MCP HubMCP Hub
SKILL·1C9230

launch-runbook

rampstackco
Actualizado 25 days ago
3 vistas
953
132
953
Ver en GitHub
Metadesign

Acerca de

Esta habilidad ayuda a los desarrolladores a crear y ejecutar un runbook estructurado para el lanzamiento de sitios web o despliegues de productos. Coordina todo el proceso de puesta en marcha, incluyendo comprobaciones previas al lanzamiento, migración de DNS, procedimientos en vivo, monitorización y planes de reversión. Úsala al planificar cualquier lanzamiento importante a producción, migración o lista de verificación del día de despliegue.

Instalación rápida

Claude Code

Recomendado
Principal
npx skills add rampstackco/claude-skills -a claude-code
Comando PluginAlternativo
/plugin add https://github.com/rampstackco/claude-skills
Git CloneAlternativo
git clone https://github.com/rampstackco/claude-skills.git ~/.claude/skills/launch-runbook

Copia y pega este comando en Claude Code para instalar esta habilidad

Documentación

Launch Runbook

Plan and execute the launch of a website, product, or major release. The runbook is the document everyone uses on launch day. Stack-agnostic.

This skill is for the launch event. For pre-launch QA, use qa-testing. For post-launch incident handling, use incident-response.


When to use

  • Launching a new website or major redesign
  • Migrating from one platform to another
  • Releasing a major product or feature
  • Coordinating cross-team launches
  • Building a runbook for a recurring deploy

When NOT to use

  • Pre-launch testing (use qa-testing)
  • Post-launch incident response (use incident-response)
  • After-launch retrospective (use after-action-report)

Required inputs

  • The launch scope (what's being launched)
  • The launch window (date, time, duration)
  • The team (roles, on-call rotation)
  • The rollback criteria (when to abort)
  • The communication plan (who tells whom what, when)

The framework: 4 phases

A launch has four phases. The runbook covers all four.

Phase 1: Pre-launch (T-30 days to T-1 hour)

Verify everything is ready before the launch window.

T-30 days:

  • Final scope locked
  • Cross-team commitments confirmed
  • Pre-launch QA scheduled
  • Comms plan drafted

T-7 days:

  • Pre-launch QA complete
  • All critical and major issues resolved
  • Performance baseline measured
  • Rollback procedures documented and tested
  • DNS TTL lowered (if DNS change is part of launch)

T-1 day:

  • Final go/no-go meeting
  • Roles confirmed
  • Communication channels set up
  • Backup of current production state

T-1 hour:

  • Team assembled in shared communication channel
  • Tools and access verified
  • Final smoke test on staging

Phase 2: Cutover (T-0)

The actual launch. Sequenced steps with owners and verifications.

Standard cutover steps:

  1. Announce start to internal team
  2. Enable maintenance mode (if applicable)
  3. Run final database migrations (if applicable)
  4. Deploy code to production
  5. Verify deploy completed without errors
  6. Run smoke tests on production
  7. DNS cutover (if applicable)
  8. Verify DNS propagation
  9. Disable maintenance mode
  10. Run full smoke tests on production
  11. Announce launch to internal team
  12. Begin monitoring window

Each step has:

  • Owner
  • Pre-conditions
  • Action
  • Verification
  • Time estimate
  • Rollback procedure

Phase 3: Verification (T+0 to T+24 hours)

Confirm the launch is healthy.

Within first hour:

  • Critical user flows working (checkout, signup, login)
  • No spike in error rates
  • Performance within expected ranges
  • Analytics tracking firing
  • Email and notifications working

Within first 24 hours:

  • No regression in key business metrics
  • No accumulating error patterns
  • Core Web Vitals stable
  • Search Console showing no critical issues (if SEO-relevant)

Phase 4: Stabilization (T+24 hours to T+7 days)

Monitor the long tail.

  • Track error rates day over day
  • Track performance day over day
  • Track key business metrics vs baseline
  • Address any non-blocking issues identified
  • Plan the AAR (after-action report)

Roles and responsibilities

A launch has clear role assignments. Ambiguity here is the most common cause of launch chaos.

RoleResponsibility
Launch leadOwns the runbook. Calls go/no-go. Calls rollback.
Deploy operatorExecutes the technical deploy steps.
QA leadRuns verification tests and confirms each milestone.
Comms leadPosts internal updates, manages external messaging.
On-call engineerAvailable for issues during and after launch.
Stakeholder repApproves on behalf of business stakeholders.

For small teams, one person may fill multiple roles. Each role's responsibilities should still be explicit.


Rollback criteria

Define before the launch. Decisions are easier to make pre-emptively than under pressure.

Automatic rollback triggers:

  • Error rate exceeds X percent of normal
  • Critical user flow (defined) is broken
  • Database integrity issue
  • Security vulnerability discovered post-deploy

Discretionary rollback triggers:

  • Performance degradation beyond Y percent
  • Significant degradation in key business metric
  • Customer-facing error patterns

Decision authority: The launch lead calls rollback. Pre-define who acts as deputy if launch lead is unavailable.


