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数据与研究 · SKILL.md

together-prod-checklist

together-prod-checklist

【数据与研究】Review a Together AI production release across model policy, auth, data controls, dynamic limits, retries, observability, cost, deprecations, asynchronous recovery, and rollback. Use when reviewing go-live or a material model change. Trigger with "Together production checklist", "Together go live", or "Together readiness review".

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技能说明

GitHub

name: together-prod-checklist description: >- Review a Together AI production release across model policy, auth, data controls, dynamic limits, retries, observability, cost, deprecations, asynchronous recovery, and rollback. Use when reviewing go-live or a material model change. Trigger with "Together production checklist", "Together go live", or "Together readiness review". argument-hint: "[repository-path] [environment] [model-or-endpoint]" allowed-tools: Read, Glob, Grep, WebFetch, Write, Edit version: 1.9.0 author: Jeremy Longshore jeremy@intentsolutions.io license: MIT tags:

  • saas
  • together-ai
  • production-readiness model: inherit effort: high compatibility: Designed for Claude Code; verification may require deployment, telemetry, billing, and Together project access

Together AI Production Checklist

Overview

This skill produces a release decision backed by current provider, application, security, reliability, quality, and cost evidence.

Prerequisites

  • A pinned release artifact and environment configuration
  • Model/endpoint quality, latency, availability, and cost thresholds
  • Secret, data handling, monitoring, incident, and rollback owners
  • Current Together model, limit, pricing, and deprecation evidence

Tool Discipline

Use Read, Glob, and Grep to inspect configuration, model policy, retry logic, tests, and runbooks. Use WebFetch for current Together contracts. Use Write or Edit only for approved remediation or the release record.

Current Contract

  • Resolve model IDs and deprecation status at review time; do not trust an old README.
  • Read dynamic limit headers and bound concurrency, tokens, retries, and queues.
  • Separate serverless, batch, fine-tuning, and dedicated failure/recovery paths.
  • Dedicated replicas require explicit cost shutdown; batches require output/error reconciliation.

Authentication

Verify environment-specific project keys, secret-manager injection, rotation/revocation, fork isolation, and log redaction. Never prove readiness by displaying a credential or authorization header.

Instructions

  1. Pin artifact, SDK major, configuration, model policy, and environment identity.
  2. Verify authentication, data classification, redaction, retention, and tenant isolation.
  3. Run offline tests and a bounded live canary for response shape, latency, quality, usage, and limits.
  4. Exercise 401, 402, 404, 429, 503, timeout, partial batch, and model-deprecation paths.
  5. Reconcile spend forecasts with billing analytics and confirm alerts and dedicated teardown.
  6. Execute rollback/degradation evidence, assign all exceptions, and issue go, conditional-go, or no-go.

Approval Boundaries

Do not waive a failed security, quality, cost, or recovery control. Conditional approval must name the owner, deadline, monitoring, and rollback trigger.

Output

Return a control-by-control evidence matrix, exceptions, owners, current-provider snapshot, rollback result, cost state, and release verdict.

Error Handling

ConditionResponse
Model is deprecated or redirectedRe-evaluate behavior and migrate before go-live.
Live probe cannot runDo not report it passed; issue an explicit exception or no-go.
Cost/usage is unreconciledBlock capacity changes and assign the billing owner.
Rollback failsNo-go until a recoverable path is proven.

Examples

The example below shows the minimum redacted evidence expected from a successful invocation of this operator workflow.

artifact=pinned; auth=pass; model=current; limits=measured; rollback=pass; verdict=go

Resources

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