where event is created. It is used by NPA applications.	long
netskope.alert_v2.start_time	Capture NPA user's session start time.	date
netskope.alert_v2.sub_type	The type of EPDLP events.	keyword
netskope.alert_v2.subject	value present in the email subject captured during DLP email scans.	keyword
netskope.alert_v2.suppression_count	Number of events suppressed.	keyword
netskope.alert_v2.suppression_end_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	date
netskope.alert_v2.suppression_key	To limit the number of events. Example: Suppress block event for browse	keyword
netskope.alert_v2.suppression_start_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	date
netskope.alert_v2.surhn	shared user hostname used by UEBA anomaly detection engine.	keyword
netskope.alert_v2.telemetry_app	Typically SaaS app web sites use web analytics code within the pages to gather analytic data.When a SaaS app action or page is shown, there is subsequent traffic generated to tracking apps such as doubleclick.net, Optimizely, etc. These tracking apps are listed if applicable in theTelemetry App field.	keyword
netskope.alert_v2.threat_match_field	Threat match field, either from domain or URL or IP.	keyword
netskope.alert_v2.threat_match_value	Threat match field value , either from domain or URL or IP.	keyword
netskope.alert_v2.threat_source_id	Threat source id used by TSS threat engines EX: 1 - NetskopeThreatIntel, 2 - OEM DB etc.	long
netskope.alert_v2.threat_type	Type of threat detected.	keyword
netskope.alert_v2.threshold	Threshold (Count at which the anomaly should trigger). Applicable to Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type.	long
netskope.alert_v2.threshold_time	Duration in seconds (not an epoch timestamp). It captures the time interval in seconds used by UEBA services. Applicable to: Shared Credentials, Data Ex filtration, Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type.	long
netskope.alert_v2.timestamp	Timestamp when the event/alert happened. Event timestamp in Unix epoch format.	date
netskope.alert_v2.title	Title of the file.	keyword
netskope.alert_v2.to_object	Changed name of an object that has been renamed, copied, or moved.	keyword
netskope.alert_v2.to_storage	Storage scan destination.	keyword
netskope.alert_v2.to_user	Used when a file is moved from user A to user B. Shows the email address of user B.	keyword
netskope.alert_v2.to_user_category	UEBA anomaly detects the type of user to which move is done when users moves to a different location.	keyword
netskope.alert_v2.total_collaborator_count	Count of collaborators on a file/folder. Supported for some apps.	long
netskope.alert_v2.total_packets	Total value of Server Packets + Client Packets.	long
netskope.alert_v2.traffic_type	Type of the traffic: CloudApp or Web. CloudApp indicates CASB and web indicates HTTP traffic. Web traffic is only captured for inline access method. It is currently not captured for Risk Insights.	keyword
netskope.alert_v2.transaction_id	Unique ID for a given request/response.	keyword
netskope.alert_v2.true_filetype	true file type of the file is used to take decision to send the file to TSS/DLP analysis file. Filter lib finds the true file type of the file.	keyword
netskope.alert_v2.true_obj_category	DLP incident object category ( ex Text ).	keyword
netskope.alert_v2.true_obj_type	DLP incident object type.	keyword
netskope.alert_v2.true_type_id	true file type of the file is used to take decision to send the file to TSS/DLP analysis file. Filter lib finds the true file type of the file. Id used for mapping true type of the file internally.	long
netskope.alert_v2.trust_computer_checked	Whether user's computer is trusted or not captured using Dialog box input while applying policies.	keyword
netskope.alert_v2.tss-mode	Threat scan mode value used by threat scans service.	keyword
netskope.alert_v2.tss_fail_reason	TSS is the malware detection engine for Netskope Threat Protection. This field indicates the reason why tss scan was failed to run.	keyword
netskope.alert_v2.tss_license	Indicates if malware license is enabled for the tenant or not.	keyword
netskope.alert_v2.tss_mode	Malware scanning mode, specifies whether it's Real-time Protection or API Data Protection.	keyword
netskope.alert_v2.tss_scan_failed	TSS is the malware detection engine for Netskope Threat Protection. This field indicates if tss scan was failed to run.	keyword
netskope.alert_v2.tunnel_id	Shows the Client installation ID. Only available for the Client steering configuration.	keyword
netskope.alert_v2.tunnel_type	GRE Tunnel Type. Used for NPA applications.	keyword
netskope.alert_v2.tunnel_up_time	GRE Tunnel up time. Used for NPA applications.	long
netskope.alert_v2.two_factor_auth	Two factor authentication is enabled or not.	keyword
netskope.alert_v2.type	Shows if it is an application event or a connection event. Application events are recorded to track user events inside a cloud app. Connection events shows the actual HTTP connection.	keyword
netskope.alert_v2.uba_ap1	Denotes the first app that was used to trigger proximity anomaly which detects when a user has accessed an application from far off locations.	keyword
netskope.alert_v2.uba_ap2	Denotes the second app that was used to trigger proximity anomaly which detects when a user has accessed an application from far off locations - It is also used to denote the upload application in the case of data exfiltration anomaly.	keyword
netskope.alert_v2.uba_inst1	Denotes the first instance name corresponding to uba_ap1 that was used to trigger proximity anomaly which detects when a user has accessed an instance from far off locations - It is also used to denote the download instance in the case of data exfiltration anomaly.	keyword
netskope.alert_v2.uba_inst2	Denotes the second instance name corresponding to uba_ap2 that was used to trigger proximity anomaly which detects when a user has accessed an instance from far off locations - It is also used to denote the upload instance in the case of data exfiltration anomaly.	keyword
netskope.alert_v2.unc_path	The Universal Naming Convention path of the network file share, or printer.	keyword
netskope.alert_v2.universal_connector	Universal connector is a common app connector that is built to detect events(upload, download, post, login related) for all the applications that do not have a dedicated connector. This field denotes if a universal connector was used or not	keyword
netskope.alert_v2.ur_normalized	All lower case user email.	keyword
netskope.alert_v2.url	URL of the application that the user visited as provided by the log or data plane traffic.	wildcard
netskope.alert_v2.usb_device_id	USB Device unique ID.	keyword
netskope.alert_v2.usb_device_name	USB device name.	keyword
netskope.alert_v2.usb_device_sn	USB device serial number.	keyword
netskope.alert_v2.usb_device_type	Type of the USB device attached.	keyword
netskope.alert_v2.usb_is_encrypted	Endpoint DLP allows customers to download data in USB. Flag to show if USB data is encrypted or not.	boolean
netskope.alert_v2.usb_product_id	Endpoint DLP allows customers to download data in USB. This field hold the value of unique product id attached to USB.	keyword
netskope.alert_v2.usb_vendor_id	Endpoint DLP allows customers to download data in USB. This field hold the value of USB's vendor information.	keyword
netskope.alert_v2.user	User email.	keyword
netskope.alert_v2.userCountry	User country code.	keyword
netskope.alert_v2.userPrincipalName	User Principal Name is used to authenticate users on the Windows OS.	keyword
netskope.alert_v2.user_category	Type of user in an enterprise - external / internal.	keyword
netskope.alert_v2.user_confidence_index	UCI (User Confidence Index) is one of the ways that UEBA describes how risky the user’s behavior is. The lower UCI is, the more risky the user behavior is. The UCI starts from an initial value and is deducted an amount when the user’s behavior is detected to be anomaly by UEBA engine. The user’s UCI is daily-based, i.e. UEBA engine will create the new UCI with an initial score for users when an UTC day starts. Each user is supposed to start from 1000, but his/her previous day performance will rollover to current day and therefore impact the initial UCI.	long
netskope.alert_v2.user_confidence_level	UCI (User Confidence Index) is one of the ways that UEBA describes how risky the user’s behavior is. User confidence level field holds risk level values.	keyword
netskope.alert_v2.user_generated	Tells whether it is user generated page event or not.	keyword
netskope.alert_v2.user_id	User email.	keyword
netskope.alert_v2.user_name	User name as used by UEBA anomaly detection engine.	keyword
netskope.alert_v2.user_role	User roles such as admin, owner as used by UEBA anomaly detection engine.	keyword
netskope.alert_v2.user_tmp	User field information.	keyword
netskope.alert_v2.useragent	The User-Agent request header value.	keyword
netskope.alert_v2.usergroup	Custom attributes added by customer using ADImporter.	keyword
netskope.alert_v2.userip	IP address of User.	ip
netskope.alert_v2.userkey	User ID or email.	keyword
netskope.alert_v2.vendor_id	Netskope's Vendor id.	keyword
netskope.alert_v2.violating_user	Violating user detected by DLP policies.	keyword
netskope.alert_v2.violating_user_type	Type of Violating user.	keyword
netskope.alert_v2.watchlist_name	Name given by admins while creating watchlist by selecting different filters on webUI.	keyword
netskope.alert_v2.web_universal_connector	If The WEB event detection source was present or not.	keyword
netskope.alert_v2.web_url	Endpoint configured by customer to fetch Filemeta scan etc.	keyword
netskope.alert_v2.windowId	UEBA detection engine uses this field to capture the time range for anomaly. Epoch timestamp in milliseconds	date
netskope.alert_v2.workspace	Workspace name in case of Slack application configured for Enterprise.	keyword
netskope.alert_v2.workspace_id	Workspace id in case of Slack application configured for Enterprise.	keyword

		{
    "@timestamp": "2024-07-29T19:54:49.000Z",
    "agent": {
        "ephemeral_id": "cd0f9785-e51d-40b4-acf4-26876aa45408",
        "id": "6c9770e1-491e-4656-a94a-c48ecd274876",
        "name": "elastic-agent-99172",
        "type": "filebeat",
        "version": "8.19.9"
    },
    "data_stream": {
        "dataset": "netskope.alerts_v2",
        "namespace": "73714",
        "type": "logs"
    },
    "destination": {
        "ip": "81.2.69.142"
    },
    "ecs": {
        "version": "8.17.0"
    },
    "elastic_agent": {
        "id": "6c9770e1-491e-4656-a94a-c48ecd274876",
        "snapshot": false,
        "version": "8.19.9"
    },
    "event": {
        "action": "alert",
        "agent_id_status": "verified",
        "dataset": "netskope.alerts_v2",
        "id": "5182808a2a99fc688d4a8057",
        "ingested": "2026-09-29T08:47:14Z",
        "kind": "alert",
        "original": "{\"_id\":\"5182808a2a99fc688d4a8057\",\"access_method\":\"Client\",\"action\":\"alert\",\"activity\":\"Upload\",\"alert\":\"yes\",\"alert_name\":\"Example Policy Alert\",\"alert_type\":\"policy\",\"app\":\"Dropbox\",\"appcategory\":\"Cloud Storage\",\"device\":\"Windows Device\",\"dstip\":\"81.2.69.142\",\"hostname\":\"host-1.example.local\",\"policy\":\"Example File Policy\",\"srcip\":\"89.160.20.112\",\"timestamp\":1722282889,\"traffic_type\":\"CloudApp\",\"type\":\"nspolicy\",\"url\":\"https://www.dropbox.com/example\",\"user\":\"user@example.com\",\"userip\":\"216.160.83.56\"}",
        "type": [
            "info"
        ]
    },
    "host": {
        "name": "host-1.example.local"
    },
    "input": {
        "type": "cel"
    },
    "netskope": {
        "alert_v2": {
            "access_method": "Client",
            "activity": "Upload",
            "alert": "yes",
            "alert_type": "policy",
            "appcategory": "Cloud Storage",
            "device": "Windows Device",
            "policy": "Example File Policy",
            "traffic_type": "CloudApp",
            "type": "nspolicy",
            "userip": "216.160.83.56"
        }
    },
    "network": {
        "application": "dropbox"
    },
    "related": {
        "hosts": [
            "host-1.example.local"
        ],
        "ip": [
            "81.2.69.142",
            "89.160.20.112",
            "216.160.83.56"
        ],
        "user": [
            "user@example.com"
        ]
    },
    "rule": {
        "name": "Example Policy Alert"
    },
    "source": {
        "ip": "89.160.20.112"
    },
    "tags": [
        "preserve_original_event",
        "forwarded",
        "netskope-alerts_v2",
        "netskope-api"
    ],
    "url": {
        "original": "https://www.dropbox.com/example"
    },
    "user": {
        "domain": "example.com",
        "email": "user@example.com",
        "name": "user"
    }
}
		
	

