Logo
Sign in
Product Logo
iSecurity SIEM & DAM SupportRaz-Lee

iSecurity SIEM & DAM Support integrates with various SIEM systems, sending detailed security alerts for forensic analysis. It supports products like IBM’s Tivoli, McAfee, and ArcSight, ensuring comprehensive security event management and compliance.

iSecurity-Siem-Dam-Support.pdf
DS-Siem-Dam-Support.pdf
Product details

iSecurity SIEM & DAM Support

iSecurity SIEM & DAM Support works with every product that supports SYSLOG, like IBM’s Tivoli, McAfee, RSA enVision, Q1Labs, GFI Solutions, ArcSight, HPOpenView, CA UniCenter and others. iSecurity supports Imperva SecureSphere DAM. Integration with SIEM products for forensic analysis of security-related events is an increasingly important requirement at companies worldwide; indeed, Raz-Lee’s iSecurity suite has supported Syslog-to-SIEM for many years.

Key features

Integration at its Fullest

Numerous iSecurity products integrate with SEM/SIEM systems by sending security alerts instantaneously to these systems. Message alerts contain detailed event information about application data changes, deletes or reads of objects and files, emergency changes in user authorities, IFS viruses detected, malicious network access to the IBM i, and more.

Easy to configure

  • Sends Syslog messages in parallel to up to 3 SIEM products.
  • Transmission is supported via UDP, TCP or TLS (encrypted channel).
  • Support in all iSecurity solutions enables infrastructure-related alerts and field-level application alerts on unauthorized data changes or access.

Advanced Options

Syslog Self-Test facility runs on the IBM i, receiving messages locally for syslog message pre-check prior to sending to a remote server.

  • Advanced filtering capabilities via specific severity code, part of the syslog standard, for each event/message and specifying the range of messages to send to each SIEM. This controls which messages will be sent to each SIEM.
  • Advanced communications recovery features handle network problems or SIEM unavailability
  • Enables sending extremely high volumes of information with virtually no performance impact.