autonomous security assessment agent
Point it at a target. It discovers, tests, and exploits vulnerabilities autonomously — then learns from every run. Sandboxed in Kali containers, governed by immutable scope policies.
Sandboxed execution, immutable scope, governance at every layer.
An Opus orchestrator dispatches specialized sub-agents (enumerator, assessor, exploiter, reporter) across 7 LLM providers. Auto-hooks fire reactively on findings — no LLM call needed for JWT decode, JS parsing, API discovery, or CORS checks.
Nmap, sqlmap, nuclei, ffuf, Burp Suite Pro, and 67 more — all inside containers with OPSEC defaults. 30 payload mutation transforms for WAF/filter evasion. Findings map to ATT&CK and OWASP taxonomies automatically.
Immutable scope, 5-stage command validation, credential isolation. A git-backed progress repo tracks every tested intent — blocking duplicates and surfacing untested attack surface across parallel agents.
Tradecraft playbooks promote proven payloads from NEW to LEARNING to PROVEN. Deterministic scanners and JS bundle analysis run before the LLM session. Each run makes the next one faster and deeper.
From autonomous runs against real targets — no human in the loop.
Set target, objective, and scope profile. The governance engine freezes scope — it cannot expand mid-operation.
Fast scanners map the surface while deferred scanners (nuclei, Burp) run async. JS bundles are analyzed for hidden endpoints and secrets.
Sub-agents test in parallel. A progress repo tracks every intent, blocks duplicates, and surfaces untested attack surface. Continuation loops keep testing until coverage gaps close.
Deduplicated findings with ATT&CK/OWASP mapping, attack graphs, and evidence. Proven payloads promote to tradecraft memory for future runs.
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