How does this skill prevent file conflicts?

Each subagent operates in a physically isolated directory via git worktree, ensuring that concurrent agents never attempt to modify the same file in the same space.

Does it handle dependency management?

Yes, the skill automatically installs necessary dependencies within each isolated worktree to prevent versioning leakage or race conditions between tasks.

Why use worktrees for a single task (N=1)?

Using worktrees for N=1 maintains architectural consistency across the project and ensures the environment is properly isolated for future scaling or task resumes.

What is the Iron Law of Parallel Phases?

The Iron Law states that every parallel phase must use worktrees and subagents without exception, regardless of task overlap or time pressure.

What happens after the parallel tasks are completed?

The orchestrator verifies the results, stacks the individual task branches into a linear history, and automatically cleans up the temporary worktrees.

Parallel Phase Orchestrator

Name: Parallel Phase Orchestrator
Author: arittr

byarittr

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생산성 및 워크플로

Orchestrates concurrent task execution using isolated git worktrees and parallel subagents for rapid, conflict-free development.

소개

The Parallel Phase Orchestrator skill provides a robust architecture for executing multiple coding tasks simultaneously within the Claude Code environment. By leveraging isolated git worktrees instead of simple branch switching, it enables true parallel execution while preventing file conflicts and environment pollution. This skill ensures architectural consistency by enforcing a 'worktrees + subagents' model for all parallel phases, anchoring every task to the project specification and maintaining a clean, linear development history through automated branch stacking and cleanup.

주요 기능

6 GitHub stars
Linear branch stacking for clean version history
Parallel subagent management and dispatching
Isolated Git worktree orchestration for concurrent tasks
Automatic dependency isolation per worktree
Phase-boundary enforcement to prevent scope creep

사용 사례

Executing multiple independent feature components simultaneously
Scaling development speed without risking local file system conflicts
Maintaining architectural integrity during complex multi-task project phases

소개

주요 기능

6 GitHub stars
Linear branch stacking for clean version history
Parallel subagent management and dispatching
Isolated Git worktree orchestration for concurrent tasks
Automatic dependency isolation per worktree
Phase-boundary enforcement to prevent scope creep

사용 사례

Executing multiple independent feature components simultaneously
Scaling development speed without risking local file system conflicts
Maintaining architectural integrity during complex multi-task project phases