Events

Field	Description	Type
@timestamp	Event timestamp.	date
cloud.image.id	Image ID for the cloud instance.	keyword
data_stream.dataset	Data stream dataset.	constant_keyword
data_stream.namespace	Data stream namespace.	constant_keyword
data_stream.type	Data stream type.	constant_keyword
event.dataset	Event dataset	constant_keyword
event.module	Event module	constant_keyword
host.containerized	If the host is a container.	boolean
host.os.build	OS build information.	keyword
host.os.codename	OS codename, if any.	keyword
input.type	Input type	keyword
log.offset	Log offset	long
log.source.address	Source address from which the log event was read / sent from.	keyword
netskope.events.access_method	Cloud app traffic can be steered to the Netskope cloud using different deployment methods such as Client (Netskope Client), Secure Forwarder etc. Administrators can also upload firewall and/or proxy logs for log analytics. This field shows the actual access method that triggered the event. For log uploads this shows the actual log type such as PAN, Websense, etc.	keyword
netskope.events.ack	Whether user acknowledged the alert or not.	boolean
netskope.events.activity.name	Description of the user performed activity.	keyword
netskope.events.activity.status	Displayed when the user is denied access while performing some activity.	keyword
netskope.events.activity.type	Displayed when only admins can perform the activity in question.	keyword
netskope.events.alarm.description	N/A	keyword
netskope.events.alarm.name	N/A	keyword
netskope.events.alert.is_present	Indicates whether alert is generated or not. Populated as yes for all alerts.	boolean
netskope.events.alert.name	Name of the alert.	keyword
netskope.events.alert.type	Type of the alert.	keyword
netskope.events.app.activity	N/A	keyword
netskope.events.app.category	N/A	keyword
netskope.events.app.name	Specific cloud application used by the user (e.g. app = Dropbox).	keyword
netskope.events.app.region	N/A	keyword
netskope.events.app.session.id	Unique App/Site Session ID for traffic_type = CloudApp and Web. An app session starts when a user starts using a cloud app/site on and ends once they have been inactive for a certain period of time(15 mins). Use app_session_id to check all the user activities in a single app session. app_session_id is unique for a user, device, browser and domain.	keyword
netskope.events.attachment	File name.	keyword
netskope.events.audit.category	The subcategories in an application such as IAM, EC in AWS, login, token, file, etc., in case of Google.	keyword
netskope.events.audit.log.event	N/A	keyword
netskope.events.audit.type	The sub category in audit according to SaaS / IaaS apps.	keyword
netskope.events.browser.session.id	Browser session ID. If there is an idle timeout of 15 minutes, it will timeout the session.	keyword
netskope.events.bucket	N/A	keyword
netskope.events.category.id	Matching category ID according to policy. Populated for both cloud and web traffic.	keyword
netskope.events.category.name	N/A	keyword
netskope.events.cci	N/A	keyword
netskope.events.ccl	Cloud Confidence Level. CCL measures the enterprise readiness of the cloud apps taking into consideration those apps security, auditability and business continuity. Each app is assigned one of five cloud confidence levels: excellent, high, medium, low, or poor. Useful for querying if users are accessing a cloud app with a lower CCL.	keyword
netskope.events.channel	Channel of the user for slack and slack enterprise apps.	keyword
netskope.events.client.bytes	Total number of bytes uploaded from client to server.	long
netskope.events.client.packets	N/A	long
netskope.events.connection.duration	Duration of the connection in milliseconds. Useful for querying long-lived sessions.	long
netskope.events.connection.end_time	Connection end time.	long
netskope.events.connection.id	Each connection has a unique ID. Shows the ID for the connection event.	keyword
netskope.events.connection.start_time	Connection start time.	long
netskope.events.count	Number of raw log lines/events sessionized or suppressed during the suppressed interval.	long
netskope.events.description	N/A	keyword
netskope.events.destination.geoip.source	Source from where the location of Destination IP was derived.	long
netskope.events.detail	N/A	keyword
netskope.events.detection.engine	Customer exposed detection engine name.	keyword
netskope.events.detection.type	Same as malware type. Duplicate.	keyword
netskope.events.device.classification	Designation of device as determined by the Netskope Client as to whether the device is managed or not.	keyword
netskope.events.device.name	N/A	keyword
netskope.events.device.type	Device type from where the user accessed the cloud app. It could be Macintosh Windows device, iPad etc.	keyword
netskope.events.dlp.count	Count of rule hits.	long
netskope.events.dlp.file	File/Object name extracted from the file/object.	keyword
netskope.events.dlp.fingerprint.classificaiton	Fingerprint classification.	keyword
netskope.events.dlp.fingerprint.match	Fingerprint classification match file name.	keyword
netskope.events.dlp.fingerprint.score	Fingerprint classification score.	long
netskope.events.dlp.fv	N/A	long
netskope.events.dlp.incident.id	Incident ID associated with sub-file. In the case of main file, this is same as the parent incident ID.	keyword
netskope.events.dlp.is_unique_count	True or false depending upon if rule is unique counted per rule data.	boolean
netskope.events.dlp.mail.parent_id	N/A	keyword
netskope.events.dlp.parent.id	Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.events.dlp.profile	DLP profile name.	keyword
netskope.events.dlp.score	DLP rule score for weighted dictionaries.	long
netskope.events.dlp.severity	Severity of rule.	keyword
netskope.events.dlp.unique_count	Integer value of number of unique matches seen per rule data. Only present if rule is uniquely counted.	long
netskope.events.domain	Domain value. This will hold the host header value or SNI or extracted from absolute URI.	keyword
netskope.events.domain_shared_with	N/A	long
netskope.events.drive.id	N/A	keyword
netskope.events.encrypt.failure	Reason of failure while encrypting.	keyword
netskope.events.end_time	N/A	keyword
netskope.events.enterprise.id	EnterpriseID in case of Slack for Enterprise.	keyword
netskope.events.enterprise.name	Enterprise name in case of Slack for Enterprise.	keyword
netskope.events.event.type	Anomaly type.	keyword
netskope.events.event_type	N/A	keyword
netskope.events.exposure	Exposure of a document.	keyword
netskope.events.external_collaborator_count	Count of external collaborators on a file/folder. Supported for some apps.	long
netskope.events.file.id	Unique identifier of the file.	keyword
netskope.events.file.is_password_protected	N/A	keyword
netskope.events.file.lang	Language of the file.	keyword
netskope.events.from.logs	Shows if the event was generated from the Risk Insights log.	keyword
netskope.events.from.object	Initial name of an object that has been renamed, copied or moved.	keyword
netskope.events.from.storage	N/A	keyword
netskope.events.from.user_category	Type of from_user.	keyword
netskope.events.gateway	N/A	keyword
netskope.events.graph.id	N/A	keyword
netskope.events.http_status	N/A	keyword
netskope.events.http_transaction_count	HTTP transaction count.	long
netskope.events.iaas_asset_tags	List of tags associated with the asset for which alert is raised. Each tag is a key/value pair.	keyword
netskope.events.id	N/A	keyword
netskope.events.insertion.timestamp	Insertion timestamp.	long
netskope.events.instance.id	Unique ID associated with an organization application instance.	keyword
netskope.events.instance.name	Instance name associated with an organization application instance.	keyword
netskope.events.instance.type	Instance type.	keyword
netskope.events.instance_name	Instance associated with an organization application instance.	keyword
netskope.events.internal_collaborator_count	Count of internal collaborators on a file/folder. Supported for some apps.	long
netskope.events.ip.protocol	N/A	keyword
netskope.events.is_bypass_traffic	Tells if traffic is bypassed by Netskope.	boolean
netskope.events.is_malicious	Only exists if some HTTP transaction belonging to the page event resulted in a malsite alert.	boolean
netskope.events.item.id	N/A	keyword
netskope.events.justification.reason	Justification reason provided by user. For following policies, justification events are raised. User is displayed a notification popup, user enters justification and can select to proceed or block: useralert policy, dlp block policy, block policy with custom template which contains justification text box.	keyword
netskope.events.justification.type	Type of justification provided by user when user bypasses the policy block.	keyword
netskope.events.last.app	Last application (app in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.events.last.country	Last location (Country). Applies to only proximity anomaly alert.	keyword
netskope.events.last.device	Last device name (Device Name in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.events.last.location	Last location (City). Applies to only proximity anomaly alert.	keyword
netskope.events.last.region	Applies to only proximity anomaly alert.	keyword
netskope.events.last.timestamp	Last timestamp (timestamp in the first/older event). Applies to only proximity anomaly alert.	long
netskope.events.latency.max	Max latency for a connection in milliseconds.	long
netskope.events.latency.min	Min latency for a connection in milliseconds.	long
netskope.events.latency.total	Total latency from proxy to app in milliseconds.	long
netskope.events.legal_hold_profile_name	Legal hold profile name.	keyword
netskope.events.lh.custodian.name	Custodian name of legal hold profile.	keyword
netskope.events.lh.destination.app	Destination appname of legalhold action.	keyword
netskope.events.lh.destination.instance	Destination instance of legal hold action.	keyword
netskope.events.lh.file_id	File ID of legal hold file.	keyword
netskope.events.lh.filename	File name of legal hold file.	keyword
netskope.events.lh.filename_original	Original filename of legal hold file.	keyword
netskope.events.lh.filepath	File path of legal hold file.	keyword
netskope.events.lh.shared	Shared type of legal hold file.	keyword
netskope.events.lh.shared_with	User shared with the legal hold file.	keyword
netskope.events.lh.version	File version of original file.	keyword
netskope.events.list.id	N/A	keyword
netskope.events.log_file.name	Log file name for Risk Insights.	keyword
netskope.events.login.type	Salesforce login type.	keyword
netskope.events.login.url.domain		keyword
netskope.events.login.url.extension		keyword
netskope.events.login.url.fragment		keyword
netskope.events.login.url.full		keyword
netskope.events.login.url.original		keyword
netskope.events.login.url.password		keyword
netskope.events.login.url.path		keyword
netskope.events.login.url.port		long
netskope.events.login.url.query		keyword
netskope.events.login.url.scheme		keyword
netskope.events.login.url.username		keyword
netskope.events.malsite_category	Category of malsite [ Phishing / Botnet / Malicous URL, etc. ].	keyword
netskope.events.malware.id	md5 hash of the malware name as provided by the scan engine.	keyword
netskope.events.malware.name	Netskope detection name.	keyword
netskope.events.malware.profile	tss_profile: profile which user has selected. Data comes from WebUI. Its a json structure.	keyword
netskope.events.malware.severity	Malware severity.	keyword
netskope.events.malware.type	Malware Type.	keyword
netskope.events.managed_app	Whether or not the app in question is managed.	boolean
netskope.events.management.id	Management ID.	keyword
netskope.events.metric_value	N/A	long
netskope.events.modified_at	Timestamp corresponding to the modification time of the entity (file, etc.).	date
netskope.events.netskope_pop	N/A	keyword
netskope.events.network	N/A	keyword
netskope.events.new_value	New value for a given file for salesforce.com.	keyword
netskope.events.notify_template	N/A	keyword
netskope.events.ns.activity	Maps app activity to Netskope standard activity.	keyword
netskope.events.ns.device_uid	Device identifiers on macOS and Windows.	keyword
netskope.events.num_sessions	N/A	long
netskope.events.numbytes	Total number of bytes that were transmitted for the connection - numbytes = client_bytes + server_bytes.	long
netskope.events.obfuscate	N/A	boolean
netskope.events.object.count	Displayed when the activity is Delete. Shows the number of objects being deleted.	long
netskope.events.object.id	Unique ID associated with an object.	keyword
netskope.events.object.name	Name of the object which is being acted on. It could be a filename, folder name, report name, document name, etc.	keyword
netskope.events.object.type	Type of the object which is being acted on. Object type could be a file, folder, report, document, message, etc.	keyword
netskope.events.old_value	Old value for a given file for salesforce.com.	keyword
netskope.events.org	Search for events from a specific organization. Organization name is derived from the user ID.	keyword
netskope.events.organization_unit	Org Units for which the event correlates to. This ties to user information extracted from Active Directory using the Directory Importer/AD Connector application.	keyword
netskope.events.orig_ty	Event Type of original event.	keyword
netskope.events.original_file_path	If the file is moved, then keep original path of the file in this field.	keyword
netskope.events.other.categories	N/A	keyword
netskope.events.owner	Owner of the file.	keyword
netskope.events.page	The URL of the originating page.	keyword
netskope.events.page_site	N/A	keyword
netskope.events.parent.id	N/A	keyword
netskope.events.path_id	Path ID of the file in the application.	long
netskope.events.policy.id	The Netskope internal ID for the policy created by an admin.	keyword
netskope.events.policy.name	Name of the policy configured by an admin.	keyword
netskope.events.profile.emails	List of profile emails per policy.	keyword
netskope.events.profile.id	Anomaly profile ID.	keyword
netskope.events.publisher_cn	N/A	keyword
netskope.events.qar	N/A	keyword
netskope.events.quarantine.action.reason	Reason for the action taken for quarantine.	keyword
netskope.events.quarantine.admin	Quarantine profile custodian email/name.	keyword
netskope.events.quarantine.app	Quarantine app name.	keyword
netskope.events.quarantine.app_name	N/A	keyword
netskope.events.quarantine.failure	Reason of failure.	keyword
netskope.events.quarantine.file.id	File ID of the quarantined file.	keyword
netskope.events.quarantine.file.name	File name of the quarantine file.	keyword
netskope.events.quarantine.instance	Quarantine instance name.	keyword
netskope.events.quarantine.original.file.name	Original file name which got quarantined.	keyword
netskope.events.quarantine.original.file.path	Original file path which got quarantined.	keyword
netskope.events.quarantine.original.shared	Original file shared user details.	keyword
netskope.events.quarantine.original.version	Original version of file which got quarantined.	keyword
netskope.events.quarantine.profile.id	Quarantine profile ID.	keyword
netskope.events.quarantine.profile.name	Quarantine profile name of policy for quarantine action.	keyword
netskope.events.quarantine.shared_with	N/A	keyword
netskope.events.referer.domain		keyword
netskope.events.referer.extension		keyword
netskope.events.referer.fragment		keyword
netskope.events.referer.full		keyword
netskope.events.referer.original		keyword
netskope.events.referer.password		keyword
netskope.events.referer.path		keyword
netskope.events.referer.port		long
netskope.events.referer.query		keyword
netskope.events.referer.scheme		keyword
netskope.events.referer.username		keyword
netskope.events.repo	N/A	keyword
netskope.events.request.count	Total number of HTTP requests (equal to number of transaction events for this page event) sent from client to server over one underlying TCP connection.	long
netskope.events.request.id	Unique request ID for the event.	keyword
netskope.events.response.content.length	N/A	long
netskope.events.response.content.type	N/A	keyword
netskope.events.response.count	Total number of HTTP responses (equal to number of transaction events for this page event) from server to client.	long
netskope.events.retro_scan_name	Retro scan name.	keyword
netskope.events.risk_level	Corresponding field to risk_level_id. Name.	keyword
netskope.events.risk_level_id	This field is set by both role-based access (RBA) and MLAD.	keyword
netskope.events.role	Roles for Box.	keyword
netskope.events.run_id	Run ID.	long
netskope.events.sa.profile.id	CSA profile ID.	keyword
netskope.events.sa.profile.name	CSA profile name.	keyword
netskope.events.sa.rule.severity	Rule severity.	keyword
netskope.events.scan.time	Time when the scan is done.	long
netskope.events.scan.type	Generated during retroactive scan or new ongoing activity.	keyword
netskope.events.scopes	List of permissions for google apps.	keyword
netskope.events.serial	N/A	keyword
netskope.events.server.bytes	Total number of downloaded from server to client.	long
netskope.events.server.packets	N/A	long
netskope.events.session.duration	N/A	long
netskope.events.session.id	Session ID for Dropbox application.	keyword
netskope.events.session.packets	N/A	long
netskope.events.severity.id	Severity ID used by watchlist and malware alerts.	keyword
netskope.events.severity.level	Severity used by watchlist and malware alerts.	keyword
netskope.events.severity.type	Severity type used by watchlist and malware alerts	keyword
netskope.events.sfwder	N/A	keyword
netskope.events.shared.domains	List of domains of users the document is shared with.	keyword
netskope.events.shared.is_shared	If the file is shared or not.	boolean
netskope.events.shared.type	Shared Type.	keyword
netskope.events.shared.with	Array of emails with whom a document is shared with.	keyword
netskope.events.site	For traffic_type = CloudApp, site = app and for traffic_type = Web, it will be the second level domain name + top-level domain name. For example, in "www.cnn.com", it is "cnn.com".	keyword
netskope.events.slc.geo.location	Longitude and latitude.	geo_point
netskope.events.source.geoip_src	Source from where the location of Source IP was derived.	long
netskope.events.ssl_decrypt_policy	Applicable to only bypass events. There are 2 ways to create rules for bypass: Bypass due to Exception Configuration, Bypass due to SSL Decrypt Policy.The existing flag bypass_traffic only gives information that a flow has been bypassed, but does not tell exactly which policy was responsible for it. ssl_decrypt_policy field will provide this extra information. In addition, policy field will be also set for every Bypass event.	keyword
netskope.events.start_time	N/A	keyword
netskope.events.sub_type	Workplace by Facebook post sub category (files, comments, status etc).	keyword
netskope.events.supporting_data	N/A	keyword
netskope.events.suppression.end_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	long
netskope.events.suppression.key	To limit the number of events. Example: Suppress block event for browse.	keyword
netskope.events.suppression.start_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	long
netskope.events.team	Slack team name.	keyword
netskope.events.telemetry_app	Typically SaaS app web sites use web analytics code within the pages to gather analytic data. When a SaaS app action or page is shown, there is subsequent traffic generated to tracking apps such as doubleclick.net, Optimizely, etc. These tracking apps are listed if applicable in the Telemetry App field.	keyword
netskope.events.temp_user	N/A	keyword
netskope.events.tenant.id	Tenant id.	keyword
netskope.events.threat.match_field	Threat match field, either from domain or URL or IP.	keyword
netskope.events.threat.source.id	Threat source id: 1 - NetskopeThreatIntel, 2 - Zvelodb.	keyword
netskope.events.threshold	Threshold (Count at which the anomaly should trigger). Applicable to Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type.	long
netskope.events.tnetwork_session_id	N/A	keyword
netskope.events.to.object	Changed name of an object that has been renamed, copied, or moved.	keyword
netskope.events.to.storage	N/A	keyword
netskope.events.to.user	Used when a file is moved from user A to user B. Shows the email address of user B.	keyword
netskope.events.to.user_category	Type of user to which move is done.	keyword
netskope.events.total.collaborator_count	Count of collaborators on a file/folder. Supported for some apps.	long
netskope.events.total_packets	N/A	long
netskope.events.traffic.type	Type of the traffic: CloudApp or Web. CloudApp indicates CASB and web indicates HTTP traffic. Web traffic is only captured for inline access method. It is currently not captured for Risk Insights.	keyword
netskope.events.transaction.id	Unique ID for a given request/response.	keyword
netskope.events.tss_mode	Malware scanning mode, specifies whether it's Real-time Protection or API Data Protection.	keyword
netskope.events.tunnel.id	Shows the Client installation ID. Only available for the Client steering configuration.	keyword
netskope.events.tunnel.type	N/A	keyword
netskope.events.tunnel.up_time	N/A	long
netskope.events.two_factor_auth	N/A	keyword
netskope.events.type	Shows if it is an application event or a connection event. Application events are recorded to track user events inside a cloud app. Connection events shows the actual HTTP connection.	keyword
netskope.events.universal_connector	N/A	keyword
netskope.events.url.domain		keyword
netskope.events.url.extension		keyword
netskope.events.url.fragment		keyword
netskope.events.url.full		keyword
netskope.events.url.original		keyword
netskope.events.url.password		keyword
netskope.events.url.path		keyword
netskope.events.url.port		long
netskope.events.url.query		keyword
netskope.events.url.scheme		keyword
netskope.events.url.username		keyword
netskope.events.url_to_activity	Populated if the activity from the URL matches certain activities. This field applies to Risk Insights only.	keyword
netskope.events.user.category	Type of user in an enterprise - external / internal.	keyword
netskope.events.user.generated	Tells whether it is user generated page event.	boolean
netskope.events.user.geo.city_name	N/A	keyword
netskope.events.user.geo.continent_name	N/A	keyword
netskope.events.user.geo.country_iso_code	N/A	keyword
netskope.events.user.geo.country_name	N/A	keyword
netskope.events.user.geo.location	Longitude and latitude.	geo_point
netskope.events.user.geo.region_iso_code	N/A	keyword
netskope.events.user.geo.region_name	N/A	keyword
netskope.events.user.group	N/A	keyword
netskope.events.user.ip	IP address of User.	keyword
netskope.events.user.is_aggregated	N/A	boolean
netskope.events.violating.user.name	User who caused a vioaltion. Populated for Workplace by Facebook.	keyword
netskope.events.violating.user.type	Category of the user who caused a violation. Populated for Workplace by Facebook.	keyword
netskope.events.web.url.domain		keyword
netskope.events.web.url.extension		keyword
netskope.events.web.url.fragment		keyword
netskope.events.web.url.full		keyword
netskope.events.web.url.original		keyword
netskope.events.web.url.password		keyword
netskope.events.web.url.path		keyword
netskope.events.web.url.port		long
netskope.events.web.url.query		keyword
netskope.events.web.url.scheme		keyword
netskope.events.web.url.username		keyword
netskope.events.web_universal_connector	N/A	keyword
netskope.events.workspace.id	Workspace ID in case of Slack for Enterprise.	keyword
netskope.events.workspace.name	Workspace name in case of Slack for Enterprise.	keyword
netskope.events.zip_password	Zip the malacious file and put pwd to it and send it back to caller.	keyword

