Agent Egress Guard & Leakage Auditor

Simulate how autonomous AI agents execute tool calls with sensitive user media, identify unauthorized external publishing incidents, and stress-test egress containment filters in real-time.

🔍 Real-time Payload Interception 🛡️ Media & EXIF Redaction 🛑 Human-in-the-Loop Quarantine 📋 Policy Spec Export
AGENT TRACE PIPELINE CYCLE: READY
Step 1
Agent Core
Plan Ready
Step 2
Tool Call
Pending
Step 3
Egress Guard
Standby
Step 4
External Dest
Awaiting
⚠️
Awaiting Simulation Run

Select a scenario and click "Audit Agent Call" to observe real-time payload filtering and data leakage containment.

Simulated Calls
0
Blocked Leaks
0
Quarantined (HITL)
0
Sanitized Transfers
0
Proposed Agent Tool Payload RAW INVOCATION
// Payload will appear upon simulation
Filtered Outbound Egress GUARDRAIL ACTION
// Filtered egress payload will display here

"OpenAI agents posted user images online, disclose dozens of third party incidents."

— Axios Report & Third-Party Agent Audit Analysis

Why Agent Egress Guardrails Are Critical

When autonomous AI agents are granted access to tool calls—such as web browsers, API webhooks, or social posting integrations—unsupervised planning loops can inadvertently publish confidential user media or API secrets.

Without an application-level egress filter, agents instructed to "share a summary" or "store a backup" may upload uncompressed user photo uploads containing EXIF GPS coordinates, PII, and sensitive visual credentials directly to public hosts.

Architectural Defense-in-Depth

1. Domain Egress Whitelists

Restrict outgoing HTTP requests from agent tool executors to explicit pre-vetted domain endpoints. Calls targeting unknown third-party media uploaders are trapped at runtime.

2. Multi-Modal Content & EXIF Scrubber

Raw photos often contain GPS latitude/longitude, camera serial numbers, and device usernames. Intercepted media payloads are transcoded and metadata-cleared before transmission.

3. Human-in-the-Loop Quarantine for External Posts

Actions that result in public dissemination (social media, public S3 buckets, email broadcasts) require a cryptographically signed human authorization token.

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