How does this skill identify project bottlenecks?

The skill analyzes outgoing dependencies for all incomplete tasks. It identifies 'high-impact' bottlenecks by counting how many other tasks are currently blocked by a single pending item.

How does this skill find parallel work opportunities?

It scans for pending tasks that have no incomplete incoming dependencies and groups them by domain (like frontend or backend) to show which tasks can be worked on at the same time.

What is 'Critical Path Identification'?

It identifies the longest sequence of dependent tasks that must be completed to finish a feature. This path determines the minimum time required for project completion.

Can it detect circular dependencies in my tasks?

Yes, it uses a recursive tracing pattern to follow dependency chains. If it encounters a task already present in the current chain, it flags a circular dependency and suggests specific ways to break the cycle.

Dependency Orchestration for Claude Code

Name: Dependency Orchestration for Claude Code
Author: Angriff36

byAngriff36

Productivity & Workflow

Analyzes task dependencies to identify bottlenecks, critical paths, and parallel execution opportunities for project workflows.

About

This skill empowers Claude to perform advanced project management analysis by systematically evaluating task dependencies within your codebase or task manager. It identifies the critical path that determines project completion time, detects high-impact bottlenecks that block multiple tasks, and uncovers opportunities for parallel work to accelerate development. By using recursive query patterns, it can even detect and help resolve circular dependencies, ensuring a smooth and optimized workflow for complex feature implementations and multi-stage development cycles.

Key Features

High-impact bottleneck detection for prioritized task resolution
Status-aware filtering to focus analysis on active project blockers
Automated discovery of parallel work opportunities to maximize efficiency
Circular dependency detection with actionable resolution strategies
Recursive critical path identification and complexity calculation
0 GitHub stars

Use Cases

Optimizing team resources by finding independent tasks that can be executed simultaneously
Determining the fastest sequence to complete a complex software feature
Identifying exactly which task is stalling a project and who it's blocking

About

Key Features

High-impact bottleneck detection for prioritized task resolution
Status-aware filtering to focus analysis on active project blockers
Automated discovery of parallel work opportunities to maximize efficiency
Circular dependency detection with actionable resolution strategies
Recursive critical path identification and complexity calculation
0 GitHub stars

Use Cases

Optimizing team resources by finding independent tasks that can be executed simultaneously
Determining the fastest sequence to complete a complex software feature
Identifying exactly which task is stalling a project and who it's blocking