Limits checked every step
An iteration cap, a wall-clock deadline where each run gets only the time left, and a token budget checked before every step and every judge call. A cancel never finalizes as success.
In a local agent orchestration app I built in 2026, agents could run inside a bounded outcome loop: each attempt was graded by deterministic checks and, where criteria need judgment, a rubric-based LLM judge. Failures went back as feedback until the work passed or a limit stopped the loop.
Inside the loop, by design: no recursive agent spawning, no picking roles from prompt text, and no unmetered model call.
An iteration cap, a wall-clock deadline where each run gets only the time left, and a token budget checked before every step and every judge call. A cancel never finalizes as success.
Deliverables on disk, metric thresholds, assertions with no eval, and repo-local scripts that are path-jailed, time-boxed, and judged by exit code. None of them spends a token.
Deliverable checks and the judge see only this iteration's new outputs, so a failed or empty run can't pass on an earlier run's work.
Some criteria need judgment, so a rubric-based LLM judge grades them. It is built to fail closed.
I'm open to applied AI, automation, and forward-deployed roles.