What does the Coupling Analysis skill do in Claude Code?

It evaluates how development tasks are linked to determine which can be executed in parallel and which must be handled sequentially to ensure project stability.

How does this skill help speed up development?

By identifying loosely coupled tasks, the skill highlights opportunities for parallel work streams, significantly reducing the total time spent waiting for sequential blockers.

What are the different coupling categories used?

Tasks are categorized as Tightly Coupled (sequential), Loosely Coupled (parallel), or Interface Coupled (parallel once a shared contract or API is locked).

Can I skip the analysis if I'm in a hurry?

Yes, this is an optional phase. You can bypass it by using the 'SKIP_COUPLING_ANALYSIS' signal or by entering a quick-mode command.

What type of report does this skill generate?

It produces a comprehensive coupling analysis summary, specific parallel execution recommendations, and a visual graph of all task dependencies.

Coupling Analysis

Name: Coupling Analysis
Author: turbobeest

byturbobeest

•

生産性とワークフロー

Analyzes development task dependencies to identify parallel execution opportunities and optimize project workflows.

概要

The Coupling Analysis skill is designed to streamline complex development cycles by evaluating task hierarchies within Claude Code. It distinguishes between tightly coupled tasks requiring sequential execution and loosely coupled modules that can be built simultaneously, allowing developers to maximize efficiency. By generating detailed dependency graphs and categorization reports, this skill provides a clear roadmap for parallel implementation and identifies potential bottlenecks before they impact the development timeline.

主な機能

Parallel execution path identification
Dependency graph visualization
Detailed coupling analysis reporting
Automated task dependency mapping
3 GitHub stars
Categorization of tight vs. loose coupling

ユースケース

Optimizing project timelines by identifying independent work streams for parallel execution.
Visualizing architectural dependencies before initiating complex feature implementations.
Automating task decomposition and sequencing within a structured development pipeline.

概要

主な機能

Parallel execution path identification
Dependency graph visualization
Detailed coupling analysis reporting
Automated task dependency mapping
3 GitHub stars
Categorization of tight vs. loose coupling

ユースケース

Optimizing project timelines by identifying independent work streams for parallel execution.
Visualizing architectural dependencies before initiating complex feature implementations.
Automating task decomposition and sequencing within a structured development pipeline.