Use case · Secure AI deployment

Secure AI code deployment begins before merge.

Reduce the risk of deploying AI-generated code with pre-merge evidence gates, risk reports, and AI coding agent verification.

Direct answer: Secure AI code deployment means generated code is not shipped merely because it compiles or passes a narrow test. It is accepted only after evidence shows the change matches intent, avoids obvious shortcuts, and has an explicit risk profile.

The deployment risk

AI-generated code can introduce subtle security, reliability, and data-handling problems while still looking clean in a diff.

The safest deployment posture is to treat agent-created work as untrusted until a separate verification gate produces a reviewable receipt.

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Pre-merge evidence

Intent mapping, test strength, risky file detection, secret-handling checks, dependency awareness, migration risk, and explicit unknowns all belong in the acceptance path.

FeelGoot focuses on building that evidence trail for the human reviewer and the engineering system.

Security-sensitive workflows

Authentication changes, authorization rules, billing logic, customer data pipelines, infrastructure-as-code, release automation, and emergency fixes should receive a higher evidence threshold.

Direct answers.

Is AI-generated code secure by default?

No. AI-generated code should be reviewed and verified like any other code, with additional attention to evidence and intent alignment.

What does FeelGoot add to security review?

FeelGoot adds an evidence-oriented pre-acceptance layer that flags weak proof, shortcut risk, and risky change areas.

Does this replace security scanning?

No. FeelGoot complements scanners by checking completion evidence and agent-specific failure patterns.

Give AI coding agents an evidence gate.

Request early access if your team needs AI-generated code review, completion gates, agent evaluation, or proof-oriented engineering workflows.

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