		{
    "@timestamp": "2021-12-24T00:29:56.000Z",
    "agent": {
        "ephemeral_id": "c286de6a-2b0b-406e-89e6-ee0d2b13bd2d",
        "id": "7b99f48c-6c10-4dad-86c4-ee578beef412",
        "name": "docker-fleet-agent",
        "type": "filebeat",
        "version": "8.0.0"
    },
    "data_stream": {
        "dataset": "netskope.events",
        "namespace": "ep",
        "type": "logs"
    },
    "ecs": {
        "version": "8.11.0"
    },
    "elastic_agent": {
        "id": "7b99f48c-6c10-4dad-86c4-ee578beef412",
        "snapshot": false,
        "version": "8.0.0"
    },
    "event": {
        "agent_id_status": "verified",
        "dataset": "netskope.events",
        "ingested": "2024-03-29T07:18:17Z"
    },
    "event.id": "613ee55ec9d868fc47654a73",
    "input": {
        "type": "tcp"
    },
    "log": {
        "source": {
            "address": "192.168.224.6:57252"
        }
    },
    "netskope": {
        "events": {
            "alarm": {
                "description": "Events from device not received in the last 24 hours",
                "name": "No_events_from_device"
            },
            "device": {
                "name": "device-1"
            },
            "event_type": "infrastructure",
            "metric_value": 43831789,
            "serial": "FFFFFFFFFFFFFFFF",
            "severity": {
                "level": "high"
            },
            "supporting_data": "abc"
        }
    },
    "tags": [
        "forwarded",
        "netskope-events"
    ]
}
		
	

