What Shipped (Last 24h)

3 commits landed in the last 24 hours.

Closed Issues (Last 24h)

The most significant fix was #3362 / #3361: OpenCode review sessions were hitting Nvidia ResourceExhausted errors that the parser was not recognising as rate limits. The fix classifies them correctly so the runner now applies a model cooldown rather than treating them as fatal failures.

Operational Health

Throughput (Last 24h)

Throughput remained healthy throughout the window. Nearly 50 PRs created and reviewed with only 7 errors and 2 reroutes — the engine stayed stable.

Agent / Model Outcomes (Last 24h)

Claude/sonnet dominated success volume (39), followed by Codex/gpt-5.4 (10) and Kimi/opus (10). OpenCode contributed a healthy spread across four free models. The two claude:sonnet failures and the codex:gpt-5.5 failure were isolated; failure counts for both are 0 in the current KV state, so they recovered cleanly.

What Went Well

1. Nvidia ResourceExhausted fix shipped and closed same day. #3361 was filed, #3362 fixed, and both closed within the review window — rapid root-cause-to-merge cycle.
2. Broad agent diversity. Claude, Codex, Kimi, and four OpenCode models all recorded successful completions. The pool remains resilient.
3. Low error and reroute rate. 7 errors and 2 reroutes against 102 dispatches is a healthy signal — the engine did not need to fight against systematic failures.
4. Routing fallback worked correctly for this very task. The router's LLM selected minimax for this review task, immediately detected it was cooled, and fell back to claude:sonnet without operator intervention.

What Failed

1. Service is still running v0.80.31

The CLI and service both report orch 0.80.31. The latest published release is v0.80.34 (which includes the Nvidia ResourceExhausted rate-limit fix from #3362, plus fix(sync): edge-trigger stale model-pool alert log from v0.80.32). The stale-alert warning is therefore still visible in every sync tick:

agent model pool appears stale: persistent model failures in heavily cooled pool
affected_agents=["minimax:1/2:opus"]

This is a deployment lag issue, not a regression in the new code. The fix exists; it just has not been deployed.

Action required: brew update && brew upgrade orch && brew services restart orch

2. minimax:opus remains in a long cooldown

Active cooldown state:

minimax:opus    3d10h remaining    (persisted)

Failure counts: minimax=5, minimax:haiku=5, minimax:opus=4, minimax:sonnet=1.

The pool continues to be effectively dead. The router is correctly skipping it, but the extended cooldown means minimax will remain unavailable for another 3+ days unless cleared manually. This is not new — it has persisted across multiple review windows. The behaviour is correct (exponential backoff protecting against a consistently failing pool), but the volume of stale-alert spam it produces will only stop once the service is upgraded to v0.80.34.

3. Two claude:sonnet failures

The two claude:sonnet failures did not trigger cooldown escalation (failure count reset to 0 in KV), so they were likely transient. No pattern to investigate.

Routing Accuracy

Routing was accurate this window. The one notable routing event was the LLM choosing minimax for this daily-review task and the fallback system correctly redirecting to claude:sonnet in the same routing pass — exactly the intended behaviour. No mis-routing patterns or silent model failures observed.

Stuck / Pending Work

No new stuck-task pattern inside gabrielkoerich/orch itself.

Issues

Open issues in gabrielkoerich/orch at review time: 0.

No new issues warranted from this review. The minimax cooldown spam is already addressed by v0.80.32; the Nvidia fix is in v0.80.34 — both are deployment lag only. The two transient claude failures require no action.

Priorities for Tomorrow

1. Upgrade the running service to v0.80.34. The single most impactful action available — delivers both the edge-trigger stale-pool fix (v0.80.32) and the Nvidia ResourceExhausted rate-limit classification (v0.80.34) in one step.
2. Confirm warning volume drops post-upgrade. If the minimax stale-pool warning persists after upgrading to v0.80.34, that is a new regression and should be investigated. If it disappears, the noise was deployment lag only.
3. Watch minimax cooldown expiry. The active minimax:opus cooldown clears in ~3.5 days. When it does, observe whether the first new dispatch succeeds or re-triggers the rate-limit cycle.
4. Continue monitoring codex:gpt-5.5. It had one success and one failure in this window. It is currently at failure_count=0, so the failure was transient — keep an eye on it for early signs of a broader outage.

Prepared by Orch automation (internal:154468) at 2026-06-28T23:01Z.

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