launch

Convert scoped tickets into draft pull requests with review gates.

1|Updated May 15, 2026
One-click install
npx skills add https://github.com/mslshao/claude-harness --skill launch-mslshao
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: launch
Source: https://github.com/mslshao/claude-harness/tree/main/dotclaude/skills/launch
Command: npx skills add https://github.com/mslshao/claude-harness --skill launch-mslshao

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill automates the path from a well-scoped request to a draft pull request, reducing the overhead of manually planning, coordinating specialists, managing parallel implementation, and enforcing review gates before code is published.

Core Features & Use Cases

  • Context-to-execution pipeline: Accepts a Jira ticket, bead, Slack thread, Confluence draft, PR reference, or free text, enriches context, and converts it into an implementation plan before any coding starts.
  • Guardrailed planning and build orchestration: Runs challenge, consult, skeptic, and decision-maker passes to detect weak plans, ambiguous scope, wrong mechanisms, or routing mistakes before launching implementation agents.
  • Parallel code delivery with recovery: Creates a shared worktree, dispatches specialized agents by lane, tracks durable execution state, retries failed steps, runs review fan-out, and produces a draft PR.
  • Use cases: Ideal for engineering teams that want hands-off implementation of clear tickets, safe conversion of prior converge output into code, or disciplined multi-agent execution with explicit human approval before writing commits.

Quick Start

Ask the AI to use the launch skill on a specific Jira ticket or short implementation description and approve the presented launch plan if it looks correct.

Frequently Asked Questions about launch

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I turn a Jira ticket into a draft pull request automatically?

To turn a Jira ticket into a draft pull request, use the launch skill to enrich the ticket context, generate an implementation plan, and orchestrate multi-agent code generation in a shared worktree. It requires explicit human approval before writing commits and creating the draft PR.

What is multi-agent code generation from a scoped ticket?

Multi-agent code generation from a scoped ticket is a workflow where specialized agents are dispatched in parallel lanes within a shared worktree to implement code. It includes durable state recovery, checkpoint verification, and review fan-out to ensure robust execution before producing a draft PR.

How does implementation planning work before generating code from a Confluence note?

Implementation planning from a Confluence note works by enriching the note's context and running challenge, consult, skeptic, and decision-maker passes. These guardrailed planning gates detect weak plans, ambiguous scope, or wrong mechanisms before any implementation agents are launched.

Can I use Slack threads or PR references as input for automated code generation?

Yes, you can use Slack threads or PR references as input for automated code generation. The pipeline accepts Jira tickets, beads, Slack threads, Confluence drafts, PR references, or free text, enriches the context, and converts it into an implementation plan before coding starts.

Do I need to approve the implementation plan before the multi-agent execution writes commits?

Yes, you need to provide explicit human approval before execution. After the context is enriched and the internal plan converges through skeptic and decision-maker gates, the launch skill presents the plan for your approval before dispatching specialized implementation agents to write commits.

What happens if a specialized agent fails during parallel code delivery?

If a specialized agent fails during parallel code delivery, the workflow uses durable execution state tracking to retry failed steps. It operates within a shared worktree and runs checkpoint verification to recover from failures before proceeding to review fan-out and draft PR creation.