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Playbook › Operate: quality & scale

Operate: quality & scale

The operate phase: durable, scalable, minimal AI debt. Operation is not an afterthought phase; it is the standing proof that the platform improves without drifting. Everything here is run by the Environment layer and measured against the maturity benchmarks set in Track 2.

Observability of the full runtime

Content-blind tracing of every run: structure, timing, and spend recorded, deal data never. Dashboards per agent and per tenant cover cost against each run's declared budget, latency per tool call and chain, gate metrics in both failure directions, and eval score trends. The audit trail is append-only, and every generated deliverable is logged with its template version, so outputs stay as traceable as the values inside them.

Token optimization and performance

The operational loop tunes what the traces reveal: model routing mix within plane cost ceilings, compaction policy, caching, parallel tool calls wherever the dependency graph allows, and effort scaling so simple jobs never spend like complex ones. Every tuning lands as a versioned configuration change through CI; silent drift is a defect. Clean-instance comparison is the test bench before any tuning ships.

Durability and the AI-debt checklist

RuleWhy it prevents debt
Generated views, never hand-editedDocuments and configs cannot drift from their sources
Registry-only deploysNo shadow agents; nothing unregistered can obtain credentials
Build-twice ruleShared assets are promoted on the second occurrence, never speculatively
Deprecate, never deleteHistory stays reconstructable; rollbacks stay possible
Versioned everythingOntology pins, model pins, config releases: reproducibility survives improvement
Two sealed loopsOperational tuning and knowledge promotion never contaminate each other

Scale-out

Growth follows the SSRA arithmetic rather than a rewrite: a new use case adds one skill file, a new client adds one binding and one generated constitution, a new data source adds one south server registered in the library. The playbook re-runs per engagement, and every run makes the next one faster because overlays, connectors, and agents compound in the platform.