Kaspersky Unified Monitoring and Analysis Platform
- Kaspersky Unified Monitoring and Analysis Platform Help
- About Kaspersky Unified Monitoring and Analysis Platform
- Program architecture
- Program licensing
- About the End User License Agreement
- About the license
- About the License Certificate
- About the license key
- About the key file
- Data provision in Kaspersky Unified Monitoring and Analysis Platform
- Adding a license key to the program web interface
- Viewing information about an added license key in the program web interface
- Removing a license key in the program web interface
- Administrator's guide
- Installing and removing KUMA
- Program installation requirements
- Ports used by KUMA during installation
- Synchronizing time on servers
- About the inventory file
- Installation on a single server
- Distributed installation
- Distributed installation in a high availability configuration
- Additional requirements for deploying KUMA Core in Kubernetes
- Installing KUMA on a Kubernetes cluster from scratch
- Migrating the KUMA Core to a new Kubernetes cluster
- KUMA Core availability under various scenarios
- Managing Kubernetes and accessing KUMA
- Time zone in a Kubernetes cluster
- Managing KUMA web console certificates in a high availability configuration
- KUMA backup
- Modifying the configuration of KUMA
- Updating previous versions of KUMA
- Troubleshooting update errors
- Delete KUMA
- Working with tenants
- Managing users
- KUMA services
- Services tools
- Service resource sets
- Creating a storage
- Creating a correlator
- Creating a collector
- Predefined collectors
- Creating an agent
- Configuring event sources
- Configuring receipt of Auditd events
- Configuring receipt of KATA/EDR events
- Configuring Kaspersky Security Center event receiving in CEF format
- Configuring receiving Kaspersky Security Center event from MS SQL
- Creating an account in the MS SQL database
- Configuring the SQL Server Browser service
- Creating a secret in KUMA
- Configuring a connector
- Configuring the KUMA Collector for receiving Kaspersky Security Center events from an MS SQL database
- Installing the KUMA Collector for receiving Kaspersky Security Center events from the MS SQL database
- Configuring receipt of events from Windows devices using KUMA Agent (WEC)
- Configuring audit of events from Windows devices
- Configuring centralized receipt of events from Windows devices using the Windows Event Collector service
- Granting permissions to view Windows events
- Granting permissions to log on as a service
- Configuring the KUMA Collector for receiving events from Windows devices
- Installing the KUMA Collector for receiving events from Windows devices
- Configuring forwarding of events from Windows devices to KUMA using KUMA Agent (WEC)
- Configuring receipt of events from Windows devices using KUMA Agent (WMI)
- Configuring receipt of PostgreSQL events
- Configuring receipt of IVK Kolchuga-K events
- Configuring receipt of CryptoPro NGate events
- Configuring receipt of Ideco UTM events
- Configuring receipt of KWTS events
- Configuring receipt of KLMS events
- Configuring receipt of KSMG events
- Configuring receipt of PT NAD events
- Configuring receipt of events using the MariaDB Audit Plugin
- Configuring receipt of Apache Cassandra events
- Configuring receipt of FreeIPA events
- Configuring receipt of VipNet TIAS events
- Configuring receipt of Nextcloud events
- Configuring receipt of Snort events
- Configuring receipt of Suricata events
- Configuring receipt of FreeRADIUS events
- Configuring receipt of VMware vCenter events
- Configuring receipt of zVirt events
- Configuring receipt of Zeek IDS events
- Monitoring event sources
- Managing assets
- Adding an asset category
- Configuring the table of assets
- Searching assets
- Exporting asset data
- Viewing asset details
- Adding assets
- Assigning a category to an asset
- Editing the parameters of assets
- Archiving assets
- Deleting assets
- Updating third-party applications and fixing vulnerabilities on Kaspersky Security Center assets
- Moving assets to a selected administration group
- Asset audit
- Custom asset fields
- Critical information infrastructure assets
- Integration with other solutions
- Integration with Kaspersky Security Center
- Configuring Kaspersky Security Center integration settings
- Adding a tenant to the list for Kaspersky Security Center integration
- Creating Kaspersky Security Center connection
- Editing Kaspersky Security Center connection
- Deleting Kaspersky Security Center connection
- Importing events from the Kaspersky Security Center database
- Kaspersky Endpoint Detection and Response integration
- Integration with Kaspersky CyberTrace
- Integration with Kaspersky Threat Intelligence Portal
- Integration with R-Vision Security Orchestration, Automation and Response
- Integration with Active Directory, Active Directory Federation Services and FreeIPA
- Connecting over LDAP
- Enabling and disabling LDAP integration
- Adding a tenant to the LDAP server integration list
