Connectors · Security Tools
Evidence Connector for Metasploit
Fingerprint AI infrastructure from within Metasploit.
Screenshots coming soon
Visual walkthrough of Evidence Connector for Metasploit in progress
Overview
The SecEng Evidence Connector for Metasploit provides auxiliary scanner modules that detect and fingerprint AI services on a network — Ollama endpoints, OpenAI-compatible APIs, MCP servers, and similar infrastructure. Findings are reported to the SecEng sidecar and can be attached to your AI asset inventory and risk program. Modules are pure Ruby and drop into the standard Metasploit module path.
Features
- 01.
AI service fingerprinting
Scans target networks for known AI API signatures — Ollama, LiteLLM, OpenAI-compatible servers, and MCP endpoints.
- 02.
Standard module path install
Copy modules to `~/.msf4/modules/auxiliary/scanner/ai/` — no Metasploit patches or rebuilds required.
- 03.
Evidence reporting
Discovered services are reported to the SecEng sidecar with IP, port, service type, and version for inclusion in AI asset inventories.
- 04.
RHOSTS-compatible
Accepts standard Metasploit RHOSTS, RPORT, and THREADS options for bulk network scanning.
Install steps
Step 01
Copy modules: `cp -r apps/metasploit-evidence-connector/modules/auxiliary/scanner/ai ~/.msf4/modules/auxiliary/scanner/`.
Step 02
Launch msfconsole: `msfconsole`.
Step 03
Load a module: `use auxiliary/scanner/ai/ollama_info`, then `set RHOSTS <target>` and `run`.
Step 04
Ensure the SecEng sidecar is running on `http://127.0.0.1:17371` to receive findings.
Capabilities
Surfaces
Scan modes
Privacy architecture
Local first
Designed to keep the supported flow in the local or customer-controlled environment. What leaves the device or workspace depends on the feature and configuration.
Platform vendor
Rapid7
Rapid7's metasploit module format is mapped in the registry. The connector itself is not yet built.
Early access
Get the integration on the roadmap
Tell us which platform matters most and we'll prioritize it where it fits the current product surface.