Events V2

Field	Description	Type
@timestamp	Date/time when the event originated. This is the date/time extracted from the event, typically representing when the event was generated by the source. If the event source has no original timestamp, this value is typically populated by the first time the event was received by the pipeline. Required field for all events.	date
aws.s3.bucket.arn	The AWS S3 bucket ARN.	keyword
aws.s3.bucket.name	The AWS S3 bucket name.	keyword
aws.s3.object.key	The AWS S3 Object key.	keyword
azure.resource.group	Resource group.	keyword
azure.resource.id	Resource ID.	keyword
azure.resource.name	Name.	keyword
azure.resource.provider	Resource type/namespace.	keyword
azure.storage.blob.content_type	The content type of the Azure Blob Storage blob object.	keyword
azure.storage.blob.name	The name of the Azure Blob Storage blob object.	keyword
azure.storage.container.name	The name of the Azure Blob Storage container.	keyword
azure.subscription_id	Azure subscription ID.	keyword
data_stream.dataset	The field can contain anything that makes sense to signify the source of the data. Examples include `nginx.access`, `prometheus`, `endpoint` etc. For data streams that otherwise fit, but that do not have dataset set we use the value "generic" for the dataset value. `event.dataset` should have the same value as `data_stream.dataset`. Beyond the Elasticsearch data stream naming criteria noted above, the `dataset` value has additional restrictions: * Must not contain `-` * No longer than 100 characters	constant_keyword
data_stream.namespace	A user defined namespace. Namespaces are useful to allow grouping of data. Many users already organize their indices this way, and the data stream naming scheme now provides this best practice as a default. Many users will populate this field with `default`. If no value is used, it falls back to `default`. Beyond the Elasticsearch index naming criteria noted above, `namespace` value has the additional restrictions: * Must not contain `-` * No longer than 100 characters	constant_keyword
data_stream.type	An overarching type for the data stream. Currently allowed values are "logs" and "metrics". We expect to also add "traces" and "synthetics" in the near future.	constant_keyword
event.dataset	Name of the dataset. If an event source publishes more than one type of log or events (e.g. access log, error log), the dataset is used to specify which one the event comes from. It's recommended but not required to start the dataset name with the module name, followed by a dot, then the dataset name.	constant_keyword
event.module	Name of the module this data is coming from. If your monitoring agent supports the concept of modules or plugins to process events of a given source (e.g. Apache logs), `event.module` should contain the name of this module.	constant_keyword
gcs.storage.bucket.name	The name of the Google Cloud Storage Bucket.	keyword
gcs.storage.object.content_type	The content type of the Google Cloud Storage object.	keyword
gcs.storage.object.json_data	When parse_json is true, the resulting JSON data is stored in this field.	keyword
gcs.storage.object.name	The content type of the Google Cloud Storage object.	keyword
input.type	Type of Filebeat input.	keyword
log.offset	Log offset.	long
netskope.events_v2.CononicalName	CNAME record type is used to create an alias from one domain name to another, allowing multiple domain names to point to the same location.	keyword
netskope.events_v2._id	Unique id - hexadecimal string.	keyword
netskope.events_v2.access_method	Cloud app traffic can be steered to the Netskope cloud using different deployment methods such as Client (Netskope Client), Secure Forwarder etc. Administrators can also upload firewall and/or proxy logs for log analytics. This field shows the actual access method that triggered the event.For log uploads this shows the actual log type such as PAN, Websense, etc.	keyword
netskope.events_v2.account_id	Account ID is an account number as provided by the cloud provider AWS, GCP and AZURE etc.	keyword
netskope.events_v2.account_name	Account name - in case of AWS this is the instance name set by user. For others, account name is provided by the cloud provider.	keyword
netskope.events_v2.acked	Whether user has acknowledged the alert or not.	boolean
netskope.events_v2.acting_user	Acting User is the user responsible for the violation.	keyword
netskope.events_v2.action	Action taken on the event for the policy.	keyword
netskope.events_v2.activity	Description of the user performed activity.	keyword
netskope.events_v2.activity_type	User performed activity type detected when policy is being applied.	keyword
netskope.events_v2.alert	Indicates whether alert is generated or not and its populated as yes for all alerts.	keyword
netskope.events_v2.alert_detection_stage	Specifies the stage at which the policy triggered the alert, such as accessing the application, downloading content, or updating data.	keyword
netskope.events_v2.alert_generated	Indicates whether alert is generated or not and its populated as true or false.	boolean
netskope.events_v2.alert_id	Indicates the alert is raised and the carries the id of the alert raised.	keyword
netskope.events_v2.alert_name	Indicates the alert is raised and the carries the name of the alert raised.	keyword
netskope.events_v2.alert_type	Indicates the alert is raised and the carries the type of the alert raised.	keyword
netskope.events_v2.app	Specific cloud application used by the user.	keyword
netskope.events_v2.app-cci-apphosting-provider	Indicates the hosting provider or platform where the application is hosted, as captured by the APP CCI service. This may include cloud providers or edge hosting services.	keyword
netskope.events_v2.app_activity	Description of the user performed activity on the app.	keyword
netskope.events_v2.app_session_id	Unique App/Site Session ID for traffic_type = CloudApp and Web. An app session starts when a user starts using a cloud app/site on and ends once they have been inactive for a certain period of time(15 minutes). Use app_session_id to check all the user activities in a single app session. app_session_id is unique for a user, device, browser and domain.	keyword
netskope.events_v2.appact	UBA service detect app activities performed by the end user like Download, Upload etc.	keyword
netskope.events_v2.appcategory	The application category.	keyword
netskope.events_v2.appsuite	The SAAS application suite ( Ex : Microsoft Office / Google Docs etc ).	keyword
netskope.events_v2.asset_id	Asset ID of referred entity of the Cloud providers AWS, GCP and Azure etc.	keyword
netskope.events_v2.asset_object_id	Asset object ID of the IAAS/CSA asset. Asset are the referred entity of the Cloud providers AWS, GCP and Azure etc.	keyword
netskope.events_v2.assignee	Represents the username to whom the incident is assigned to.	keyword
netskope.events_v2.audit_category	The sub categories in an application such as IAM, EC in AWS, login, token, file, etc. in case of Google.	keyword
netskope.events_v2.audit_log_event	Action taken by user while using Netskope's product is captured in Audit events.	keyword
netskope.events_v2.audit_type	The sub category in audit according to SaaS / IaaS apps.	keyword
netskope.events_v2.bcc	Breach target references for compromised credentials or BCC users information in the case of SMTP DLP incident.	keyword
netskope.events_v2.block_reason	SMTP Block Reason	keyword
netskope.events_v2.boolean_metric_value	Indicates if metric details are present in the infrastructure events.	keyword
netskope.events_v2.breach_date	Breach Metric date for compromised credentials.	date
netskope.events_v2.breach_description	Breach description for compromised credentials.	keyword
netskope.events_v2.breach_id	Breach ID for compromised credentials.	keyword
netskope.events_v2.breach_media_references	Media references of breach in compromised credentials.	keyword
netskope.events_v2.breach_score	Breach score for compromised credentials.	long
netskope.events_v2.breach_target_references	Breach target references for compromised credentials.	keyword
netskope.events_v2.browser	Shows the actual browser from where the cloud app was accessed.A native browser refers to Safari (iOS), Chrome (Android), or the default browser on the user's laptop.	keyword
netskope.events_v2.browser_session_id	Browser Session Id.	keyword
netskope.events_v2.browser_version	Browser version	keyword
netskope.events_v2.bypass_reason	ByPass Reason for not applying the policy.	keyword
netskope.events_v2.bypass_traffic	Tells if traffic is bypassed by Netskope	keyword
netskope.events_v2.category	Application Category information.	keyword
netskope.events_v2.cc	SMTP Proxy will parse the cc field in the email and send them to DLP in the event object. The cc recipients from the e-mail header, up to 1KB.	keyword
netskope.events_v2.cci	Cloud confidence Index value as Integer.	long
netskope.events_v2.ccl	Cloud Confidence Level. CCL measures the enterprise readiness of the cloud apps taking into consideration those apps security, auditability and business continuity.Each app is assigned one of five cloud confidence levels: excellent, high, medium, low, or poor. Useful for querying if users are accessing a cloud app with a lower CCL.	keyword
netskope.events_v2.channel	Field related to Introspection UserMeta. The type of entity here is channel.Channel name in Messenger applications eg. Microsoft Teams, Slack for Enterprise.	keyword
netskope.events_v2.channel_id	Field related to Introspection UserMeta. The type of entity here is channel. This field denotes the Channel id in Messenger applications Like Slack, Microsoft teams.	keyword
netskope.events_v2.classification	Classification of the incident as decided by DLP backend services.	keyword
netskope.events_v2.client_bytes	Total number of bytes uploaded from client to server.	long
netskope.events_v2.client_packets	Total number of packets uploaded from client to server.	long
netskope.events_v2.compliance_standards	IAAS/CSPM Security Posture Management Regulatory Compliance Standards. (array in API JSON).	keyword
netskope.events_v2.computer_name	Computer name of the end point.	keyword
netskope.events_v2.conn_duration	Duration of the connection in milliseconds. Useful for querying long-lived sessions.	long
netskope.events_v2.conn_endtime	Connection end time.	date
netskope.events_v2.conn_starttime	Connection start time.	date
netskope.events_v2.connection_id	Each connection has a unique ID. Shows the ID for the connection event.	keyword
netskope.events_v2.connection_type	EndPoint DLP connection mode.	keyword
netskope.events_v2.count	Number of raw log lines/events sessionized or suppressed during the suppressed interval.	long
netskope.events_v2.count_metric_value	Represents the recorded value for specific metrics, such as N_Log_Volume_Count, collected by on-premise appliances.	long
netskope.events_v2.custom_attr	A map containing all the custom attributes added by customer using ADImporter returned as key-value pair.	flattened
netskope.events_v2.custom_connector	Indicates whether a custom connector was used.	keyword
netskope.events_v2.data_center	Data center from the where the events were originated.	keyword
netskope.events_v2.data_type	The content type of a file or documents scanned.	keyword
netskope.events_v2.destination_app	The Saas/Iaas App configured as storage for forensics.	keyword
netskope.events_v2.destination_file_directory	The directory and filename of the destination file on the endpoint.	keyword
netskope.events_v2.destination_file_name	Endpoint DLP destination file name.	keyword
netskope.events_v2.destination_file_path	Endpoint DLP destination file path.	keyword
netskope.events_v2.destination_instance_id	The Saas/Iaas App’s Instance configured as storage for forensics.	keyword
netskope.events_v2.destination_site	The Sharepoint site ID for forensics storage, if the destination-app is Sharepoint.	keyword
netskope.events_v2.details	Capture the full details of audit action performed by the user. (array in API JSON).	keyword
netskope.events_v2.device	Device type from where the user accessed the cloud app. It could be Macintosh Windows device, iPad etc.	keyword
netskope.events_v2.device_classification	Designation of device as determined by the Netskope Client as to whether the device is managed or not.	keyword
netskope.events_v2.device_id	Unique device id.	keyword
netskope.events_v2.device_name	Device name.	keyword
netskope.events_v2.device_sn	Device serial number.	keyword
netskope.events_v2.device_type	Device type.	keyword
netskope.events_v2.dlp_fail_reason	Reason for a failed DLP scan.	keyword
netskope.events_v2.dlp_file	File/Object name extracted from the file/object.	keyword
netskope.events_v2.dlp_incident_id	Incident ID associated with sub-file in DLP scans. In the case of main file, this is same as the parent incident ID.	keyword
netskope.events_v2.dlp_is_unique_count	True or false depending upon if rule is unique counted per rule data.	boolean
netskope.events_v2.dlp_mail_parent_id	Parent Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.events_v2.dlp_match_info.action_threshold_met	Whether the DLP action threshold was met.	boolean
netskope.events_v2.dlp_match_info.dlp_action	Action taken by the DLP policy.	keyword
netskope.events_v2.dlp_match_info.dlp_forensic_id	Forensic ID associated with the DLP incident.	long
netskope.events_v2.dlp_match_info.dlp_policy	DLP policy name.	keyword
netskope.events_v2.dlp_match_info.dlp_profile_name	DLP profile name.	keyword
netskope.events_v2.dlp_match_info.dlp_rules.dlp_data_identifiers	DLP data identifiers that matched, including per-identifier match counts keyed by identifier name.	flattened
netskope.events_v2.dlp_match_info.dlp_rules.dlp_incident_rule_count	Number of rule matches counted toward the incident.	long
netskope.events_v2.dlp_match_info.dlp_rules.dlp_match_type	DLP rule match type.	keyword
netskope.events_v2.dlp_match_info.dlp_rules.dlp_matches_skipped	Whether some DLP matches were skipped.	boolean
netskope.events_v2.dlp_match_info.dlp_rules.dlp_rule_name	DLP rule name.	keyword
netskope.events_v2.dlp_match_info.dlp_rules.dlp_rule_score	DLP rule score.	float
netskope.events_v2.dlp_match_info.dlp_rules.dlp_rule_severity	DLP rule severity.	keyword
netskope.events_v2.dlp_match_info.dlp_rules.dlp_unique_count	Number of unique matches for the DLP rule.	long
netskope.events_v2.dlp_match_info.dlp_rules.entity_categories	Entity categories that matched, keyed by entity.	flattened
netskope.events_v2.dlp_match_info.dlp_rules.entity_data_types	Entity data types that matched, keyed by entity.	flattened
netskope.events_v2.dlp_match_info.dlp_rules.entity_sensitivity_levels	Sensitivity levels of the matched entities, keyed by entity.	flattened
netskope.events_v2.dlp_match_info.dlp_rules.is_unique_count	Whether the rule is unique counted.	boolean
netskope.events_v2.dlp_match_info.dlp_rules.sensitivity_level	DLP rule sensitivity level.	keyword
netskope.events_v2.dlp_match_info.dlp_scan_type	DLP scan type.	keyword
netskope.events_v2.dlp_match_info_text	DLP match info received as plain text instead of a structured object.	keyword
netskope.events_v2.dlp_parent_id	Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.events_v2.dlp_profile	DLP profile name.	keyword
netskope.events_v2.dlp_profile_name	DLP profile name.	keyword
netskope.events_v2.dlp_rule	DLP rule that triggered the scans.	keyword
netskope.events_v2.dlp_rule_count	Count of dlp rule hits.	long
netskope.events_v2.dlp_rule_severity	Severity of DLP rule.	keyword
netskope.events_v2.dlp_scan_failed	Denotes whether a DLP scan failed or not.	keyword
netskope.events_v2.dlp_unique_count	Integer value of number of unique matches seen per rule data. Only present if rule is uniquely counted.	long
netskope.events_v2.dns_profile	DNS profiles allow you to control, inspect, and log all or blocked DNS traffic. When configuring a DNS profile, you can configure the actions taken for specific domain categories and choose to allow or block specific domains. This field contains the configuration file name.	keyword
netskope.events_v2.dom	The domain associated with the application event.	keyword
netskope.events_v2.domain	Domain value. This will hold the host header value or SNI or extracted from absolute URI.	keyword
netskope.events_v2.domain_ip	Domain IP address.	ip
netskope.events_v2.driver	Driver name used by endpoint device.	keyword
netskope.events_v2.dst_country	Application's two-letter country code as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.events_v2.dst_geoip_src	Source from where the location of Destination IP was derived.	long
netskope.events_v2.dst_latitude	Latitude of the Application as determined by the Maxmind or IP2Location Geo Database.	double
netskope.events_v2.dst_latitude_keyword	Original destination latitude when the vendor value is not a single numeric coordinate.	keyword
netskope.events_v2.dst_location	Application's city as determined by the Maxmind or IP2Location Geo database.	keyword
netskope.events_v2.dst_longitude	Longitude of the Application as determined by the Maxmind or IP2Location Geo Database.	double
netskope.events_v2.dst_longitude_keyword	Original destination longitude when the vendor value is not a single numeric coordinate.	keyword
netskope.events_v2.dst_region	Application's state or region as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.events_v2.dst_timezone	Destination timezone.	keyword
netskope.events_v2.dst_zipcode	Application's zip code as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.events_v2.dsthost	Destination host.	keyword
netskope.events_v2.dstip	IP address where the destination app is hosted.	ip
netskope.events_v2.dstport	Destination port.	long
netskope.events_v2.dynamic_classification	URLs were categorized by NSURLC machine or not.	keyword
netskope.events_v2.email_source	Email Source - values captured are respective Netskope Solutions.	keyword
netskope.events_v2.end_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	date
netskope.events_v2.endpoint_policy_match.desired_action	List of desired actions from the defined endpoint policy being triggered. (array in API JSON).	keyword
netskope.events_v2.event_recovered	Endpoint DLP field - event_recovered is a boolean string. When the user activity evaluation fails for the first time, the evaluation is retried after some time. During the retry, the event_recovered will be set to true.	boolean
netskope.events_v2.event_type	Sub event types recorded in alerts: rare_event, risky_country, user_shared_credentials, data_exfiltration, bulk_upload, bulk_download, mlad etc.	keyword
netskope.events_v2.evt_src_chnl	Field added by UEBA to capture source of the events.	keyword
netskope.events_v2.executable_hash	Flag to indicate if executable_hash is signed or not.	keyword
netskope.events_v2.executable_signed	Flag to indicate if executable_hash is signed or not.	boolean
netskope.events_v2.exposure	Type for the exposure of a document.The exposure information of the incident ( for ex Public , Private etc ).	keyword
netskope.events_v2.ext_labels	Data Classification and Encryption framework that will support MIP where MIP is Sensitivity labels from Microsoft Purview Information Protection let you classify and protect your organization's data. ext_labels is list of map which carries the information Sensitivity Labels applied to the file. Data returned will be have 4 sub fields. id: Sensitivity Label ID. name: Sensitivity Label Name. instance: Instance whose Sensitivity Label is applied. vendor: Vendor whose Sensitivity Label is applied. (array in API JSON).	flattened
netskope.events_v2.external_collaborator_count	Count of external collaborators on a file/folder. Supported for some apps.	long
netskope.events_v2.external_email	Flag to check if External Email ID is detected.	long
netskope.events_v2.file_cls_encrypted	Its a boolean value representing whether its CLS encrypted or not.	boolean
netskope.events_v2.file_lang	Language of the file.	keyword
netskope.events_v2.file_origin	File origin source location.	keyword
netskope.events_v2.file_path	Path of the file in the application.	keyword
netskope.events_v2.file_size	Size of the file in bytes.	long
netskope.events_v2.file_type	File type as detected by Netskope Solutions.	keyword
netskope.events_v2.flow_status	The events flow state used by NPA services.	keyword
netskope.events_v2.forward_to_proxy_profile	'Forward to Proxy' is a feature to dynamically configure chain proxy endpoints, so that, traffic can be chained to another proxy based on a policy hit. This allows to re-direct traffic to appropriate destinations for services that have an explicit proxy endpoint (such as browser isolation, structured encryption etc.). forward_to_proxy_profile will be set if a forward to proxy policy is matched. The value will be a string that is the name of the profile selected in the policy.	keyword
netskope.events_v2.forward_to_proxy_xau	'Forward to Proxy' is a feature to dynamically configure chain proxy endpoints, so that, traffic can be chained to another proxy based on a policy hit. This allows to re-direct traffic to appropriate destinations for services that have an explicit proxy endpoint (such as browser isolation, structured encryption etc.). 'x_authenticated_user' is one of fields defined for 'Forward to Proxy' profile - When set, XAU header is attached and sent to the chain proxy service	keyword
netskope.events_v2.from_user	Email address used to login to the SAAS app.	keyword
netskope.events_v2.from_user_category	Category of the file contents shared detected based on the Email address used to login to the SAAS app.	keyword
netskope.events_v2.fromlogs	Shows if the event was generated from the Risk Insights log.	keyword
netskope.events_v2.hostname	User's Host name.	keyword
netskope.events_v2.http_transaction_count	HTTP transaction count.	long
netskope.events_v2.iaas_asset_tags	List of tags associated with the asset for which alert is raised. Each tag is a key/value pair (array in API JSON).	flattened
netskope.events_v2.iaas_remediated	value representing whether IAAS alerts remediated or not.	boolean
netskope.events_v2.iaas_remediated_on	IAAS/CSA scan alerts can be remediated by taking remediation steps. This field captures the time in epoch format when remediation steps were taken.	date
netskope.events_v2.incident_id	Unique Incident ID associated with main container (or non-container) file that was scanned.	keyword
netskope.events_v2.inline_dlp_match_info	Inline DLP match info carries the details about DLP profile and rule info along with the violation count information.	keyword
netskope.events_v2.inline_dlp_match_info_object	Inline DLP match info as a structured object. Populated when the Netskope API sends inline_dlp_match_info as a JSON object or array of objects instead of a plain string.	flattened
netskope.events_v2.instance	Instance associated with an organization application instance.	keyword
netskope.events_v2.instance_id	Unique ID associated with an organization application instance.	keyword
netskope.events_v2.internal_collaborator_count	Count of internal collaborators on a file/folder. Supported for some apps.	long
netskope.events_v2.ip_protocol	Assigned Internet Protocol Number.	keyword
netskope.events_v2.ja3	JA3 signature is an MD5 hash of values picked from the TLS Client. It is a method for creating SSL/TLS client fingerprints that are very useful for threat hunting.	keyword
netskope.events_v2.ja3s	JA3s signature is an MD5 hash of values picked from the TLS Client. It is a method for creating SSL/TLS client fingerprints that are very useful for threat hunting.	keyword
netskope.events_v2.justification	justification is what user types in their machine when their activity is blocked. it is free form string.	keyword
netskope.events_v2.justification_reason	Justification reason provided by user.For following policies, justification events are raised. User is displayed a notification popup, user enters justification and can select to proceed or block:useralert policydlp block policyblock policy with custom template which contains justification text box.	keyword
netskope.events_v2.justification_type	Type of justification provided by user when user bypasses the policy block.	keyword
netskope.events_v2.last_app	Last application (app in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.events_v2.last_country	Last location (Country). Applies to only proximity anomaly alert.	keyword
netskope.events_v2.last_device	Last device name (Device Name in the first/older event). Applies to only proximity anomaly alert.	keyword
netskope.events_v2.last_location	Last location (City) of the user. Applies to only proximity anomaly alert.	keyword
netskope.events_v2.last_region	Last region of the user. Applies to only proximity anomaly alert.	keyword
netskope.events_v2.last_timestamp	Last timestamp (timestamp in the first/older event). Applies to only proximity anomaly alert.	date
netskope.events_v2.latest_incident_id	Latest incident ID captured by DLP backend services.	keyword
netskope.events_v2.legal_hold_profile_name	Legal Hold is a process that an organization uses to preserve all forms of relevant information when litigation is reasonably anticipated. A Legal Hold profile is used for specifying where the files need to be held for legal purposes when action of Legal Hold is taken. This field is the profile name added during configuration by admin. Legalhold fields are set when an entity (file, chat message, etc.) is legally held by CASB API.	keyword
netskope.events_v2.lh_custodian_email	Email address of the custodian associated with the Legal Hold profile. This value is derived from the customer’s Legal Hold configuration.	keyword
netskope.events_v2.lh_custodian_name	Name of the custodian associated with the Legal Hold profile, as defined in the customer's Legal Hold configuration.	keyword
netskope.events_v2.lh_dest_app	Name of the destination SaaS application where the entity is copied for legal review as part of a Legal Hold action.	keyword
netskope.events_v2.lh_dest_instance	Name of the destination instance within the SaaS application where the entity is copied for legal review as part of a Legal Hold action.	keyword
netskope.events_v2.lh_fileid	Unique identifier of the file placed under Legal Hold.	keyword
