stateful-rule-designer

Correlate parent-child process relationships across multiple events to identify attack chains using stateful D&R rules. You can define specific parent processes launching designated child processes and test the detection with synthetic events.

Count events within defined time windows to detect threshold-based threats using stateful rule design. This allows you to trigger alerts only when a specific occurrence threshold is reached within the configured temporal boundary.

Nested stateful logic handles complex event correlation by supporting multi-event sequences and enforcing process-tree relationships. This enables tracking ancestor and descendant relationships essential for detecting multi-stage attacks across hosts.

Test and validate stateful D&R rules before deployment by applying synthetic events to verify parent-child contexts and nested logic. This provides troubleshooting guidance to ensure robust rule performance and accurate threat detection.

You need stateful rules when detecting threats requires tracking temporal windows, counting occurrences, and correlating multi-event sequences. They are essential for identifying multi-stage attacks where ancestor and descendant process relationships matter.

Stateful rule design supports tracking process-tree relationships to detect multi-stage attacks across hosts. It enforces ancestor and descendant contexts, allowing complex event correlation over time to identify attack chains.