Inference AIops
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TDQS
Scored across 39 tools
Several tool pairs overlap heavily: engine_request_metrics vs request_metrics, engine_queue_depth vs queue_depth, and diagnose_engine_latency vs diagnose_latency_spike differ only by the engine-agnostic vs vLLM-specific nuance, which relies on careful reading. model_undeploy, scale_to_zero, and deployment_redeploy also have fuzzy boundaries when the goal is 'stop serving'. Descriptions do help disambiguate, but the near-duplicate pairs invite misselection.
The set mixes verb_noun (scale_replicas_up, lora_load, model_deploy) with noun_verb patterns (engine_request_metrics, serve_deployment_list, replica_restart, deployment_status, cost_per_token). Prefixes like engine_/ray_/serve_ add grouping but are applied inconsistently. It stays readable but no single predictable convention governs the set.
39 tools is well above the comfortable range and the surface is heavy for what is essentially a monitoring/ops console. The count is inflated by engine-agnostic vs engine-specific duplicates and by three tools that only ever return a refusal. It feels overstated for the domain.
Coverage is broad: deploy/undeploy, replica scaling, autoscale config, LoRA load/unload, sleep/wake, health/inventory/queue/cache metrics, RCA diagnostics, Ray cluster/job control, and an undo lifecycle. Gaps are minor, though routing_policy_update, replica_restart, and drain_replica exist only to reject requests, which adds surface without capability.