netskope.events_v2.lh_filename	Name of the file that has been placed under Legal Hold.	keyword
netskope.events_v2.lh_filepath	Full path of the file that has been placed under Legal Hold, indicating its location within the source system.	keyword
netskope.events_v2.lh_original_filename	The original name of the file before it was placed under Legal Hold.	keyword
netskope.events_v2.lh_shared	Indicates the sharing status of the file under Legal Hold, such as whether it is private or publicly shared.	keyword
netskope.events_v2.lh_shared_with	Specifies the user or users with whom the Legal Hold file has been shared.	keyword
netskope.events_v2.lh_version	Indicates the version number of the original file placed under Legal Hold.	keyword
netskope.events_v2.location	A string that specifies the physical location of the printer (for example, Bldg. 38, Room 1164).	keyword
netskope.events_v2.log_file_name	Log file name for Risk Insights.	keyword
netskope.events_v2.logintype	User's login type.	keyword
netskope.events_v2.loginurl	URL used for user's login type.	keyword
netskope.events_v2.malicious	Only exists if some HTTP transaction belonging to the page event resulted in a malsite alert.	keyword
netskope.events_v2.malsite_category	Category of malsite [Phishing / Botnet / Malicious URL, etc.] (array in API JSON).	keyword
netskope.events_v2.malsite_country	Malsite country code.	keyword
netskope.events_v2.malsite_id	Malicious Site ID - Hash of threat match value.	keyword
netskope.events_v2.malsite_ip_host	IP of the hosts where Malsite is detected.	keyword
netskope.events_v2.malsite_latitude	Latitude plot of the Malsite URL/IP/Domain.	double
netskope.events_v2.malsite_longitude	Longitude plot of the Malsite URL/IP/Domain.	double
netskope.events_v2.malsite_region	Region of the malsite URL/IP/Domain.	keyword
netskope.events_v2.managed_app	Whether or not the app in question is managed.	keyword
netskope.events_v2.managementID	Field value is attached to Devices Host Info Object.	keyword
netskope.events_v2.matched_username	matched_username represent the user name that is compromised.	keyword
netskope.events_v2.mcp_activity	The MCP (Model Context Protocol) activity associated with the event.	keyword
netskope.events_v2.mcp_client_capabilities	The capabilities advertised by the MCP client.	keyword
netskope.events_v2.mcp_client_name	The name of the MCP client.	keyword
netskope.events_v2.mcp_client_protocol_version	The MCP protocol version used by the MCP client.	keyword
netskope.events_v2.mcp_method	The MCP method invoked in the request.	keyword
netskope.events_v2.mcp_prompt_list	The list of MCP prompts associated with the event.	keyword
netskope.events_v2.mcp_prompt_name	The name of the MCP prompt associated with the event.	keyword
netskope.events_v2.mcp_protocol_version	The MCP protocol version used for the session.	keyword
netskope.events_v2.mcp_resource_list	The list of MCP resources associated with the event.	keyword
netskope.events_v2.mcp_resource_url	The URL of the MCP resource associated with the event.	keyword
netskope.events_v2.mcp_server_capabilities	The capabilities advertised by the MCP server.	keyword
netskope.events_v2.mcp_server_name	The name of the MCP server.	keyword
netskope.events_v2.mcp_server_protocol_version	The MCP protocol version used by the MCP server.	keyword
netskope.events_v2.mcp_tool_list	The list of MCP tools associated with the event.	keyword
netskope.events_v2.mcp_tool_name	The name of the MCP tool associated with the event.	keyword
netskope.events_v2.md5	MD5 value of the file content.	keyword
netskope.events_v2.metric_name	Infrastructure events capture metadata about metrics emitted. This field contains information about Name of the metric.	keyword
netskope.events_v2.metric_true_count	Number of metrics sent per event types.	keyword
netskope.events_v2.metric_type	Type of metric captured in infrastructure event.	keyword
netskope.events_v2.metric_value	Value of metric captured in infrastructure event.	long
netskope.events_v2.mime_type	A media type (also known as a Multipurpose Internet Mail Extensions or MIME type) indicates the nature and format of a document, file, or assortment of bytes.	keyword
netskope.events_v2.modified	Timestamp corresponding to the modification time of the entity file, object etc.	date
netskope.events_v2.netskope_activity	Determines if the event is part of the known Netskope subnets Source IP to check for Netskope activity.	keyword
netskope.events_v2.netskope_pop	Netskope Data Plane name.	keyword
netskope.events_v2.network	Network identifier name as detected by Netskope solutions.	keyword
netskope.events_v2.network_session_id	Network session ID used by NPA services.	keyword
netskope.events_v2.notify_template	Inline policy notify template definition.	keyword
netskope.events_v2.ns_activity	Represents the normalized activity type, mapping application-specific actions to standardized activity labels used by the system.	keyword
netskope.events_v2.nsdeviceuid	Device ID attached to Devices Host Info Object.	keyword
netskope.events_v2.num_sessions	Number of open session count.	long
netskope.events_v2.numbytes	Total number of bytes that were transmitted for the connection - numbytes = client_bytes + server_bytes.	long
netskope.events_v2.oauth	Oauth is a standard that allows applications to access a user's data without the user needing to share their password. This field holds value if it was used or not.	keyword
netskope.events_v2.object	Name of the object which is being acted on. It could be a filename, folder name, report name, document name, etc.Incident object name and the value of the field represents the object details of the incident triggered.	keyword
netskope.events_v2.object_id	Unique ID associated with an object.	keyword
netskope.events_v2.object_type	Type of the object which is being acted on. Object type could be a file, folder, report, document, message, etc.	keyword
netskope.events_v2.org	Search for events from a specific organization. Organization name is derived from the user ID.	keyword
netskope.events_v2.organization_unit	Org Units for which the event correlates to. This ties to user information extracted from Active Directory using the Directory Importer/AD Connector application.	keyword
netskope.events_v2.orig_ty	Event Type of original event.	keyword
netskope.events_v2.original_file_snapshot_id	The file identifier of saved original file.	keyword
netskope.events_v2.orignal_file_path	Original File path detected at the time of scans. If the file is moved, then keep original path of the file in this field.	keyword
netskope.events_v2.os	Operating system of the host who generated the event.	keyword
netskope.events_v2.os_details	Detailed OS version string.	keyword
netskope.events_v2.os_family	Operating system type of the end user's device.	keyword
netskope.events_v2.os_user_name	Username on the local machine that performs action.	keyword
netskope.events_v2.os_version	OS version of the host.	keyword
netskope.events_v2.other_categories	Application categories as an array if there are more than one category for an application. (array in API JSON).	keyword
netskope.events_v2.owner	Owner or the user information of the file object in DLP.	keyword
netskope.events_v2.owner_pdl	File's owner Preferred Data Location derived from owner uid(OneDrive) and site URL(SharePoint).	keyword
netskope.events_v2.package_version	Infrastructure data is send by appliances. This field contains version number of the package installed.	keyword
netskope.events_v2.page	The URL of the originating page.	keyword
netskope.events_v2.page_site	The Site name of the page events origin.	keyword
netskope.events_v2.parent_id	Parent ID ( event_id ) of an alert.	keyword
netskope.events_v2.password_type	The compromised breach events password type ( For ex : Plain / Text ).	keyword
netskope.events_v2.pid	Process ID that is doing file processing ex: A process that trigger the evaluation.	long
netskope.events_v2.policy	Name of the policy configured by an admin.	keyword
netskope.events_v2.policy_action	Endpoint DLP Policy action planned according to the policy. User can override the planned action or actual enforcement action might not be implemented.	keyword
netskope.events_v2.policy_action_enforced	Actual action taken by Endpoint DLP Policy.	keyword
netskope.events_v2.policy_actions	UBA policy actions taken for ex [Download, Upload, Delete]. (array in API JSON).	keyword
netskope.events_v2.policy_id	The Netskope internal ID for the policy created by an admin.	keyword
netskope.events_v2.policy_name	Endpoint DLP Name of matching policy.	keyword
netskope.events_v2.policy_name_enforced	Actual policy name used by Endpoint DLP Policy.	keyword
netskope.events_v2.policy_version	Endpoint DLP Policy name configured version number.	keyword
netskope.events_v2.pop_id	Netskope MPs/DPs unique id.	keyword
netskope.events_v2.port	A string that identifies the port(s) used to transmit data to the printer. If a printer is connected to more than one port, the names of each port must be separated by commas (for example, LPT1:,LPT2:,LPT3:).	keyword
netskope.events_v2.printer_identifier	Identifier of the printer connected. such as printer name, manufacturer, driver name, printer port, location, or UNC path separated by a new line.	keyword
netskope.events_v2.process_cert_subject	the subject of the certificate that signed the process.	keyword
netskope.events_v2.process_name	Endpoint process Name For example: native application for Printer on User's Laptop.	keyword
netskope.events_v2.process_path	The path to the process that performed the action on the endpoint.	keyword
netskope.events_v2.product_id	It's Part of USB specification. Used to identify a USB device.	keyword
netskope.events_v2.profile_id	Anomaly profile ID	keyword
netskope.events_v2.protocol	Protocol value used by applications.	keyword
netskope.events_v2.protocol_port	Protocol Port used in NPA related applications.	keyword
netskope.events_v2.publisher_cn	The publisher CName.	keyword
netskope.events_v2.publisher_ip	IP address of the NPA publisher connecting to the Netskope POP.	ip
netskope.events_v2.publisher_name	The publisher name for the Network Events. It’s a NPA component runs on customer’s premise which connects the cloud and customer’s private app.	keyword
netskope.events_v2.publisher_pop	The publisher a NPA component runs on customer premise which connects the cloud and customer private app. The POP is the Netskope Point of Presence closest to the publisher.	keyword
netskope.events_v2.publisher_port	The publisher a NPA component runs on customer premise which connects the cloud and customer private app. The Port is the port number of the publisher connecting to the Netskope Pop.	long
netskope.events_v2.q_shared_with	Email addresses of users with whom the quarantined file has been shared.	keyword
netskope.events_v2.qdomain	Stands for Fully Qualified Domain Name.	keyword
netskope.events_v2.qtype	DNS Query/Record Types. Used by APP firewall DNS Sec Exception/Block List.	keyword
netskope.events_v2.rbi_template_id	RBI stands for Remote Browser Isolation. Netskope RBI is focused on the threat protection use case. It delivers Targeted RBI, isolation of users web browsing of uncategorized and potentially security risky web pages to provide an additional layer of threat protection. This field holds information about template_id created by webUI while configuring RBI template.	keyword
netskope.events_v2.rbi_template_name	RBI stands for Remote Browser Isolation. Netskope RBI is focused on the threat protection use case. It delivers Targeted RBI, isolation of users web browsing of uncategorized and potentially security risky web pages to provide an additional layer of threat protection. This field holds information about the name used by user while configuring RBI template.	keyword
netskope.events_v2.record_type	Indicate the event type of the record.	keyword
netskope.events_v2.referer	Referer URL associated with an activity in a cloud app.Referer URL of the application(with http) that the user visited as provided by the log or data plane traffic.	keyword
netskope.events_v2.region_id	Region ID as provided by the cloud provider AWS, GCP and Azure etc.	keyword
netskope.events_v2.region_name	Region Name as provided by the cloud provider AWS, GCP and Azure etc.	keyword
netskope.events_v2.req_cnt	Total number of HTTP requests (equal to number of transaction events for this page event) sent from client to server over one underlying TCP connection.	long
netskope.events_v2.request_id	Unique id attached to proxy activity events and dlp activity events.	keyword
netskope.events_v2.resource_category	IAAS assets resource category of the Cloud providers AWS, GCP and Azure etc. For Example Amazon EC2, Amazon ECS are categorized as Compute whereas Amazon RDS and DynamoDB are categorized as database.	keyword
netskope.events_v2.resource_group	Cloud providers AWS, GCP and Azure have entities called resource groups that organize resources such as VMs, storage, and virtual networking devices etc.	keyword
netskope.events_v2.resp_cnt	Total number of HTTP responses (equal to number of transaction events for this page event) from server to client.	long
netskope.events_v2.resp_content_len	Response content length.	long
netskope.events_v2.resp_content_type	Response content type.	keyword
netskope.events_v2.response_time	Response time in milliseconds from the server/app as captured by NPA solution.	long
netskope.events_v2.retro_scan_name	Name for the retroactive scans. A retroactive policy scans all the files and folders for the app instance right from the inception of the SaaS app. A retroactive scan is decoupled from ongoing (a.k.a future transaction) scan. By default, the name is pre-populated in Retro_Name_[AppName]_[InstanceName]_YYYYMMDD format. Customer can also overwrite the pre-populated name while configuring the retro scan policies.	keyword
netskope.events_v2.sAMAccountName	The sAMAccountName attribute is a logon name used to support clients and servers from previous version of Windows, such as Windows NT 4.0, Windows 95, Windows 98, and LAN Manager.	keyword
netskope.events_v2.sa_profile_id	IAAS/CSA profile ID as provided by cloud providers AWS, GCP and Azure etc.	long
netskope.events_v2.sa_profile_name	IAAS/CSA profile Name as provided by cloud providers AWS, GCP and Azure etc.	keyword
netskope.events_v2.sa_rule_id	IAAS/CSA rule ID configured for scans to run on data stored in cloud providers AWS, GCP and Azure data.	keyword
netskope.events_v2.sa_rule_name	IAAS/CSA rule name configured for scans to run on data stored in cloud providers AWS, GCP and Azure data.	keyword
netskope.events_v2.sa_rule_severity	IAAS/CSA rule severity as captured by backend policy engines.	keyword
netskope.events_v2.sampled_text_size	Indicates the number of bytes sent to the DLP service for inspection when a file is extra large. Represents the amount of extracted text (in MB) from large files on the endpoint. Only a portion of the file is sampled to limit the extracted content size. The sampled text is sent to DLP for processing, and the verdict for the entire file is based on this sample.	long
netskope.events_v2.sanctioned_instance	A sanctioned instance is a company owned account in an external application. A value of yes indicates that the company has granted access for the specific SaaS / IaaS account to Netskope. A value of no represents a personal user account or an enterprise account not authorized by the enterprise Administrator.	keyword
netskope.events_v2.scan_type	Generated during retroactive scan or new ongoing activity.	keyword
netskope.events_v2.serial	The serial number of the user's device.	keyword
netskope.events_v2.server_bytes	Total number of downloaded bytes from server to client.	long
netskope.events_v2.server_packets	Total number of server packet from server to client.	long
netskope.events_v2.session_duration	Session duration of a session.	long
netskope.events_v2.sessionid	Session ID for an application.	keyword
netskope.events_v2.severity	Severity used by watchlist and malware alerts. Severity of the incident.	keyword
netskope.events_v2.severity_level	Severity level of the Malsite ( High / Med / Low).	keyword
netskope.events_v2.severity_level_id	If the Severity Level ID is 1, it means that URL / IP /Domain is detected from Internal threat feed and if Severity Level ID is 2, then it means the detection happened based on the OEM DB Malsite Category.	long
netskope.events_v2.sha256	Sha256 value of a file.	keyword
netskope.events_v2.shared_domains	List of domains of users the document is shared with.	keyword
netskope.events_v2.shared_with	Email ids with whom a document is shared with.	keyword
netskope.events_v2.site	For traffic_type = CloudApp, site = app and for traffic_type = Web, it will be the second level domain name + top-level domain name. For example, in www.cnn.com, it is cnn.com.	keyword
netskope.events_v2.smtp_block_reason	Provides the reason why SMTP email traffic was blocked by CFW, which treats SMTP like any other network traffic.	keyword
netskope.events_v2.smtp_client_domain	SMTP client Identity	keyword
netskope.events_v2.smtp_to	SMTP Proxy will parse the smtp_to field in the email and send them to DLP in the event object. List contains the The recipients from the SMTP envelope.	keyword
netskope.events_v2.source_file_directory	File movement Source Directory. Ex: File moving from laptop to USB then laptop's source file directory name.	keyword
netskope.events_v2.source_file_name	User's laptop source file name.	keyword
netskope.events_v2.source_file_path	Full file path on the user's device where the source file is located, as captured in Endpoint DLP events.	keyword
netskope.events_v2.src_country	User's country's two-letter Country Code as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.events_v2.src_geoip_src	Source from where the location of Source IP was derived.	long
netskope.events_v2.src_latitude	Latitude of the user as determined by the Maxmind or IP2Location Geo database.	double
netskope.events_v2.src_latitude_keyword	Original source latitude when the vendor value is not a single numeric coordinate.	keyword
netskope.events_v2.src_location	User's city as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.events_v2.src_longitude	Longitude of the user as determined by the Maxmind or IP2Location Geo database.	double
netskope.events_v2.src_longitude_keyword	Original source longitude when the vendor value is not a single numeric coordinate.	keyword
netskope.events_v2.src_region	Source state or region as determined by the Maxmind or IP2Location Geo database.	keyword
netskope.events_v2.src_time	Source timestamp is the time at which the event is created.	keyword
netskope.events_v2.src_timezone	Source timezone for the location at which the event is created. Shows the long format timezone designation.	keyword
netskope.events_v2.src_zipcode	Source zip code for the location at which the event is created as determined by the Maxmind or IP2Location Geo Database.	keyword
netskope.events_v2.srcip	IP address of source/user where event is created.	ip
netskope.events_v2.srcport	Port used by the source/user where event is created. It is used by NPA applications.	long
netskope.events_v2.ssl_decrypt_policy	Applicable to only bypass events. There are 2 ways to create rules for bypass:Bypass due to Exception ConfigurationBypass due to SSL Decrypt PolicyThe existing flag bypass_traffic only gives information that a flow has been bypassed, but does not tell exactly which policy was responsible for it. ssl_decrypt_policy field will provide this extra information. In addition, policy field will be also set for every Bypass event.	keyword
netskope.events_v2.start_time	Capture NPA user's session start time.	date
netskope.events_v2.status	Specific status name used by the enduser for DLP incidents.	keyword
netskope.events_v2.sub_type	The type of EPDLP events.	keyword
netskope.events_v2.supporting_data	Supporting data attached with audit events example IP, user_name etc.	flattened
netskope.events_v2.suppression_end_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	date
netskope.events_v2.suppression_key	To limit the number of events. Example: Suppress block event for browse	keyword
netskope.events_v2.suppression_start_time	When events are suppressed (like collaboration apps), then the suppression end time will be set and only one event will be send with suppression start time and end time and count of occurrence.	date
netskope.events_v2.telemetry_app	Typically SaaS app web sites use web analytics code within the pages to gather analytic data.When a SaaS app action or page is shown, there is subsequent traffic generated to tracking apps such as doubleclick.net, Optimizely, etc. These tracking apps are listed if applicable in theTelemetry App field.	keyword
netskope.events_v2.threat_match_field	Threat match field, either from domain or URL or IP.	keyword
netskope.events_v2.threat_match_value	Threat match field value , either from domain or URL or IP.	keyword
netskope.events_v2.threat_source_id	Threat source id used by TSS threat engines EX: 1 - NetskopeThreatIntel, 2 - OEM DB etc.	long
netskope.events_v2.threat_type	Type of threat detected.	keyword
netskope.events_v2.threshold	Threshold (Count at which the anomaly should trigger). Applicable to Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type.	long
netskope.events_v2.threshold_time	It captures the time interval in seconds used by UEBA services. Applicable to: Shared Credentials, Data Ex filtration, Bulk Anomaly types( Bulk Upload/ Download/ Delete) and Failed Login Anomaly type.	long
netskope.events_v2.timestamp	Timestamp when the event/alert happened. Event timestamp in Unix epoch format.	date
netskope.events_v2.title	Title of the file.	keyword
netskope.events_v2.to_object	Changed name of an object that has been renamed, copied, or moved.	keyword
netskope.events_v2.to_user	Used when a file is moved from user A to user B. Shows the email address of user B.	keyword
netskope.events_v2.total_collaborator_count	Count of collaborators on a file/folder. Supported for some apps.	long
netskope.events_v2.total_packets	Total value of Server Packets + Client Packets.	long
netskope.events_v2.traffic_type	Type of the traffic: CloudApp or Web. CloudApp indicates CASB and web indicates HTTP traffic. Web traffic is only captured for inline access method. It is currently not captured for Risk Insights.	keyword
netskope.events_v2.transaction_id	Unique ID for a given request/response.	keyword
netskope.events_v2.true_obj_category	DLP incident object category ( ex Text ).	keyword
netskope.events_v2.true_obj_type	DLP incident object type.	keyword
netskope.events_v2.tss_fail_reason	TSS is the malware detection engine for Netskope Threat Protection. This field indicates the reason why tss scan was failed to run.	keyword
netskope.events_v2.tss_mode	Malware scanning mode, specifies whether it's Real-time Protection or API Data Protection.	keyword
netskope.events_v2.tss_scan_failed	TSS is the malware detection engine for Netskope Threat Protection. This field indicates if tss scan was failed to run.	keyword
netskope.events_v2.tunnel_id	Shows the Client installation ID. Only available for the Client steering configuration.	keyword
netskope.events_v2.tunnel_type	GRE Tunnel Type. Used for NPA applications.	keyword
netskope.events_v2.tunnel_up_time	GRE Tunnel up time. Used for NPA applications.	long
netskope.events_v2.two_factor_auth	Two factor authentication is enabled or not.	keyword
netskope.events_v2.type	Shows if it is an application event or a connection event. Application events are recorded to track user events inside a cloud app. Connection events shows the actual HTTP connection.	keyword
netskope.events_v2.unc_path	The Universal Naming Convention path of the network file share, or printer.	keyword
netskope.events_v2.universal_connector	Universal connector is a common app connector that is built to detect events(upload, download, post, login related) for all the applications that do not have a dedicated connector. This field denotes if a universal connector was used or not	keyword
netskope.events_v2.ur_normalized	All lower case user email.	keyword
netskope.events_v2.url	URL of the application that the user visited as provided by the log or data plane traffic.	wildcard
netskope.events_v2.usb_device	Name of the USB device that was attached to the endpoint.	keyword
netskope.events_v2.user	User email.	keyword
netskope.events_v2.userPrincipalName	User Principal Name is used to authenticate users on the Windows OS.	keyword
netskope.events_v2.user_category	Type of user in an enterprise - external / internal.	keyword
netskope.events_v2.user_confidence_index	UCI (User Confidence Index) is one of the ways that UEBA describes how risky the user\u2019s behavior is. The lower UCI is, the more risky the user behavior is. The UCI starts from an initial value and is deducted an amount when the user\u2019s behavior is detected to be anomaly by UEBA engine. The user\u2019s UCI is daily-based, i.e. UEBA engine will create the new UCI with an initial score for users when an UTC day starts. Each user is supposed to start from 1000, but his/her previous day performance will rollover to current day and therefore impact the initial UCI.	long
netskope.events_v2.user_confidence_level	UCI (User Confidence Index) is one of the ways that UEBA describes how risky the user\u2019s behavior is. User confidence level field holds risk level values.	keyword
netskope.events_v2.user_generated	Tells whether it is user generated page event or not.	keyword
netskope.events_v2.user_id	User email.	keyword
netskope.events_v2.useragent	The User-Agent request header value.	keyword
netskope.events_v2.userip	IP address of User.	ip
netskope.events_v2.userkey	User ID or email.	keyword
netskope.events_v2.vendor_id	Netskope's Vendor id.	keyword
netskope.events_v2.web_universal_connector	If The WEB event detection source was present or not.	keyword
netskope.events_v2.web_url	Endpoint configured by customer to fetch Filemeta scan etc.	keyword
netskope.events_v2.workspace	Workspace name in case of Slack application configured for Enterprise.	keyword
netskope.events_v2.workspace_id	Workspace id in case of Slack application configured for Enterprise.	keyword
netskope.events_v2.zip_file_id	The file identifier of the saved forensic file.	keyword

