MITRE ATT&CK Look deeper. Find everything.

MITRE ATT&CK Mapping

Every Pro, Team, and Enterprise / MSSP analysis maps detections to MITRE ATT&CK techniques and visualizes them on MITRE’s Enterprise matrix. Export to ATT&CK Navigator JSON for cross-team sharing. (“Enterprise matrix” here refers to MITRE’s own taxonomy, not the Intreys tier.)

Opening the overlay

From the sidebar, choose MITRE (or press Ctrl/Cmd + 5). MITRE’s Enterprise matrix renders with detected techniques highlighted by a heat colour:

Reading a technique cell

Click a highlighted technique to open the detail panel:

How techniques are detected

The map_mitre stage runs after detection. Each detection rule declares the techniques it implies. Examples:

DetectionATT&CK technique
DNS tunnelingT1071.004 Application Layer Protocol: DNS
Beacon to known C2 IPT1071 Application Layer Protocol; T1573 Encrypted Channel
SMB lateral movementT1021.002 Remote Services: SMB/Windows Admin Shares
Mimikatz signature in trafficT1003 OS Credential Dumping
Port scanT1046 Network Service Discovery
DGA domain queriesT1568.002 Dynamic Resolution: DGAs
Mass file exfil over HTTPST1041 Exfiltration Over C2 Channel

Confidence scoring

Confidence is a weighted average of:

Exporting to ATT&CK Navigator

From the MITRE view, click Export → Navigator JSON. The download is compatible with attack-navigator.github.io:

  1. Open ATT&CK Navigator in your browser
  2. Click Open Existing Layer → Upload from local
  3. Select the JSON Intreys exported

The layer renders with the same heat-map and includes per-technique notes from your investigation.

Exporting to Sigma rules

Each detection that fires also generates a Sigma rule under Export → Sigma. Useful for pushing rules into your detection-engineering pipeline.

Custom MITRE coverage scope

Mature security teams often want a coverage view rather than a detection view: which techniques would my saved hunts catch, regardless of whether they fired today? Configure under Settings → MITRE → Coverage scope. The matrix can render in coverage, detection, or combined mode.

Limitations