aport-agent-guardrails vs failproofai

AI agent action controls compared

aport-agent-guardrails checks supported agent actions against passport identity and policy before execution, while failproofai combines runtime controls with run tracing and observability. The main difference is that aport-agent-guardrails centers on passport-based authorization and repository checks, whereas failproofai emphasizes harness-wide histories, policies, and analysis.

aport-agent-guardrailsfailproofai
LanguageShellTypeScript
Stars286.9k
Forks4530
Last analyzedOct 23, 2026Oct 28, 2026

Key differences

  • aport-agent-guardrails uses the Open Agent Passport standard; failproofai provides built-in and custom JavaScript policies through a shared policy API.
  • aport-agent-guardrails includes a GitHub Actions repository guard; failproofai focuses on agent-run capture, local history, dashboards, and hosted trace analysis.
  • aport-agent-guardrails is listed as Shell and requires Node.js 18 or newer for its setup wizard; failproofai uses TypeScript and Rust, and its CLI requires Node.js 20.9 or later and Rust.
  • aport-agent-guardrails offers API or narrower local evaluation, with fail-closed behavior by default; failproofai offers local run history and a hosted observability service.
  • aport-agent-guardrails has 28 stars and 4 forks, with measured contributor activity concentrated in one person; failproofai has 6.9k stars and 530 forks, with contributions from multiple people.
  • aport-agent-guardrails records allow and deny decisions, while failproofai records model and tool calls, hook decisions, and blocked operations in run history.

Choose aport-agent-guardrails if you…

  • need passport-based checks before supported agent tools execute.
  • want a GitHub Actions repository guard alongside runtime integrations.
  • prefer local policy evaluation or need enforce, warn, and observe rollout modes.
Read the aport-agent-guardrails analysis →

Choose failproofai if you…

  • need local traces and a dashboard to inspect agent runs.
  • want built-in risk policies or custom JavaScript policies for supported harnesses.
  • need hosted trace analysis, execution graphs, or fleet-wide alerts.
Read the failproofai analysis →

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This comparison is generated with AI from the OSRepos analyses of both projects. Always check each project's repository and documentation before choosing.