		{
    "@timestamp": "2024-07-29T19:55:10.000Z",
    "agent": {
        "ephemeral_id": "2d26dfda-2f95-4257-b74e-a4396cd4714c",
        "id": "8539b9ab-bea1-4905-a764-e15501da7c02",
        "name": "elastic-agent-28548",
        "type": "filebeat",
        "version": "8.19.9"
    },
    "data_stream": {
        "dataset": "netskope.events_v2",
        "namespace": "89423",
        "type": "logs"
    },
    "ecs": {
        "version": "8.17.0"
    },
    "elastic_agent": {
        "id": "8539b9ab-bea1-4905-a764-e15501da7c02",
        "snapshot": false,
        "version": "8.19.9"
    },
    "event": {
        "agent_id_status": "verified",
        "category": [
            "configuration"
        ],
        "dataset": "netskope.events_v2",
        "id": "09cb28d89f9cd8d2d1e9598d",
        "ingested": "2026-09-29T08:45:59Z",
        "kind": "event",
        "original": "{\"_id\":\"09cb28d89f9cd8d2d1e9598d\",\"audit_log_event\":\"Edited private app segment\",\"ccl\":\"unknown\",\"count\":1,\"details\":[],\"organization_unit\":\"example.local/Example/Active Users/Full Time\",\"record_type\":\"audit\",\"sAMAccountName\":\"admin\",\"severity_level\":\"low\",\"supporting_data\":{\"data_type\":\"npa-provisioner\",\"data_values\":[\"[EXAMPLE-APP] (ID: 101)\"]},\"timestamp\":1722282910,\"type\":\"admin_audit_logs\",\"ur_normalized\":\"admin@example.com\",\"user\":\"admin@example.com\",\"userPrincipalName\":\"admin@example.com\"}",
        "outcome": "unknown",
        "type": [
            "info"
        ]
    },
    "input": {
        "type": "cel"
    },
    "netskope": {
        "events_v2": {
            "audit_log_event": "Edited private app segment",
            "ccl": "unknown",
            "count": 1,
            "organization_unit": "example.local/Example/Active Users/Full Time",
            "record_type": "audit",
            "sAMAccountName": "admin",
            "severity_level": "low",
            "supporting_data": {
                "data_type": "npa-provisioner",
                "data_values": [
                    "[EXAMPLE-APP] (ID: 101)"
                ]
            },
            "type": "admin_audit_logs",
            "ur_normalized": "admin@example.com",
            "userPrincipalName": "admin@example.com"
        }
    },
    "related": {
        "user": [
            "admin",
            "admin@example.com"
        ]
    },
    "tags": [
        "preserve_original_event",
        "forwarded",
        "netskope-events_v2",
        "netskope-api"
    ],
    "user": {
        "domain": "example.com",
        "email": "admin@example.com",
        "name": "admin"
    }
}
		
	

