AI controls that enforce before they report

    AI controls are the measures that bound what an AI system is allowed to do — and that prove what it did. The ones that matter are enforced before execution. A control that only reports after the fact isn't a control; it's a record of something you couldn't stop.

    As organizations move AI from pilots to production, "what controls do you have on your AI?" becomes a real question from security, finance, and auditors. The honest answer for most teams is monitoring and dashboards — which observe, but don't decide.

    Controls decide; monitoring observes

    The distinction is the whole game. Monitoring tells you a request was expensive, out of policy, or wrong — after it ran. A control evaluates the request first and can deny, constrain, or throttle it before anything happens.

    • Policy controls — which providers, models, and actions are allowed
    • Budget controls — spend caps enforced before tokens are consumed
    • Scope controls — an agent acts only within what its task permits
    • Rate controls — a runaway loop hits the boundary, not your bill

    How Keel enforces AI controls

    Keel sits in the request path and evaluates a permit before each AI action — a fail-closed decision against the controls you define. Anything outside policy doesn't get a permit and doesn't run. Each decision becomes a tamper-evident, independently verifiable record.

    That means your AI controls aren't just configured — they're demonstrable. When someone asks whether a control was in force and what it decided, you have proof a third party can check without trusting Keel.

    Why proof matters as much as enforcement

    A control you can't demonstrate is a control you can't defend in a review. Keel binds each decision to verifiable evidence, so "we have AI controls" becomes "here is what each control decided, and you can verify it yourself."

    Frequently asked questions

    What are AI controls?

    AI controls are the technical and policy measures that bound what an AI system is allowed to do — which actions, which data, which spend — and that produce a record of what it did. Effective AI controls are enforced before execution, not just monitored after.

    What's the difference between AI controls and AI monitoring?

    Monitoring observes what an AI system did after the fact. Controls decide what it's allowed to do before it acts. Monitoring tells you a problem happened; a control stops it. Keel enforces controls at a pre-execution permit and records verifiable evidence of each decision.

    How do you prove AI controls are working?

    Keel records each control decision — allow, deny, or constrain — as tamper-evident, independently verifiable evidence, so you can demonstrate to an auditor that the controls were in force and what they decided, without trusting Keel.