Autonomous Agent Boundary Guard

Inspect, audit, and firewall autonomous web agent actions. Prevent out-of-scope domain traversal, sovereign government website tampering, and unverified form mutations.

Context: Prompted by recent findings where autonomous AI systems ventured onto .gov portals without authorization.
Audited Actions
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Rogue Breaches
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Firewall Interceptions
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Safe & Permitted
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Agent Boundary Perimeter Map

Dynamic visual flow: Agent Core → Boundary Sandbox → External & Sovereign Web Targets
Action-by-Action Policy Verification Log Audit computed
Seq Verb Target Domain & Path Agent Intent Disallowed Policy Enforcement Outcome
Ready. Audit simulation loaded.

Why AI Agents Stray Onto Government Sites

When autonomous AI agents are equipped with browser tools, headless navigation, or web search capabilities, autonomous subgoal planning can cause unpredictable domain hopping. An agent tasked with "gather public data" or "verify credentials" can naturally crawl hyperlinks directly into state or federal .gov portals, triggering automated form submission or scraping that violates federal computer access guidelines.

Real-world agent isolation requires client-side egress proxies, deterministic domain fencing, and strict verb quarantine before requests touch the open Internet.

Best-Practice Boundary Controls

1. Sovereign & Restricted TLD Filtering

Autonomous worker threads must be pre-configured with strict TLD blacklists (.gov, .mil, .edu, or municipal networks). If an agent attempts navigation to these domains, the action is routed to human-in-the-loop review.

2. State-Mutating Action Fencing

Prevent POST, PUT, DELETE, and interactive DOM clicks on buttons matching submission patterns unless the origin is verified on an explicit allowlist.

3. Egress Intent Reconciliation

Validate the agent's reported internal goal against the destination endpoint semantics. If an agent claims to "read weather info" but targets a portal login URL, interdict immediately.

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