Transaction

Field	Description	Type
@timestamp	Date/time when the event originated. This is the date/time extracted from the event, typically representing when the event was generated by the source. If the event source has no original timestamp, this value is typically populated by the first time the event was received by the pipeline. Required field for all events.	date
aws.s3.bucket.arn	The AWS S3 bucket ARN.	keyword
aws.s3.bucket.name	The AWS S3 bucket name.	keyword
aws.s3.object.key	The AWS S3 Object key.	keyword
azure.resource.group	Resource group.	keyword
azure.resource.id	Resource ID.	keyword
azure.resource.name	Name.	keyword
azure.resource.provider	Resource type/namespace.	keyword
azure.storage.blob.content_type	The content type of the Azure Blob Storage blob object.	keyword
azure.storage.blob.name	The name of the Azure Blob Storage blob object.	keyword
azure.storage.container.name	The name of the Azure Blob Storage container.	keyword
azure.subscription_id	Azure subscription ID.	keyword
data_stream.dataset	The field can contain anything that makes sense to signify the source of the data. Examples include `nginx.access`, `prometheus`, `endpoint` etc. For data streams that otherwise fit, but that do not have dataset set we use the value "generic" for the dataset value. `event.dataset` should have the same value as `data_stream.dataset`. Beyond the Elasticsearch data stream naming criteria noted above, the `dataset` value has additional restrictions: * Must not contain `-` * No longer than 100 characters	constant_keyword
data_stream.namespace	A user defined namespace. Namespaces are useful to allow grouping of data. Many users already organize their indices this way, and the data stream naming scheme now provides this best practice as a default. Many users will populate this field with `default`. If no value is used, it falls back to `default`. Beyond the Elasticsearch index naming criteria noted above, `namespace` value has the additional restrictions: * Must not contain `-` * No longer than 100 characters	constant_keyword
data_stream.type	An overarching type for the data stream. Currently allowed values are "logs" and "metrics". We expect to also add "traces" and "synthetics" in the near future.	constant_keyword
event.dataset	Name of the dataset. If an event source publishes more than one type of log or events (e.g. access log, error log), the dataset is used to specify which one the event comes from. It's recommended but not required to start the dataset name with the module name, followed by a dot, then the dataset name.	constant_keyword
event.module	Name of the module this data is coming from. If your monitoring agent supports the concept of modules or plugins to process events of a given source (e.g. Apache logs), `event.module` should contain the name of this module.	constant_keyword
gcs.storage.bucket.name	The name of the Google Cloud Storage Bucket.	keyword
gcs.storage.object.content_type	The content type of the Google Cloud Storage object.	keyword
gcs.storage.object.json_data	When parse_json is true, the resulting JSON data is stored in this field.	keyword
gcs.storage.object.name	The content type of the Google Cloud Storage object.	keyword
input.type	Type of Filebeat input.	keyword
log.offset	Log offset.	long
netskope.transaction.bytes	Sum of client bytes plus server bytes.	long
netskope.transaction.c_ip	Client IP as seen by the Netskope proxy. This will be the machine IP if available, IPv4 address.	ip
netskope.transaction.cs_bytes	Bytes received from the client.	long
netskope.transaction.cs_content_type	The content-type header in the HTTP request.	keyword
netskope.transaction.cs_dns	The destination domain requested.	keyword
netskope.transaction.cs_host	The value in the host header from the request.	keyword
netskope.transaction.cs_method	The HTTP method (e.g. GET, POST).	keyword
netskope.transaction.cs_referer	The value of the referrer header.	keyword
netskope.transaction.cs_uri	Path information plus query string.	keyword
netskope.transaction.cs_uri_port	Port specified in the request header.	long
netskope.transaction.cs_uri_query	The query string portion of the HTTP request.	keyword
netskope.transaction.cs_uri_scheme	The protocol used.	keyword
netskope.transaction.cs_user_agent	The user-agent header in the HTTP request.	keyword
netskope.transaction.cs_username	The client’s username.	keyword
netskope.transaction.date	Date of generation, YY-MM-DD format. NOTE: Human readable string for the “x-cs-timestamp” field.	date
netskope.transaction.rs_status	The HTTP status code received from the remote server.	long
netskope.transaction.s_ip	The server IPv4 address. NOTE: During SSL bypass, the s-ip field displays as Unavailable when it’s neither IPv4 or IPv6.	ip
netskope.transaction.sc_bytes	Bytes received from the server.	long
netskope.transaction.sc_content_type	The content-type header from the response.	keyword
netskope.transaction.sc_status	The HTTP status code received from the server.	long
netskope.transaction.time	Time of generation in HH:MM-SEC format in GMT. NOTE: Human readable string for the “x-cs-timestamp” field.	keyword
netskope.transaction.time_taken	Delta (integer value in ms) when the request processing started and the full response was received.	keyword
netskope.transaction.x_c_browser	Client’s browser.	keyword
netskope.transaction.x_c_browser_version	Client’s browser version.	keyword
netskope.transaction.x_c_country	Country of the client (user).	keyword
netskope.transaction.x_c_device	Client’s device type.	keyword
netskope.transaction.x_c_latitude	Latitude of the client.	double
netskope.transaction.x_c_local_time	The local time of the client calculated from geolocation of the device IP.	date
netskope.transaction.x_c_location	Location of the client.	keyword
netskope.transaction.x_c_longitude	Longitude of the client.	double
netskope.transaction.x_c_os	Operating system of the client.	keyword
netskope.transaction.x_c_region	Region of the client.	keyword
netskope.transaction.x_c_zipcode	Zip code of the client.	keyword
netskope.transaction.x_category	Primary category name applicable for the url in this transaction.	keyword
netskope.transaction.x_category_id	Primary category ID applicable for the url in this transaction, e.g. category ID is 7 for the Cloud Storage category.	keyword
netskope.transaction.x_client_ssl_err	Description of SSL error between client (browser) and proxy.	keyword
netskope.transaction.x_cs_access_method	Steering method used to access the Netskope cloud.	keyword
netskope.transaction.x_cs_app	Cloud application name.	keyword
netskope.transaction.x_cs_app_activity	The cloud application activity identified by the proxy.	keyword
netskope.transaction.x_cs_app_category	Cloud application category from the CCI database.	keyword
netskope.transaction.x_cs_app_cci	Cloud Confidence Index of the Cloud application from the CCI database.	long
netskope.transaction.x_cs_app_ccl	Cloud Confidence Level of the Cloud application from the CCI database.	keyword
netskope.transaction.x_cs_app_from_user	The user identity detected in the cloud application.	keyword
netskope.transaction.x_cs_app_instance_id	The cloud application instance ID identified by the proxy.	keyword
netskope.transaction.x_cs_app_instance_name	Reserved for future use.	keyword
netskope.transaction.x_cs_app_instance_tag	Reserved for future use.	keyword
netskope.transaction.x_cs_app_object_id	The ID of the object transferred to/from the cloud application.	keyword
netskope.transaction.x_cs_app_object_name	The name of the object transferred to/from the cloud application.	keyword
netskope.transaction.x_cs_app_object_type	The type of the object transferred to/from the cloud application.	keyword
netskope.transaction.x_cs_app_suite	The cloud application suite name.	keyword
netskope.transaction.x_cs_app_tags	Cloud application tags from the CCI database.	keyword
netskope.transaction.x_cs_app_to_user	The recipients of a share/send activity detected in the cloud application.	keyword
netskope.transaction.x_cs_connect_host	The host value received in the Client to Proxy HTTP CONNECT request. This field is empty if there is no CONNECT.	keyword
netskope.transaction.x_cs_connect_port	The port value received in the Client to Proxy HTTP CONNECT request. This field is empty if there is no CONNECT.	keyword
netskope.transaction.x_cs_connect_user_agent	The User-Agent header value received in the Client to Proxy HTTP CONNECT request. This field is empty if there is no CONNECT or the field is missing.	keyword
netskope.transaction.x_cs_domain_fronted_sni	The SNI of the SSL connection where Netskope detected domain fronting. In other words, the SNI and Host header were mismatched. SSL inspection must be enabled to see this field.	keyword
netskope.transaction.x_cs_dst_ip	The destination IP of the client to proxy session.	ip
netskope.transaction.x_cs_dst_port	The destination port of the client to proxy session.	long
netskope.transaction.x_cs_http_version	The version of the HTTP protocol of the request.	keyword
netskope.transaction.x_cs_ip_connect_xff	X-Forwarded-For header value received in the Client to Proxy HTTP CONNECT request. This field is empty if there is no CONNECT or if the field is missing.	ip
netskope.transaction.x_cs_ip_xff	X-Forwarded-For header value received in the Client to Proxy GET request. This field is empty if there is no header or if GET is not decrypted.	ip
netskope.transaction.x_cs_page_id	Identifier associated with the page event object.	keyword
netskope.transaction.x_cs_session_id	A session for the current user which consists of: user, device, OS, app, browser.	keyword
netskope.transaction.x_cs_site	Destination site.	keyword
netskope.transaction.x_cs_sni	The hostname that the client is attempting to connect to using the SNI extension in the TLS handshake.	keyword
netskope.transaction.x_cs_src_ip	The source IP of the client to proxy session.	ip
netskope.transaction.x_cs_src_ip_egress	The public IP used to contact the NewEdge data plane on the traffic coming from the Client device.	ip
netskope.transaction.x_cs_src_port	The source port of the client to proxy session.	long
netskope.transaction.x_cs_ssl_cipher	The SSL Cipher negotiated between the Client device and the NewEdge data plane for the HTTPS request.	keyword
netskope.transaction.x_cs_ssl_engine_action	Indicates the result of the SSL Engine behavior after certificate evaluation and SSL/TLS negotiation. Possible values include: allow, block, or bypass.	keyword
netskope.transaction.x_cs_ssl_engine_action_reason	Provides details of the SSL Engine action.	keyword
netskope.transaction.x_cs_ssl_fronting_error	Indicates if the server certificate received from the destination server has a mismatch between the SNI and the hostname of the encrypted HTTP request.	keyword
netskope.transaction.x_cs_ssl_handshake_error	Indicates if the SSL Engine encountered a problem when establishing the SSL/TLS negotiation. For more information, refer to the x-server-ssl-err and x-client-ssl-err fields.	keyword
netskope.transaction.x_cs_ssl_ja3	Fingerprints the way the Client communicates over TLS.	keyword
netskope.transaction.x_cs_ssl_version	The SSL Version negotiated between the Client device and the NewEdge data plane for the HTTPS request.	keyword
netskope.transaction.x_cs_timestamp	Date of the request as epoch time. NOTE: This field is the epoch version of the “date” and “time” fields.	date
netskope.transaction.x_cs_traffic_type	Type of traffic could be “Web” or “CloudApp”. NOTE: During SSL bypass, x-cs-traffic-type always displays as Unavailable.	keyword
netskope.transaction.x_cs_tunnel_id	VPN tunnel ID.	keyword
netskope.transaction.x_cs_uri_path	Path of the URI from the received HTTP request.	keyword
netskope.transaction.x_cs_url	The full URL of the request received, includes scheme, host, port, path and query.	keyword
netskope.transaction.x_cs_userip	The client IP address. If the client IP address is not found, the field is left blank.	ip
netskope.transaction.x_error	The error encountered when processing the transaction.	keyword
netskope.transaction.x_other_category	Secondary categories applicable for the url in this transaction.	keyword
netskope.transaction.x_other_category_id	IDs of secondary categories applicable for the url in this transaction, e.g. category ID is 537 for the News & Media; Entertainment category.	keyword
netskope.transaction.x_policy_action	The action performed by the proxy on the transaction after the Real-time policy engine analysis (e.g. allow, block, bypass, alert, user alert).	keyword
netskope.transaction.x_policy_dst_host	The hostname computed by the Real-time policy engine. The source for the hostname is provided in the x-policy-dst-host-source field.	keyword
netskope.transaction.x_policy_dst_host_source	The source for the hostname value computed by the Real-time policy engine (e.g. OriginalDestDomain, Sni, Uri, HttpHostHeader).	keyword
netskope.transaction.x_policy_dst_ip	The destination IP computed by the Real-time policy engine, from DNS resolution.	keyword
netskope.transaction.x_policy_justification_reason	The justification provided by the end user in case of “useralert” action.	keyword
netskope.transaction.x_policy_justification_type	The justification type selected by the end user in case of “useralert” action.	keyword
netskope.transaction.x_policy_name	The Real-time policy name that triggered the action.	keyword
netskope.transaction.x_policy_src_ip	The source IP computed by the Real-time policy engine from the source IP or XFF header.	keyword
netskope.transaction.x_r_cert_enddate	The end date/time of the server certificate received from the destination server.	date
netskope.transaction.x_r_cert_expired	Indicates if the server certificate received from the destination server is expired or not yet valid.	keyword
netskope.transaction.x_r_cert_incomplete_chain	Indicates if the server certificate received from destination server has an incomplete issuer chain.	keyword
netskope.transaction.x_r_cert_issuer_cn	The issuer CN attribute of the server certificate received from destination server.	keyword
netskope.transaction.x_r_cert_mismatch	Indicates if the server certificate received from the destination server has a mismatch between the SNI and the CN/SAN.	keyword
netskope.transaction.x_r_cert_revocation_check	Reserved for future use.	keyword
netskope.transaction.x_r_cert_revoked	Indicates if the server certificate received from the destination server is revoked.	keyword
netskope.transaction.x_r_cert_self_signed	Indicates if the server certificate received from the destination server is self-signed.	keyword
netskope.transaction.x_r_cert_startdate	The start date/time of the server certificate received from the destination server.	date
netskope.transaction.x_r_cert_subject_cn	The CN attribute of the server certificate received from the destination server.	keyword
netskope.transaction.x_r_cert_untrusted_root	Indicates if the server certificate received from the destination server is signed by a trusted issuer.	keyword
netskope.transaction.x_r_cert_valid	Overall result of the evaluation of the validity of the server certificate received from destination server. This field doesn’t reflect the action of the SSL Engine.	keyword
netskope.transaction.x_request_id	Request ID needed to correlate DLP and TSS incidents with transaction events.	keyword
netskope.transaction.x_rs_file_category	The category of the object transferred to/from the remote server.	keyword
netskope.transaction.x_rs_file_language	Reserved for future use.	keyword
netskope.transaction.x_rs_file_md5	The MD5 Hash of the object transferred to/from the remote server.	keyword
netskope.transaction.x_rs_file_sha256	Reserved for future use.	keyword
netskope.transaction.x_rs_file_size	Reserved for future use.	keyword
netskope.transaction.x_rs_file_type	The type of the object transferred to/from the remote server.	keyword
netskope.transaction.x_s_country	Destination country.	keyword
netskope.transaction.x_s_custom_signing_ca_error	Indicates that the SSL Engine failed to intercept with a Custom signing CA.	keyword
netskope.transaction.x_s_dp_name	The dataplane name processing the request.	keyword
netskope.transaction.x_s_latitude	Destination latitude.	double
netskope.transaction.x_s_location	Destination location (e.g. city).	keyword
netskope.transaction.x_s_longitude	Destination longitude.	double
netskope.transaction.x_s_region	Destination region (e.g. state).	keyword
netskope.transaction.x_s_zipcode	Destination zip code.	keyword
netskope.transaction.x_sc_notification_name	The name of the user notification displayed to the end user in case of action “block” or “useralert”.	keyword
netskope.transaction.x_server_ssl_err	Description of SSL error between proxy and content servers.	keyword
netskope.transaction.x_sr_dst_ip	The destination IP of the proxy to remote server session.	ip
netskope.transaction.x_sr_dst_port	The destination port of the proxy to remote server session.	long
netskope.transaction.x_sr_headers_name	List of custom headers inserted.	keyword
netskope.transaction.x_sr_headers_value	List of custom header values inserted.	keyword
netskope.transaction.x_sr_src_ip	The source IP of the proxy to remote server session. This field is blank if dedicated IPs are used.	ip
netskope.transaction.x_sr_src_port	The source port of the proxy to remote server session. This field is blank if dedicated IPs are used.	long
netskope.transaction.x_sr_ssl_cipher	The SSL Cipher negotiated between the NewEdge data plane and the Destination Server for the HTTPS request.	keyword
netskope.transaction.x_sr_ssl_client_certificate_error	Indicates that the destination server requested a Client certificate during SSL/TLS negotiation.	keyword
netskope.transaction.x_sr_ssl_engine_action	Indicates the result of the SSL Engine behavior after certificate evaluation and SSL/TLS Negotiation. Possible values include: allow, block, or bypass.	keyword
netskope.transaction.x_sr_ssl_engine_action_reason	Provides details of the SSL Engine action.	keyword
netskope.transaction.x_sr_ssl_handshake_error	Indicates if the SSL Engine encountered a problem to establish SSL/TLS negotiation. For more information, refer to the x-server-ssl-err and x-client-ssl-err fields for more information.	keyword
netskope.transaction.x_sr_ssl_ja3s	Fingerprints the way the server responds to the TLS.	keyword
netskope.transaction.x_sr_ssl_malformed_ssl	Indicates that the SSL Engine encountered a malformed SSL packet during SSL/TLS negotiation.	keyword
netskope.transaction.x_sr_ssl_version	The SSL Version negotiated between the NewEdge data plane and the Destination Server for the HTTPS request.	keyword
netskope.transaction.x_ssl_bypass	Indicates if the request was SSL bypassed.	keyword
netskope.transaction.x_ssl_bypass_reason	Inidacates if the request was SSL bypassed, this field provides the reason.	keyword
netskope.transaction.x_ssl_policy_action	Action of the SSL Decryption Policy that matched the request. Possible values include, Decrypt or DoNotDecrypt.	keyword
netskope.transaction.x_ssl_policy_categories	Destination Hostname Categories computed by the SSL Policy Engine to evaluate the SSL Decryption Policies.	keyword
netskope.transaction.x_ssl_policy_dst_host	The Destination Hostname computed by the SSL Policy Engine to evaluate the SSL Decryption Policies.	keyword
netskope.transaction.x_ssl_policy_dst_host_source	Describes how the Destination Hostname was computed by the SSL Policy Engine. Possible values include from SNI or original host.	keyword
netskope.transaction.x_ssl_policy_dst_ip	The Destination IP computed by the SSL Policy Engine to evaluate the SSL Decryption Policies.	ip
netskope.transaction.x_ssl_policy_name	Name of the SSL Decryption Policy that matched the request.	keyword
netskope.transaction.x_ssl_policy_src_ip	The Source IP computed by the SSL Policy Engine to evaluate the SSL Decryption Policies.	ip
netskope.transaction.x_transaction_id	Transaction ID needed to correlate application events with transaction events.	keyword
netskope.transaction.x_type	The type of log message, which can be “http_transaction” or “WebSocket”. NOTE: When parsing an HTTP Upgrade response, Netskope uses the Upgrade header to determine if the traffic is WebSocket.	keyword

