parallel-orchestration

Dispatch independent build phases in parallel while respecting dependency graphs and resource constraints.

7|1|Updated Mar 11, 2026
One-click install
npx skills add https://github.com/PMDevSolutions/Aurelius --skill parallel-orchestration
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: parallel-orchestration
Source: https://github.com/PMDevSolutions/Aurelius/tree/main/.claude/skills/parallel-orchestration
Command: npx skills add https://github.com/PMDevSolutions/Aurelius --skill parallel-orchestration

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

This Skill eliminates the bottleneck of sequential pipeline execution by running independent build phases in parallel, respecting dependency order and resource limits to cut total build time without conflicts or race conditions.

Core Features & Use Cases

  • Dependency-Aware Parallel Scheduling: Automatically determines which pipeline phases can run concurrently based on their dependency graph, holding phases until their prerequisites complete.
  • Renderer-Specific Phase Exclusion: Automatically skips unsupported phases based on the resolved renderer manifest (e.g., skips visual diff for Expo mobile builds) to avoid wasted work.
  • Real-Time Progress & Summary Reporting: Streams phase start/completion updates in real time, then outputs a final batch summary with wall-clock timing, sequential time estimate, speedup factor, and ASCII timeline of all phase results.
  • Use Case: For a Figma to React web app build, this Skill runs component build, Storybook generation, visual diff, E2E tests, quality gate, and responsive checks in parallel instead of sequentially, reducing total build time from over 2 minutes to under 45 seconds for typical projects.

Quick Start

Invoke the parallel-orchestration skill immediately after the initial sequential pipeline phases (token sync, intake, token lock, TDD scaffold) complete to automatically dispatch all remaining independent build phases in parallel and receive a full summary of results, timings, and speedup metrics.

Frequently Asked Questions about parallel-orchestration

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

FAQPage Schema
How do I run independent build phases in parallel to reduce pipeline execution time?

Running independent build phases in parallel reduces pipeline execution time by dispatching concurrent tasks based on dependency graphs. This approach respects prerequisite order and exclusive resource constraints to prevent race conditions while cutting total build duration.

What is dependency-aware scheduling for concurrent build automation?

Dependency-aware scheduling for concurrent build automation determines which pipeline phases can execute simultaneously by analyzing dependency graphs. It holds phases until prerequisites complete, allowing tasks like component builds and quality gate checks to run concurrently without conflicts.

Can I automatically skip unsupported build phases for specific renderer manifests?

You can automatically skip unsupported build phases for specific renderer manifests to avoid wasted work. The pipeline reads the resolved renderer manifest and excludes inapplicable tasks, such as skipping visual diff checks for Expo mobile builds.

How do I calculate the speedup factor of a parallel execution pipeline?

Calculating the speedup factor of a parallel execution pipeline requires comparing wall-clock timing against a sequential time estimate. The pipeline outputs a batch summary with an ASCII timeline displaying real-time phase results and speedup metrics.

Does parallel pipeline orchestration work for design-to-code web app builds?

Parallel pipeline orchestration works for design-to-code web app builds, including Chrome extensions and PWAs. It concurrently executes component builds, Storybook generation, visual diff checks, E2E tests, and responsive checks to reduce build time from minutes to seconds.