- Creating an LDAP server connection
- Creating a copy of an LDAP server connection
- Changing an LDAP server connection
- Changing the data update frequency
- Changing the data storage period
- Starting account data update tasks
- Deleting an LDAP server connection
- Authentication using domain accounts
- Connecting over LDAP
- NCIRCC integration
- Integration with Security Vision Incident Response Platform
- Kaspersky Industrial CyberSecurity for Networks integration
- Integration with Neurodat SIEM IM
- Kaspersky Automated Security Awareness Platform
- Sending notifications to Telegram
- UserGate integration
- Integration with Kaspersky Web Traffic Security
- Integration with Kaspersky Secure Mail Gateway
- Importing asset information from RedCheck
- Configuring receipt of Sendmail events
- Integration with Kaspersky Security Center
- Managing KUMA
- Working with geographic data
- Installing and removing KUMA
- User guide
- KUMA resources
- Operations with resources
- Destinations
- Working with events
- Filtering and searching events
- Selecting Storage
- Generating an SQL query using a builder
- Manually creating an SQL query
- Filtering events by period
- Displaying names instead of IDs
- Presets
- Limiting the complexity of queries in alert investigation mode
- Saving and selecting events filter configuration
- Deleting event filter configurations
- Supported ClickHouse functions
- Viewing event detail areas
- Exporting events
- Configuring the table of events
- Refreshing events table
- Getting events table statistics
- Viewing correlation event details
- Filtering and searching events
- Normalizers
- Aggregation rules
- Enrichment rules
- Correlation rules
- Filters
- Active lists
- Viewing the table of active lists
- Adding active list
- Viewing the settings of an active list
- Changing the settings of an active list
- Duplicating the settings of an active list
- Deleting an active list
- Viewing records in the active list
- Searching for records in the active list
- Adding a record to an active list
- Duplicating records in the active list
- Changing a record in the active list
- Deleting records from the active list
- Import data to an active list
- Exporting data from the active list
- Predefined active lists
- Dictionaries
- Response rules
- Notification templates
- Connectors
- Viewing connector settings
- Adding a connector
- Connector settings
- Predefined connectors
- Secrets
- Segmentation rules
- Context tables
- Viewing the list of context tables
- Adding a context table
- Viewing context table settings
- Editing context table settings
- Duplicating context table settings
- Deleting a context table
- Viewing context table records
- Searching context table records
- Adding a context table record
- Editing a context table record
- Deleting a context table record
- Importing data into a context table
- Exporting data from a context table
- Example of incident investigation with KUMA
- Incident conditions
- Step 1. Preliminary steps
- Step 2. Assigning an alert to a user
- Step 3. Check if the triggered correlation rule matches the data of the alert events
- Step 4. Analyzing alert information
- Step 5. False positive check
- Step 6. Determining alert severity
- Step 7. Incident creation
- Step 8. Investigation
- Step 9. Searching for related assets
- Step 10. Searching for related events
- Step 11. Recording the causes of the incident
- Step 12. Incident response
- Step 13. Restoring assets operability
- Step 14. Closing the incident
- Analytics
- Dashboard
- Reports
- Widgets
- Working with alerts
- Working with incidents
- About the incidents table
- Saving and selecting incident filter configuration
- Deleting incident filter configurations
- Viewing information about an incident
- Incident creation
- Incident processing
- Changing incidents
- Automatic linking of alerts to incidents
- Categories and types of incidents
- Interaction with NCIRCC
- Special consideration for successful export from the KUMA hierarchical structure to NCIRCC
- Exporting data to NCIRCC
- Supplementing incident data on request
- Sending files to NCIRCC
- Sending incidents involving personal information leaks to NCIRCC
- Communication with NCIRCC experts
- Supported categories and types of NCIRCC incidents
- Notifications about the incident status change in NCIRCC
- Retroscan
- KUMA resources
- Contacting Technical Support
- REST API
- Creating a token
- Configuring permissions to access the API
- Authorizing API requests
- Standard error
- REST API v1 operations
- Viewing a list of active lists on the correlator
- Import entries to an active list
- Searching alerts
- Closing alerts
- Searching assets
- Importing assets
- Deleting assets
- Searching events
- Viewing information about the cluster
- Resource search
- Loading resource file
- Viewing the contents of a resource file
- Importing resources
- Exporting resources
- Downloading the resource file
- Search for services
- Tenant search
- View token bearer information
- Dictionary updating in services
