Policy enforcement and execution sandboxing for autonomous AI agents.
Deterministic policy enforcement and zero-trust identity for AI agent deployments.
This toolkit provides deterministic policy enforcement, zero-trust identity, and execution sandboxing for autonomous AI agents. It is designed for engineers shipping multi-agent systems to production who need verifiable control over agent actions.
It intercepts tool calls, message sends, and agent delegations in application code before model intent reaches the wire. It evaluates YAML-based policies through an integrated engine, logging decisions to an audit trail and raising errors when actions violate defined rules.
It suits backend and security engineers deploying autonomous AI agents that interact with external tools or databases. It does not suit teams relying solely on prompt-level safety instructions or those lacking Python/multi-language application integration experience.
Intercepts tool calls in application code to block unauthorized actions before execution.
Tracks specific agent actions within multi-agent systems sharing credentials.
Provides policy engines and wrappers for Python, TypeScript, .NET, Rust, and Go.
Logs decisions with active policies, requested actions, and rationale for compliance.
Free under its MIT licence. There is no paid hosted option mentioned in the README, so the only cost is running and maintaining it yourself.
880 open remote AI-training roles, updated November 15, 2026; most pay $20–$175 an hour. Zekai lists them free; the application goes to the employer’s platform.
It intercepts tool calls in deterministic application code before execution, making forbidden actions structurally impossible regardless of model behavior.
Yes, SDKs and integration wrappers are available for TypeScript, .NET, Rust, and Go.
The execution raises a GovernanceDenied exception and logs the blocked action to the audit trail.
See Zekai first in Google