What is the benefit of the memory-manager mode?

The memory-manager ensures that context, architectural decisions, and research findings are preserved across different agents and sessions, preventing information loss in complex projects.

How does this skill improve development speed?

It utilizes parallel agent orchestration to run tasks like research, coding, and testing concurrently, offering documented 2.8x to 4.4x speed improvements over sequential workflows.

Does this skill support Test-Driven Development (TDD)?

Yes, TDD is a core component of the 'Refinement' phase. It includes a dedicated TDD mode that follows the Red-Green-Refactor cycle to ensure high test coverage and code reliability.

Can I use SPARC for existing projects or just new ones?

It is highly effective for both. The 'reviewer', 'analyzer', and 'optimizer' modes are specifically designed to assess, document, and improve existing codebases.

What does SPARC stand for in this methodology?

SPARC stands for Specification, Pseudocode, Architecture, Refinement, and Completion, representing the five core phases of this systematic development framework.

SPARC Methodology & Orchestration

Name: SPARC Methodology & Orchestration
Author: ellisapotheosis

byellisapotheosis

生産性とワークフロー

Implements the SPARC framework to orchestrate multi-agent workflows across five systematic development phases from specification to completion.

概要

SPARC Methodology is a comprehensive development framework designed for Claude Flow, integrating Specification, Pseudocode, Architecture, Refinement, and Completion into a unified multi-agent system. It leverages 17 specialized modes—such as Architect, Coder, and TDD—to automate complex tasks while maintaining high quality through parallel execution and persistent memory. By coordinating specialized agents for research, design, and testing, it enables significantly faster development cycles while ensuring architectural consistency and rigorous code quality standards.

主な機能

Multi-agent orchestration with 17 specialized operation modes
Persistent memory management for cross-session context preservation
Parallel task execution for 2.8x-4.4x development speed improvements
Five-phase systematic development lifecycle (SPARC)
Automated Test-Driven Development (TDD) workflows
0 GitHub stars

ユースケース

Scaling complex software projects with automated agent orchestration
Accelerating legacy code modernization through systematic review and refactoring
Implementing strict TDD workflows for high-reliability applications

概要

主な機能

Multi-agent orchestration with 17 specialized operation modes
Persistent memory management for cross-session context preservation
Parallel task execution for 2.8x-4.4x development speed improvements
Five-phase systematic development lifecycle (SPARC)
Automated Test-Driven Development (TDD) workflows
0 GitHub stars

ユースケース

Scaling complex software projects with automated agent orchestration
Accelerating legacy code modernization through systematic review and refactoring
Implementing strict TDD workflows for high-reliability applications