Does it handle dependencies between frontend and backend tasks?

Yes, it performs a full dependency analysis and calculates the critical path, ensuring that blocking tasks are prioritized and integration happens in the correct sequence.

Who is responsible for merging the code?

The skill establishes a 'Merge Coordinator' role (usually a primary agent) that monitors completion signals, performs merges into the integration branch, and runs automated tests.

How does this skill use git worktree?

It creates isolated directories for each feature branch within your project, allowing multiple agents to develop and test separate components simultaneously without manual branch switching.

Is human approval required for UI changes?

Yes, the skill includes a specific rule where any layout, design, or interaction decisions must be confirmed by a human through the AskUserQuestion tool before implementation.

Parallel Development Planner

Name: Parallel Development Planner
Author: hiroshi75

byhiroshi75

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Collaboration Tools

Orchestrates multi-agent development workflows using git worktree and task dependency analysis to maximize parallel coding efficiency.

About

The Parallel Development Planner is a specialized skill designed to accelerate software engineering by planning and executing tasks across multiple parallel streams. By leveraging git worktree for isolated environments and sophisticated dependency mapping, it allows Claude Code to manage complex feature implementations that would otherwise be bottlenecked. It handles everything from initial task decomposition and critical path calculation to role assignment and merge coordination, ensuring that multiple sub-agents can work simultaneously while maintaining a clean integration history.

Key Features

Automated task decomposition with 0.5 to 2-day work units
Critical path calculation and dependency matrix generation
Git worktree-based branch strategy for isolated parallel environments
Structured merge coordination protocol to prevent integration conflicts
Human-in-the-loop UI specification approval workflow
1 GitHub stars

Use Cases

Coordinating multiple AI sub-agents to accelerate development velocity
Splitting a large feature into concurrent backend, frontend, and infrastructure tasks
Managing complex refactoring projects that require isolated testing environments

About

Key Features

Automated task decomposition with 0.5 to 2-day work units
Critical path calculation and dependency matrix generation
Git worktree-based branch strategy for isolated parallel environments
Structured merge coordination protocol to prevent integration conflicts
Human-in-the-loop UI specification approval workflow
1 GitHub stars

Use Cases

Coordinating multiple AI sub-agents to accelerate development velocity
Splitting a large feature into concurrent backend, frontend, and infrastructure tasks
Managing complex refactoring projects that require isolated testing environments