mcpbeat

Pmstudio Recovery

coco-research/pmstudio-recovery

Generate detailed service restoration runbooks with step-by-step procedures. Use when someone asks to "create recovery procedures", "restoration runbook", "recovery steps", "how to restore service", or needs tactical step-by-step procedures for recovering from disaster scenarios. This is the execution companion to the DR plan — DR defines what and when, recovery-plan defines exactly how. Requires a DR plan to exist (will prompt to run /pmstudio-dr first if missing).

1k tokens
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the whole folder, loaded on every use
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instructions only
0
copies elsewhere
how many repositories repackaged it
196
stars on the repo
on the repository, not the skill itself

Install

one command, takes just this skill from the repository
npx skills add https://github.com/coco-research/coco --skill pmstudio-recovery

The instruction itself

10 sections, as written by the author

Recovery Plan — Service Restoration Runbooks

Purpose

Generates step-by-step runbooks for each disaster scenario defined in the DR plan. These are tactical execution documents — meant to be followed during an actual incident by someone who may not be the person who wrote the plan.

Prerequisites

Hard dependency: A DR plan must exist at Operational/DR-Plan-*.html. If not found, respond:

> "No DR plan found for this project. The recovery plan is built from DR plan scenarios and RTO/RPO targets. Run /dr-plan first to create one, then run /recovery-plan to generate the runbooks."

Process

Step 1: Read Context

Required:

  • Operational/DR-Plan-*.html — scenarios, RTO/RPO targets, dependencies, communication plan
  • CLAUDE.local.md — architecture, contacts, integrations

Optional (enriches the runbooks):

  • Operational/IRP-*.html — escalation matrix, communication templates
  • PRD/*.html — integrations detail, technical considerations
  • Architecture/ — system diagrams for reference

Step 2: Extract Scenarios

From the DR plan, extract:

  • Each disaster scenario (name, description, trigger condition)
  • RTO/RPO targets per component
  • Dependencies and contacts
  • Manual workarounds

Step 3: Generate Runbooks

Output: Operational/Recovery-Procedures-{ProductName}-{Date}.html

Self-contained HTML. Zero CDN dependencies — this must work offline during recovery.

Structure: One runbook per disaster scenario, plus a general section.

General Section:

## Before Any Recovery

### Emergency Contacts
| Role | Name | Phone | Email |
|------|------|-------|-------|
| PM / Incident Commander | ... | ... | ... |
| Technical Lead | ... | ... | ... |
| Vendor Support | ... | ... | ... |
| Security POC | ... | ... | ... |

### Tools Needed
- Access to vendor admin console
- Access to monitoring/status page
- Access to communication channel (Slack/Teams/email)
- Access to backup location (Snowflake/SharePoint)

### Recovery Principles
1. Communicate first, then fix
2. Document every action and timestamp
3. Verify each step before proceeding to next
4. If stuck for >15 minutes on any step, escalate

Per-Scenario Runbook:

## Scenario: {Name}

**Trigger:** {How you know this is happening}
**Target RTO:** {time} | **Target RPO:** {time}
**Severity:** {from IRP if exists}

### Pre-Conditions
- [ ] Incident declared and logged
- [ ] Incident Commander assigned
- [ ] Stakeholders notified (initial)

### Recovery Steps

| # | Action | Owner | How to Verify | Est. Time |
|---|--------|-------|--------------|-----------|
| 1 | {action} | {role} | {verification} | {minutes} |
| 2 | ... | ... | ... | ... |

**Cumulative time: {sum} — within RTO: {yes/no}**

### Decision Points
- After step N: If {condition}, go to step M instead
- After step N: If {condition}, escalate to {person}

### Verification Checklist
- [ ] Service accessible to users
- [ ] Data integrity confirmed (spot-check N records)
- [ ] All integrations responding
- [ ] No error alerts in last 15 minutes
- [ ] Stakeholders notified of restoration

### If Recovery Fails
- At step N: {rollback action}
- Escalation: {who to call}
- Alternative: {manual workaround from DR plan}

### Post-Recovery
- [ ] Update incident log with recovery timeline
- [ ] Schedule PIR within 48 hours
- [ ] Document any deviations from this runbook
- [ ] Update this runbook with lessons learned

Step 4: Validate Timing

For each runbook, sum the estimated step times. Compare to RTO:

  • If total < RTO: Good.
  • If total > RTO: Flag as risk. Ask user: "Steps total {X} but RTO is {Y}. Should we adjust the RTO or find ways to parallelize steps?"

Step 5: Present for Review

Show all runbook outlines with step counts and timing. Ask for approval before writing.

Critical Rules

  • Written for execution, not understanding. Each step should be a clear action ("Open {URL} and click Settings > Backup > Export"), not a description ("The admin should initiate a backup process").
  • Every step has verification. Don't move to step N+1 without confirming step N succeeded.
  • Include decision trees. Real recovery rarely follows a straight line. Document branch points.
  • Timing must be realistic. Don't estimate "1 minute" for something that requires vendor response. Use pessimistic estimates.
  • Offline-capable. Zero CDN dependencies. Print-friendly CSS. Someone may be reading this on a phone with spotty internet.
  • Contacts are phone numbers, not just emails. During a crisis, email is slow. Include phone numbers for all critical contacts.

How to use it

Copy the folder

Take coco-research/pmstudio-recovery from the repository into ~/.claude/skills for personal use, or into .claude/skills inside a project.

Check the name does not clash

The agent identifies a skill by the name field in its header. Two skills with the same name cannot sit side by side — one of them will be ignored.