AUTONOMOUS AGENT GOVERNANCE

AI Agent Security

Prevent tool abuse, privilege escalation, and unintended agent execution.

As AI agents gain access to APIs, databases, shell runners, and financial state, traditional static input guards fall short. SecureMID continuously tests agent runtime boundaries against destructive tool parameter injections, SSRF, and state tampering.

Empirical Catch Rate100%

Zero false negatives on tool exploit suites in v1.0.0-pilot.

Local Evaluation Latency4.20 ms

P95 decision latency powered by local judge adapter.

Cryptographic EvidenceSHA-256

Every trace and prompt attack hashed for non-repudiation.

THE THREAT LANDSCAPE

Agents with execution privileges create systemic operational blast radiuses.

Excessive Agency & Unbounded Tool Access

Autonomous agents frequently execute irreversible destructive operations (such as table drops or unauthorized fund transfers) when coerced by adversarial prompt injections.

SSRF & Internal Cloud Metadata Probing

Malicious payloads in agent context frequently force internal HTTP fetch tools to probe AWS/GCP instance metadata endpoints (169.254.169.254) to siphon IAM credentials.

Multi-Turn Context Manipulation

Sophisticated adversaries bypass single-turn guards by distributing attack payloads across multi-step conversation trajectories.

TECHNICAL COVERAGE

Verified Invariant Testing Suites

OWASP LLM05

Tool Parameter SQL Injection Defense

Verify that SQL-executing tools fail safe against DROP and UNION queries embedded inside conversational user input.

OWASP LLM08

Cloud Metadata (SSRF) Protection

Autonomously test HTTP tools to guarantee immediate isolation when prompts attempt to probe 169.254.169.254.

OWASP LLM06

Financial & State Tampering Detection

Detect unauthorized balance updates, limit bypasses, and account impersonations before execution.

NIST GOVERN-2.1

Multi-Turn Crescendo Simulation

Simulate gradual trust escalation over 5-15 conversation turns to expose agent cognitive drifts.

EXECUTION PROCESS

Continuous agent boundary validation in 4 structured stages.

PHASE 01

Agent Registration & Endpoint Probing

Register your agent endpoint (REST or WebSocket) with environment tags (Staging, Production) in the SecureMID Asset Registry.

PHASE 02

Adversarial Tool Parameter Injections

SecureMID background workers execute multi-turn conversational attacks targeting agent function parameters and schema handlers.

PHASE 03

Local Judge Policy Verification

Fine-tuned local judge models inspect the raw tool call execution trace without sending confidential agent traces to external clouds.

PHASE 04

Remediation & Regression Retesting

Receive actionable schema hardening guidance and re-run the targeted exploit harness to confirm vulnerability closure.

COMPLIANCE & GOVERNANCE MAPPING

Direct crosswalk to industry frameworks

OWASP Top 10 for LLMsLLM05 / LLM06 / LLM08
MITRE ATLASAML.T0040 / AML.T0048
NIST AI RMFMEASURE-2.6 & GOVERN-2.1

Frequently Asked Questions

No. SecureMID performs dynamic black-box and grey-box security assessments against your agent's API endpoint, validating runtime tool invocations and output invariants without requiring repository access.
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Make AI security part of your workflow.

Start exploring how SecureMID can help your team autonomously assess, red-team, and evaluate AI systems before they reach production.

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