pentestcode
by s0ld13rr
Stateful multi-agent penetration testing and red-team orchestration
What It Does
Implements multi-agent autonomous penetration testing where teams of offensive agents coordinate, persist state, and run parallel attacks. Uses a TypeScript runtime to maintain persistent engagement state, strategic task delegation, and concurrent agent workflows for complex red-team scenarios. Distinctive features include long-lived session state across agents and orchestration primitives tailored to offensive-security workflows. Orchestrator-Worker Pattern.
The Value Proposition
When to Use
Security engineers, red teams, and researchers who need realistic, stateful multi-agent offensive simulations to surface agent failure modes and delegation issues. The ecosystem supports practitioners seeking robust, coordinative testing environments, including those leveraging Agent Service Mesh Pattern.
Use Cases
- Simulate coordinated red-team attacks to discover multi-agent system failures and delegation weaknesses
- Run repeated, stateful penetration engagements to build agent track records and reliability signals
- Evaluate agent failure modes and attack paths for governance and hardening of autonomous systems