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Glossary

AI Agent Governance

AI agent governance is the set of policies, controls, and monitoring practices that define what autonomous AI agents are permitted to do, how their actions are audited, and how humans retain meaningful oversight of agent behavior in production systems.

As AI agents take on more consequential work — modifying production code, merging pull requests, interacting with customers — the question of how to maintain accountability becomes critical. Governance answers: who authorized this action, what constraints applied, how was the outcome verified, and what recourse exists if something went wrong?

Governance controls typically include: role-based access (agents can only act within their defined scope), approval gates (certain actions require human sign-off before execution), budget limits (caps on compute, token spend, or wall-clock time), audit logs (immutable records of every agent action), and kill switches (the ability to stop a rogue agent immediately).

The regulatory dimension is emerging. The EU AI Act, US executive orders on AI, and sector-specific guidance are beginning to impose requirements on autonomous AI systems in regulated industries. Governance infrastructure built for operational reasons often satisfies these requirements as a side effect.

How this relates to Fleet

Fleet implements governance as first-class infrastructure. Every agent action is logged to the audit trail. Approval gates can be configured per-pipeline stage. Risk scoring continuously evaluates each agent and triggers automatic quarantine when risk reaches the critical level. Per-agent run-time budgets are enforced at the agent level. Humans retain full override capability at any point.

Frequently asked questions

What is the minimum governance setup for a production AI agent deployment?

At minimum: an audit log of every action, a budget limit to prevent runaway cost, approval gates before any irreversible action (merging code, deploying to production), and a documented process for stopping or rolling back agents. Anything beyond this is valuable but these four controls cover the most common failure modes.

How is AI agent governance different from traditional software access controls?

Traditional access controls are binary — a service account either has permission or does not. Agent governance must also address the quality and intent of actions within permitted scope: an agent might have write access to a repository but still be taking actions that are technically permitted but operationally harmful. Risk scoring and behavioral monitoring extend governance into the content of what agents do, not just whether they are authorized.

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