Communication plan

Internal channels

  • Primary launch channel: Real-time chat for the launch team only
  • Status channel: Broader internal updates
  • War room: Optional video call for high-stakes launches

Update cadence during launch

  • Every 15 minutes during cutover
  • Every hour during verification phase
  • Daily during stabilization phase

External communication

  • Customer-facing announcement: Pre-drafted, scheduled to publish at confirmed-success milestone
  • Status page: Updated proactively if any user impact
  • Support team: Briefed in advance on what's launching, common questions, escalation path

Workflow

  1. Build the runbook 30 days out. Scope, sequence, roles, rollback criteria, comms plan.
  2. Test the rollback procedure. Untested rollback is hope, not procedure.
  3. Run a tabletop exercise. Walk through the runbook with the full team. Find gaps.
  4. Lower DNS TTL 48 to 72 hours before launch (if DNS change is part of launch).
  5. Day-of: Run the runbook step by step. Verify each step before moving to next.
  6. Monitor. First hour, first day, first week. Document anything noteworthy.
  7. Schedule the AAR within 1 to 2 weeks of launch.

Failure patterns

  • Runbook written by one person, not reviewed. Single perspective misses scenarios.
  • No tested rollback. Discovering rollback is broken at the moment you need it.
  • Vague step descriptions. "Deploy to production" without specifying which tool, which command, which environment.
  • No verification step after each action. Errors propagate.
  • Communication gaps. Team doesn't know launch is happening, or doesn't know it succeeded.
  • Launching at end of day Friday. Or before a holiday. Reduce the time available to respond.
  • Skipping pre-launch QA to hit a date. The bugs appear on launch day instead.
  • Launch fatigue. Long launches without breaks lead to errors. Plan rest cycles for multi-day launches.
  • No on-call for first 24 hours. Someone must be reachable.

Output format

Default output: a markdown runbook at launch-runbook-[project].md plus supporting checklists.

Structure:

  1. Launch metadata (what, when, who)
  2. Roles and responsibilities
  3. Pre-launch checklist (T-30, T-7, T-1, T-1hr)
  4. Cutover sequence (numbered steps, owners, verifications)
  5. Rollback procedure
  6. Rollback criteria (automatic and discretionary)
  7. Communication plan
  8. Verification checklist (first hour, first day)
  9. Stabilization plan (first week)
  10. Contacts (escalation paths, on-call)

Reference files

Repositorio GitHub

rampstackco/claude-skills
Ruta: dist/codex/.agents/skills/launch-runbook
0
agent-skillsai-agentsanthropicclaudeclaude-aiclaude-code
FAQ

Preguntas frecuentes

¿Qué es el Skill launch-runbook?

launch-runbook es un Skill de Claude creado por rampstackco. Los Skills agrupan instrucciones y recursos que Claude carga cuando los necesita para realizar tareas relacionadas con launch-runbook sin indicaciones adicionales.

¿Cómo instalo launch-runbook?

Usa los comandos de instalación de esta página: añade launch-runbook a Claude Code como plugin o clona su repositorio en tu directorio de skills y reinicia Claude para cargarlo.

¿A qué categoría pertenece launch-runbook?

launch-runbook pertenece a la categoría Meta.

¿Se puede usar launch-runbook gratis?

Sí. launch-runbook aparece en AIMCP y se puede instalar gratis.

Habilidades relacionadas

content-collections
Meta

Esta habilidad proporciona una configuración probada en producción para Content Collections, una herramienta centrada en TypeScript que transforma archivos Markdown/MDX en colecciones de datos con tipado seguro mediante validación Zod. Úsala al construir blogs, sitios de documentación o aplicaciones Vite + React con mucho contenido para garantizar seguridad de tipos y validación automática de contenido. Abarca todo, desde la configuración del plugin de Vite y compilación MDX hasta la optimización de despliegue y validación de esquemas.

Ver habilidad
polymarket
Meta

Esta habilidad permite a los desarrolladores crear aplicaciones con la plataforma de mercados de predicción Polymarket, incluyendo la integración de API para operaciones y datos de mercado. También proporciona transmisión de datos en tiempo real a través de WebSocket para monitorear operaciones en vivo y actividad del mercado. Úsela para implementar estrategias de trading o crear herramientas que procesen actualizaciones de mercado en tiempo real.

Ver habilidad
creating-opencode-plugins
Meta

Esta habilidad ayuda a los desarrolladores a crear complementos de OpenCode que se conectan a más de 25 tipos de eventos, como comandos, archivos y operaciones LSP. Proporciona la estructura del complemento, las especificaciones de la API de eventos y los patrones de implementación para módulos en JavaScript/TypeScript. Úsala cuando necesites interceptar, monitorear o extender el ciclo de vida del asistente de IA de OpenCode con lógica personalizada basada en eventos.

Ver habilidad
sglang
Meta

SGLang es un framework de alto rendimiento para el servicio de LLM que se especializa en generación rápida y estructurada para JSON, expresiones regulares y flujos de trabajo de agentes utilizando su caché de prefijos RadixAttention. Ofrece una inferencia significativamente más rápida, especialmente para tareas con prefijos repetidos, lo que lo hace ideal para salidas complejas y estructuradas, y conversaciones multiturno. Elige SGLang sobre alternativas como vLLM cuando necesites decodificación restringida o estés construyendo aplicaciones con uso extensivo de prefijos compartidos.

Ver habilidad