One detection layer across every surface
WAF, EDR, network telemetry, identity events, and SAST findings — correlated in one console with MITRE ATT&CK mapping and sub-second pivots.
What is unified threat detection?
Unified threat detection is the consolidation of detection signals from web, endpoint, network, and identity layers into a single correlation and triage workflow. Threatstealth replaces the swivel-chair model — where an analyst opens four consoles to investigate one alert — with a single timeline that ties every signal back to the originating asset and threat actor technique.
Why fragmented detection breaks SOCs
- Analysts pivot across 6–8 consoles to investigate a single alert
- Mean time to detect (MTTD) is bottlenecked by tool-switching
- Cross-surface attacks (phishing → endpoint → lateral movement) span tools that don't talk
- Alert fatigue compounds when each tool fires its own un-deduplicated events
A four-step operational model
Ingest from every layer
WAF events, EDR telemetry, firewall logs, identity provider events, and SAST findings stream into one event bus.
- ModSecurity + OWASP CRS
- EDR endpoint telemetry
- Identity & MFA events
- Repository SAST signals
Correlate to assets and actors
Every event is tagged to an asset (host, repo, identity) and a MITRE ATT&CK technique — collapsing related signals into single incidents.
- Asset-centric correlation
- MITRE ATT&CK mapping
- Auto-deduplication
Triage with sub-second pivots
From any alert, jump to the host's EDR timeline, the user's auth history, the repo's SAST findings, or the WAF rule that fired — in one click.
- Single-pane investigation
- Cross-surface timeline
- One-click containment
Respond and learn
Containment actions (host isolate, IP block, token revoke) execute from the same console that detected the threat. Outcomes feed back into detection tuning.
- One-click EDR isolation
- WAF + IP block actions
- Token / session revocation
Outcomes for security teams
Drop MTTD to milliseconds
When detection signals are pre-correlated, the analyst skips the tool-switching tax — and median detection lands at 247ms.
Catch cross-surface attacks
Phishing → credential theft → lateral movement is invisible to siloed tools. Threatstealth sees the chain because it owns every link.
Cut alert fatigue
Deduplication and correlation collapse 1,000 raw events into one investigable incident — analysts work signal, not noise.
Direct answers
Is this a SIEM, an XDR, or both?+
Threatstealth is closest to XDR in design but goes further — it owns the detection surfaces (WAF, EDR, SAST, identity) rather than only ingesting their logs. There is no separate SIEM to license.
Does it map to MITRE ATT&CK?+
Yes. Every detection rule and incident is tagged to the relevant ATT&CK technique, with kill-chain visualization for multi-stage attacks.
Can analysts respond from the same console?+
Yes. Host isolation, IP blocking, WAF rule changes, and token revocation execute directly from the alert — no jump-to-EDR-tool required.
How does it deduplicate alerts?+
Threatstealth correlates events by asset + technique + time window, collapsing related signals into a single incident with a full timeline of contributing events.