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Consume Hypatia route metadata with active blast-radius management #264
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automationBots, schedulers, dispatch, self-healing, fan-outBots, schedulers, dispatch, self-healing, fan-outenhancementNew capability or improvement to existing behaviourNew capability or improvement to existing behaviourpriority:p2Normal - queue itNormal - queue itscope:repoConfined to this repositoryConfined to this repositorystatus:readyFully specified and ready to be picked upFully specified and ready to be picked up
Description
Activity
Metadata
Metadata
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automationBots, schedulers, dispatch, self-healing, fan-outBots, schedulers, dispatch, self-healing, fan-outenhancementNew capability or improvement to existing behaviourNew capability or improvement to existing behaviourpriority:p2Normal - queue itNormal - queue itscope:repoConfined to this repositoryConfined to this repositorystatus:readyFully specified and ready to be picked upFully specified and ready to be picked up
Failure type
The fleet receives Hypatia findings, but actuation is not tied to structured route/safety metadata or active blast-radius management.
Evidence
echidnahas large Hypatia alert buckets, including workflow hygiene, language migration, structural drift, and code-safety findings. Some are mechanical PR candidates, some require proof review, and some are scanner/reporting hygiene. Treating them all as generic findings means the fleet either does nothing useful or risks acting on shallow labels.Expected behavior
gitbot-fleetshould consume Hypatia's structured metadata and decide:rhodibot,echidnabot,panicbot,sustainabot, or executor;Active-management requirements
Acceptance criteria
hypatia.finding_id, category, class, route, and dispatch safety.