- Dictionary retrieval
- Viewing custom fields of the assets
- Creating a backup of the KUMA Core
- Restoring the KUMA Core from the backup
- Viewing the list of context tables in the correlator
- Importing records into a context table
- Exporting records from a context table
- REST API v2 operations
- Viewing a list of active lists on the correlator
- Import entries to an active list
- Searching alerts
- Closing alerts
- Searching assets
- Importing assets
- Deleting assets
- Searching events
- Viewing information about the cluster
- Resource search
- Loading resource file
- Viewing the contents of a resource file
- Importing resources
- Exporting resources
- Downloading the resource file
- Search for services
- Tenant search
- View token bearer information
- Dictionary updating in services
- Dictionary retrieval
- Viewing custom fields of the assets
- Creating a backup of the KUMA Core
- Restoring the KUMA Core from the backup
- Viewing the list of context tables in the correlator
- Importing records into a context table
- Exporting records from a context table
- Appendices
- Commands for components manual starting and installing
- Integrity check of KUMA files
- Normalized event data model
- Configuring the data model of a normalized event from KATA EDR
- Alert data model
- Asset data model
- User account data model
- KUMA audit events
- Event fields with general information
- User was successfully signed in or failed to sign in
- User login successfully changed
- User role was successfully changed
- Other data of the user was successfully changed
- User successfully logged out
- User password was successfully changed
- User was successfully created
- User role was successfully assigned
- User role was successfully revoked
- User access token was successfully changed
- Service was successfully created
- Service was successfully deleted
- Service was successfully reloaded
- Service was successfully restarted
- Service was successfully started
- Service was successfully paired
- Service status was changed
- Storage partition was deleted by user
- Storage partition was deleted automatically due to expiration
- Active list was successfully cleared or operation failed
- Active list item was successfully changed, or operation was unsuccessful
- Active list item was successfully deleted or operation was unsuccessful
- Active list was successfully imported or operation failed
- Active list was exported successfully
- Resource was successfully added
- Resource was successfully deleted
- Resource was successfully updated
- Asset was successfully created
- Asset was successfully deleted
- Asset category was successfully added
- Asset category was deleted successfully
- Settings were updated successfully
- Tenant was successfully created
- Tenant was successfully enabled
- Tenant was successfully disabled
- Other tenant data was successfully changed
- Updated data retention policy after changing drives
- The dictionary was successfully updated on the service or operation was unsuccessful
- Response in Active Directory
- Response via KICS for Networks
- Kaspersky Automated Security Awareness Platform response
- KEDR response
- Correlation rules
- Sending test events to KUMA
- Time format
- Mapping fields of predefined normalizers
- Deprecated resources
- Information about third-party code
- Trademark notices
- Glossary
Program architecture > Basic entities > About agents
About agents
About agents
KUMA agents are services that are used to forward raw events from servers and workstations to KUMA destinations.
Types of agents:
- wmi agents are used to receive data from remote Windows devices using Windows Management Instrumentation. They are installed to Windows assets.
- wec agents are used to receive Windows logs from a local device using Windows Event Collector. They are installed to Windows assets.
- tcp agents are used to receive data over the TCP protocol. They are installed to Linux and Windows assets.
- udp agents are used to receive data over the UDP protocol. They are installed to Linux and Windows assets.
- nats-jetstream—used for NATS communications. They are installed to Linux and Windows assets.
- kafka agents are used for Kafka communications. They are installed to Linux and Windows assets.
- http agents are used for communication over the HTTP protocol. They are installed to Linux and Windows assets.
- file agents are used to get data from a file. They are installed to Linux assets.
- ftp agents are used to receive data over the File Transfer Protocol. They are installed to Linux and Windows assets.
- nfs agents are used to receive data over the Network File System protocol. They are installed to Linux and Windows assets.
- snmp agents are used to receive data over the Simple Network Management Protocol. They are installed to Linux and Windows assets.
- diode agents are used together with data diodes to receive events from isolated network segments. They are installed to Linux and Windows assets.
Article ID: 217690, Last review: Dec 18, 2024