What triggers the Incremental Implementation skill?

It triggers on phrases like 'implement the plan', 'let's build this step by step', or 'execute this plan', and proactively when it detects a task involving multiple files.

What is 'vibe-coding' and how does this skill stop it?

Vibe-coding is when an AI generates large blocks of code that the user accepts without fully understanding. This skill stops it by forcing the AI to work in small, explained segments that require user approval at every step.

Can I modify the implementation plan once it starts?

Yes. At the beginning of the process and at every chunk checkpoint, the skill asks for your feedback, allowing you to re-order, re-slice, or adjust the approach.

Where is the implementation progress saved?

The skill maintains a progress.md file in your project root, which serves as a durable log of completed chunks, file changes, and architectural diagrams.

How does the skill visualize code changes?

It generates Mermaid diagrams (flowcharts, sequence diagrams, and class diagrams) for every chunk of work, showing the state of the system before and after the change.

Incremental Implementation

Name: Incremental Implementation
Author: huytd

byhuytd

•

Productividad y Flujo de Trabajo

Breaks down complex software plans into small, verifiable chunks with visual progress tracking and continuous user feedback.

Incremental Implementation is a specialized skill designed to eliminate 'vibe-coding'—the phenomenon where AI generates large amounts of code that the user doesn't fully understand. It works by systematically analyzing design documents or plans, proposing a logical roadmap of small tasks, and maintaining a durable progress log. By using Mermaid diagrams for architectural visualization and enforcing mandatory checkpoints, it ensures every change is intentional, documented, and verified by the user before the next step begins.

Características Principales

01Automated breakdown of complex specs into digestible implementation chunks

02Proactive detection of implementation surprises or design conflicts

0316 GitHub stars

04Real-time progress tracking via a dedicated progress.md file

05Before-and-after architectural visualization using Mermaid diagrams

06Interactive feedback loops using structured UI prompts for verification

Casos de Uso

01Scaffolding new projects where structural understanding is critical for long-term maintenance

02Executing a multi-file feature implementation from a technical design document

03Refactoring complex systems through a series of safe, observable steps

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add huytd/skills incremental-implementation

For use in Claude.ai and ChatGPT

Características Principales

01Automated breakdown of complex specs into digestible implementation chunks

02Proactive detection of implementation surprises or design conflicts

0316 GitHub stars

04Real-time progress tracking via a dedicated progress.md file

05Before-and-after architectural visualization using Mermaid diagrams

06Interactive feedback loops using structured UI prompts for verification

Casos de Uso

01Scaffolding new projects where structural understanding is critical for long-term maintenance

02Executing a multi-file feature implementation from a technical design document

03Refactoring complex systems through a series of safe, observable steps

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add huytd/skills incremental-implementation

For use in Claude.ai and ChatGPT