Multi-source collection
Ingest security events through supported collectors, APIs, syslog, and streaming interfaces.
Collect and normalize signals from your existing environment, then connect them around the users, assets, processes, and incidents your team needs to investigate.
Specific support depends on the deployment, licensed modules, connected systems, and validation scope. The architecture review makes those boundaries explicit.
Ingest security events through supported collectors, APIs, syslog, and streaming interfaces.
Map source-specific fields into consistent security entities without discarding the original record.
Move from a detection to related users, assets, processes, domains, IPs, and prior activity.
Manage detection logic, tuning, severity, ownership, and validation as controlled content.
Relate observed behaviors to tactics and techniques when the evidence supports the mapping.
Provide incident and telemetry evidence to downstream workflows and reporting systems.
The workflow keeps context and responsibility visible at every step.
Bring in the telemetry required for the use case and preserve source identity.
Create consistent fields and entities across otherwise incompatible sources.
Apply rules, behavioral context, and threat intelligence to prioritized use cases.
Convert related alerts and observations into an incident-level evidence set.
Use representative data, named use cases, measurable acceptance criteria, and a documented deployment boundary.
Discuss a validation planSupport depends on available collectors and parsers. A technical validation should inventory each required source, transport, format, volume, and retention need.
Retention should be designed from daily ingest, search requirements, evidence policy, storage architecture, and regulatory constraints rather than a single default claim.
Tenant boundaries and MSSP operating requirements should be confirmed during architecture review for the intended deployment model.
Walk through an evidence-driven investigation using your security architecture, telemetry sources, and response requirements.