		{
    "@timestamp": "2024-08-05T16:24:19.000Z",
    "agent": {
        "ephemeral_id": "73ef6f9e-02fa-4820-96f6-57f704d05a9f",
        "id": "872a4105-d8cc-45fc-9c6d-91fb6a33d8c8",
        "name": "elastic-agent-53332",
        "type": "filebeat",
        "version": "8.17.8"
    },
    "client": {
        "geo": {
            "city_name": "The Dalles",
            "country_name": "US",
            "location": {
                "lat": 45.6056,
                "lon": 23.5943
            },
            "postal_code": "97058",
            "region_name": "Oregon"
        },
        "ip": "10.70.0.19"
    },
    "cloud": {
        "provider": "google cloud"
    },
    "data_stream": {
        "dataset": "netskope.transaction",
        "namespace": "15203",
        "type": "logs"
    },
    "destination": {
        "bytes": 0,
        "domain": "us-west1-b-osconfig.googleapis.com",
        "ip": "142.250.99.95",
        "port": 443
    },
    "ecs": {
        "version": "8.17.0"
    },
    "elastic_agent": {
        "id": "872a4105-d8cc-45fc-9c6d-91fb6a33d8c8",
        "snapshot": false,
        "version": "8.17.8"
    },
    "event": {
        "agent_id_status": "verified",
        "category": [
            "network"
        ],
        "dataset": "netskope.transaction",
        "id": "2035489204758272484",
        "ingested": "2025-09-23T10:11:04Z",
        "kind": "event",
        "type": [
            "info"
        ]
    },
    "gcs": {
        "storage": {
            "bucket": {
                "name": "testbucket"
            },
            "object": {
                "content_type": "application/x-gzip",
                "name": "trxn.csv.gz"
            }
        }
    },
    "http": {
        "request": {
            "method": "PRI"
        },
        "version": "1.1"
    },
    "input": {
        "type": "gcs"
    },
    "log": {
        "file": {
            "path": "gs://testbucket/trxn.csv.gz"
        },
        "offset": 0
    },
    "netskope": {
        "transaction": {
            "bytes": 18,
            "cs_host": "us-west1-b-osconfig.googleapis.com",
            "cs_uri": "*",
            "date": "2024-08-05T00:00:00.000Z",
            "time": "16:24:19",
            "x_c_latitude": 45.6056,
            "x_c_longitude": 23.5943,
            "x_category": "Technology",
            "x_category_id": "564",
            "x_cs_access_method": "Client",
            "x_cs_page_id": "0",
            "x_cs_session_id": "0",
            "x_cs_src_ip_egress": "34.82.190.203",
            "x_cs_ssl_engine_action": "Allow",
            "x_cs_ssl_engine_action_reason": "Established",
            "x_cs_ssl_fronting_error": "No",
            "x_cs_ssl_handshake_error": "No",
            "x_cs_userip": "10.70.0.19",
            "x_error": "http-malformed",
            "x_other_category": "Cloud Storage",
            "x_other_category_id": "7",
            "x_request_id": "0",
            "x_s_custom_signing_ca_error": "No",
            "x_s_dp_name": "US-SEA2",
            "x_sr_ssl_engine_action": "None",
            "x_sr_ssl_engine_action_reason": "NotEstablished",
            "x_ssl_bypass": "No",
            "x_ssl_policy_action": "Decrypt",
            "x_ssl_policy_categories": [
                "Technology",
                " Cloud Storage"
            ],
            "x_ssl_policy_dst_host": "us-west1-b-osconfig.googleapis.com",
            "x_ssl_policy_dst_host_source": "Sni",
            "x_ssl_policy_dst_ip": "142.250.99.95",
            "x_ssl_policy_src_ip": "10.70.0.19",
            "x_type": "http_transaction"
        }
    },
    "related": {
        "hosts": [
            "us-west1-b-osconfig.googleapis.com"
        ],
        "ip": [
            "10.70.0.19",
            "142.250.99.95",
            "34.82.190.203"
        ],
        "user": [
            "john.doe@gmail.com"
        ]
    },
    "source": {
        "bytes": 18,
        "geo": {
            "city_name": "The Dalles",
            "country_name": "US",
            "location": {
                "lat": 45.6056,
                "lon": 23.5943
            },
            "postal_code": "97058",
            "region_name": "Oregon"
        },
        "ip": "10.70.0.19",
        "port": 32951
    },
    "tags": [
        "forwarded",
        "netskope-transaction"
    ],
    "tls": {
        "cipher": "TLS_AES_256_GCM_SHA384",
        "client": {
            "ja3": "7a15285d4efc355608b304698cd7f9ab",
            "server_name": "us-west1-b-osconfig.googleapis.com"
        },
        "version": "1.3",
        "version_protocol": "tls"
    },
    "url": {
        "port": 443
    },
    "user": {
        "email": "john.doe@gmail.com"
    }
}
		
	

Screenshots

This integration includes one or more Kibana dashboards that visualizes the data collected by the integration. The screenshots below illustrate how the ingested data is displayed.

Changelog

Version	Details	Minimum Kibana version
4.1.0	Enhancement (View pull request) Add REST API v2 dataexport collection for `alerts_v2` and `events_v2` using the CEL input. Bumps format_version to 3.3.2. Enhancement (View pull request) Extend `alerts_v2` and `events_v2` field mappings from Netskope Data-Schema fields applicable to `data_export`.	9.1.0 8.19.9
4.0.0	Bug fix (View pull request) Map `dlp_match_info` as an object in the `events_v2` data stream, with typed fields for the DLP policy and rule details and `flattened` fields for the per-identifier and per-entity details, instead of redirecting it to `dlp_match_info_object`. Plain text values are stored in `dlp_match_info_text`. Breaking change (View pull request) The `netskope.events_v2.dlp_match_info` field changes type from `keyword` to `object`, and the `netskope.events_v2.dlp_match_info_object` field added in 3.3.1 is removed. Queries, rules or dashboards that use `dlp_match_info_object` need to be updated to use `dlp_match_info.*`.	9.1.0 8.19.9
3.3.1	Bug fix (View pull request) Fix indexing failures for `record_type:incident` events by adding `dlp_match_info_object` and `inline_dlp_match_info_object` fields (`flattened` type) and pipeline processors that redirect structured values to these fields when the Netskope API sends them as JSON objects or arrays instead of plain strings.	9.1.0 8.19.9
3.3.0	Enhancement (View pull request) Add `alternative_host` configuration for GCS input. Bug fix (View pull request) Remove CSV decoding from alerts_events_v2 cloud storage inputs so JSON/NDJSON files are ingested correctly.	9.1.0 8.19.9
3.2.0	Enhancement (View pull request) Add tags to ingest pipeline processors.	9.1.0 8.19.9
3.1.4	Bug fix (View pull request) Add content_type and override_content_type options to the transaction data stream for the azure-blob-storage input.	9.1.0 8.19.9
3.1.3	Bug fix (View pull request) Remove duplicate security-solution-default tag references	9.1.0 8.19.9
3.1.2	Bug fix (View pull request) Fix typo in the ingest pipeline for alerts_events_v2 data stream.	9.1.0 8.19.9
3.1.1	Bug fix (View pull request) Added advanced configuration options for setting and overriding content-type of log files.	9.1.0 8.19.9
3.1.0	Enhancement (View pull request) Update configuration titles to correctly match product naming.	9.0.3 8.18.3 8.17.8
3.0.0	Breaking change (View pull request) Add alerts_events_v2 data stream to support fetching alert v2 and event v2 data from a single queue. Users using SQS input should consider disabling alerts_v2 and events_v2 to avoid conflicts, and use the combined data stream instead.	9.0.3 8.18.3 8.17.8
2.3.0	Enhancement (View pull request) Add support for Transaction data stream.	9.0.3 8.18.3 8.17.8
2.2.1	Enhancement (View pull request) Fix typo in ingest pipeline for events_v2 data stream.	9.0.3 8.18.3 8.17.8
2.2.0	Enhancement (View pull request) Add support for Events v2 data stream.	9.0.3 8.18.3 8.17.8
2.1.0	Enhancement (View pull request) Add support for Alerts v2 data stream.	9.0.3 8.18.3 8.17.8
2.0.0	Breaking change (View pull request) Change mapping of field `netskope.alerts.breach.date` from `double` to `date`.	9.0.0 8.13.0
1.25.0	Enhancement (View pull request) Set `event.kind` to `alert` for netskope alerts.	9.0.0 8.13.0
1.24.0	Enhancement (View pull request) Add text multi-field to field netskope.alerts.breach.description	9.0.0 8.13.0
1.23.1	Bug fix (View pull request) Ignore empty string values for some fields.	9.0.0 8.13.0
1.23.0	Enhancement (View pull request) Update Kibana constraint to support 9.0.0.	9.0.0 8.13.0
1.22.1	Bug fix (View pull request) Updated SSL description in package manifest.yml to be uniform and to include links to documentation.	8.13.0
1.22.0	Enhancement (View pull request) Do not remove `event.original` in main ingest pipeline.	8.13.0
1.21.0	Enhancement (View pull request) Add "preserve_original_event" tag to documents with `event.kind` set to "pipeline_error".	8.13.0
1.20.2	Bug fix (View pull request) Use triple-brace Mustache templating when referencing variables in ingest pipelines.	8.13.0
1.20.1	Bug fix (View pull request) Use triple-brace Mustache templating when referencing variables in ingest pipelines.	8.13.0
1.20.0	Enhancement (View pull request) Improve parsing of the message to add the related.user and user.name fields.	8.13.0
1.19.0	Enhancement (View pull request) Update the kibana constraint to ^8.13.0. Modified the field definitions to remove ECS fields made redundant by the ecs@mappings component template.	8.13.0
1.18.0	Enhancement (View pull request) Added support for custom TCP options.	8.7.0
1.17.2	Bug fix (View pull request) Add on_failure in json processor and handle the string type value for user.email field	8.0.0 7.17.0
1.17.1	Bug fix (View pull request) Fix the date processor to support UNIX format	8.0.0 7.17.0
1.17.0	Enhancement (View pull request) Update manifest format version to v3.0.3.	8.0.0 7.17.0
1.16.1	Enhancement (View pull request) Changed owners	8.0.0 7.17.0
1.16.0	Enhancement (View pull request) ECS version updated to 8.11.0.	8.0.0 7.17.0
1.15.0	Enhancement (View pull request) Improve 'event.original' check to avoid errors if set.	8.0.0 7.17.0
1.14.0	Enhancement (View pull request) ECS version updated to 8.10.0.	8.0.0 7.17.0
1.13.0	Enhancement (View pull request) The format_version in the package manifest changed from 2.11.0 to 3.0.0. Removed dotted YAML keys from package manifest. Added 'owner.type: elastic' to package manifest.	8.0.0 7.17.0
1.12.0	Enhancement (View pull request) Add tags.yml file so that integration's dashboards and saved searches are tagged with "Security Solution" and displayed in the Security Solution UI.	8.0.0 7.17.0
1.11.0	Enhancement (View pull request) Update package to ECS 8.9.0.	8.0.0 7.17.0
1.10.0	Enhancement (View pull request) Update package-spec to 2.9.0.	8.0.0 7.17.0
1.9.1	Bug fix (View pull request) Remove `netskope.events.region` and `netskope.events.region.id` fields.	8.0.0 7.17.0
1.9.0	Enhancement (View pull request) Ensure event.kind is correctly set for pipeline errors.	8.0.0 7.17.0
1.8.0	Enhancement (View pull request) Update package to ECS 8.8.0.	8.0.0 7.17.0
1.7.0	Enhancement (View pull request) Update package to ECS 8.7.0.	8.0.0 7.17.0
1.6.1	Enhancement (View pull request) Added categories and/or subcategories.	8.0.0 7.17.0
1.6.0	Enhancement (View pull request) Update package to ECS 8.6.0.	8.0.0 7.17.0
1.5.0	Enhancement (View pull request) Add an on_failure processor to the date processor, add an on_failure processor to the convert processor, remove unnecessary white spaces, remove visualizations and convert double quotes to single quotes.	8.0.0 7.17.0
1.4.1	Bug fix (View pull request) Remove duplicate fields.	8.0.0 7.17.0
1.4.0	Enhancement (View pull request) Update package to ECS 8.5.0.	8.0.0 7.17.0
1.3.1	Enhancement (View pull request) Use ECS geo.location definition.	8.0.0 7.17.0
1.3.0	Enhancement (View pull request) Update package to ECS 8.4.0	8.0.0 7.17.0
1.2.0	Enhancement (View pull request) Added support to handle null values in ip fields. Enhancement (View pull request) Added support of retaining unparseable URLs in *.url.original.	8.0.0 7.17.0
1.1.0	Enhancement (View pull request) Update package to ECS 8.3.0.	8.0.0 7.17.0
1.0.1	Enhancement (View pull request) Added linnk to vendor documentation	8.0.0 7.17.0
1.0.0	Enhancement (View pull request) Make GA	8.0.0 7.17.0
0.1.3	Enhancement (View pull request) removed Italic text in hyperlinks in readme	—
0.1.2	Bug fix (View pull request) Fix boolean conversion logic to accept "true", "false", "yes", and "no" as strings. Correct the type of `is_alert` and `is_web_universal_connector` to boolean.	8.0.0 7.17.0
0.1.1	Enhancement (View pull request) Add documentation for multi-fields	8.0.0 7.17.0
0.1.0	Enhancement (View pull request) Initial draft of the package	8.0.0 7.17.0

Netskope

Setup steps

For receiving log from Netskope Cloud Shipper

For collecting data via REST API v2 dataexport

For receiving log from Netskope Log Streaming

Collect data from an AWS S3 bucket

Collect data from Azure Blob Storage

Collect data from a GCS bucket

The GCS credentials key file:

Collect data from AWS SQS

Enable the integration in Elastic

Compatibility

Documentation and configuration

Alerts

Events

Fields and Sample event

Alerts

Alerts V2

Events

Events V2

Transaction

Screenshots

Changelog