Mission Control

Preamble

Mission Control watches a run while intervention can still matter: blocked, overconfident, under-specified, in the wrong lane, losing context, or ready for handoff.

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A Console Needs Teeth

A dashboard can make a failing run look governed. The panel changes, the status updates, the logs keep moving, and the agent continues down the wrong path with a better costume.

Mission Control becomes useful when watching turns into intervention. It needs stop rules, escalation rules, recovery rules, and handoff rules that fire before rework becomes the default price of motion.

Control Means Intervention

The hard signal is interruption. A run should pause when attribution is unresolved, context is missing, the wrong agent is acting, confidence outruns evidence, or a decision point needs the operator. It should also know when to keep moving because the risk is local and reversible.

Too much intervention turns every run into bureaucracy. Too little intervention lets the machine turn early mistakes into finished artifacts. Mission Control lives in the width of that line.

Handoff Is Compression Loss

A handoff is where context often dies. One agent finishes with a summary that hides uncertainty, the next agent accepts the summary as truth, and the project inherits a cleaner story than the evidence deserves.

Mission Control should make handoffs inspectable: last action, next step, blocker, files touched, tests run, confidence, open risks, and the reason another agent should act. The handoff has to preserve enough friction that the next model can disagree.

The First Real Proof

Mission Control is proven when it stops or redirects a real run before the damage compounds. The signal is a blocked loop recovered, a bad lane changed, a handoff corrected, or an overconfident run forced back to evidence.

Until then, the system can observe. It has to learn how to interrupt.