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orchestrate-cost-and-ops-metricslisted

Track and report operational metrics — model calls, token usage, cost estimates, runtime, and rate-limit (TPM/RPM) considerations — for a HackerRank Orchestrate submission, a graded requirement in the multi-modal-review challenge. Use when instrumenting an agent's LLM calls, when preparing final approach documentation, or when the interview is likely to ask "how would this scale" or "what does this cost to run."
NITISH-R-G/hackerrank-orchestrate-skills · ★ 3 · AI & Automation · score 71
Install: claude install-skill NITISH-R-G/hackerrank-orchestrate-skills
# Orchestrate: Cost and Operational Metrics **Direct evidence**: the multi-modal-review (June) challenge's evaluation criteria explicitly list *"operational metrics: model calls, token usage, image usage, cost estimates, runtime, and TPM/RPM considerations"* as mandatory analysis. This reflects a broader signal from HackerRank's stated philosophy — evaluating whether a candidate/agent-builder thinks like someone who has to actually operate the system, not just get it to work once. ## What to instrument, concretely - **Model call count**: total calls made across the full run, broken down by purpose (classification calls vs. retrieval calls vs. validation-retry calls) if your architecture has distinct stages. - **Token usage**: input and output tokens, ideally per-call-type, summed for the full dataset run. - **Image usage** (multi-modal challenge specifically): how many images were sent to a vision model, at what resolution/size, since this is often the dominant cost driver in multi-modal pipelines. - **Cost estimate**: token/image counts × the provider's published per-unit pricing, presented as a real dollar figure for the full run — not just "it uses tokens." - **Runtime**: wall-clock time for the full dataset, and whether that's dominated by model latency, retrieval, or something else. - **TPM/RPM considerations**: whether your call pattern would hit a provider's tokens-per-minute or requests-per-minute limit at production scale, and what you'd do about it (batching, bac