Back to Landscape/vs Permit.io

GuardionAI vs. Permit.io

Which AI security platform is right for your team? We break down the differences in features, latency, and protection scope to help you decide.

FeatureGuardionAIPermit.io
Primary FocusAgent Runtime GovernancePolicy-as-Code
Tool Call Protection Deep InspectionNot documented
DeploymentInline Security Gateway / Guard API / Claude Code pluginCloud API
Guardrails Latency<130ms policy decisionLow
Detection Accuracy96.3 F1 on the Prompt Security Leaderboard with 0.02% false positivesNot published / varies by deployment
ComplianceGDPR-ready, HIPAA-ready, LGPD-ready, SOC 2 Type II (in progress)SOC 2

GuardionAI figures from guardion.ai (Policy engine decisions return in under 130ms — 20× faster than cloud provider guardrails.) • Permit.io figures from public documentation.

Choose GuardionAI if...

  • You are building autonomous AI agents that use tools, MCP servers, or APIs.
  • Latency is critical for your application (Policy engine decisions return in under 130ms — 20× faster than cloud provider guardrails).
  • You want DLP for PII and secrets before data leaves your org.
  • You need a single hub to investigate and respond to agent incidents.

Choose Permit.io if...

  • Decoupled policy and code
  • Its pricing model (Freemium / Enterprise) fits your procurement preferences

Frequently asked questions

What is Permit.io?

Policy-as-code platform that now includes specialized authorization for AI agents and tool calls. It is categorized under Agent Identity & Access in the Guardion AI Security Index.

Is Permit.io open source?

Yes. Permit.io has an open-source core; pricing model: Freemium / Enterprise.

What are the best Permit.io alternatives?

Teams evaluating Permit.io most often compare it with Okta (AI Agent Identity), Formal, Highflame, and GuardionAI — all listed under Agent Identity & Access.

How does Permit.io compare to GuardionAI?

Permit.io focuses on policy-as-code, while GuardionAI is an agent runtime governance platform ("EDR for AI agents") that governs every agent tool call inline with sub-130ms guardrails latency.

Sources: aarm.dev

Ready to secure your AI Agents?

Govern every agent command, tool call, and data access — with sub-130ms guardrails latency. 50M+ agent actions protected per month.