Does it support parallel task execution?

Yes, the generated output includes a 'Parallel Group' column that identifies independent tasks that can be performed simultaneously without dependency conflicts.

Can this skill identify risks in my codebase?

Yes, it performs a detailed risk assessment that flags high-impact areas and suggests mitigation strategies to prevent regressions or architectural drift.

How do I trigger the planning process?

You can invoke the skill directly by typing '/plan ' or the orchestrator can delegate planning tasks to it automatically.

How does it estimate the complexity of a task?

It uses a standardized scale (S to XL) based on the number of tasks involved, the volume of files affected, and the estimated time required for completion.

Does the Plan skill write code?

No, the Plan skill follows a strict rule to never write code; its sole purpose is to analyze, design, and provide a structured blueprint for development.

Structured Implementation Planning

Name: Structured Implementation Planning
Author: eroslifestyle

byeroslifestyle

0•

Productividad y Flujo de Trabajo

Decomposes complex feature requests into actionable, risk-assessed implementation plans before a single line of code is written.

The Plan skill provides a systematic approach to software development by analyzing existing codebases and generating comprehensive implementation blueprints. It identifies necessary file changes, maps task dependencies, assesses potential risks, and estimates complexity levels, allowing developers to ensure architectural consistency and reduce rework through a structured pre-coding phase. By automating the exploration of modules and integration points, it transforms vague requests into a clear roadmap for parallel execution.

Características Principales

01Detailed task breakdown with explicit dependency mapping and parallel execution grouping

02Standardized output format including testing strategies and complexity ratings

03Automated codebase exploration using Grep and Glob to identify integration points

04Deep analysis of affected modules to ensure adherence to existing architectural patterns

050 GitHub stars

06Comprehensive risk assessment with impact, likelihood, and mitigation strategies

Casos de Uso

01Assessing the impact and risk of refactoring a core module within an unfamiliar codebase

02Breaking down a large new feature into manageable, parallelizable developer tasks

03Creating architectural blueprints for stakeholder review before starting the development phase

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add eroslifestyle/claude-orchestrator-plugin plan

For use in Claude.ai and ChatGPT

Características Principales

01Detailed task breakdown with explicit dependency mapping and parallel execution grouping

02Standardized output format including testing strategies and complexity ratings

03Automated codebase exploration using Grep and Glob to identify integration points

04Deep analysis of affected modules to ensure adherence to existing architectural patterns

050 GitHub stars

06Comprehensive risk assessment with impact, likelihood, and mitigation strategies

Casos de Uso

01Assessing the impact and risk of refactoring a core module within an unfamiliar codebase

02Breaking down a large new feature into manageable, parallelizable developer tasks

03Creating architectural blueprints for stakeholder review before starting the development phase