implement-feature

Coordinate end-to-end feature implementation with triple-verified planning for Convex and frontend code.

Updated Jan 21, 2026
One-click install
npx skills add https://github.com/Michal-J-Kolodziej/WalkWithMe --skill implement-feature-michal-j-kolodziej
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: implement-feature
Source: https://github.com/Michal-J-Kolodziej/WalkWithMe/tree/main/.claude/skills/implement-feature
Command: npx skills add https://github.com/Michal-J-Kolodziej/WalkWithMe --skill implement-feature-michal-j-kolodziej

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Triple-verified planning and implementation workflow for feature work in WalkWithMe projects, ensuring clear requirements, risk mitigation, and high-quality delivery through structured planning, backend, frontend, polish, and verification phases.

Core Features & Use Cases

  • Structured planning: Create a comprehensive PLAN_IMPLEMENT_FEATURE.md with explicit data model, API, UI, translations, and implementation order.
  • Triple verification passes: Validate the plan across three passes against codebase, dependencies, and risks to ensure feasibility and alignment.
  • End-to-end discipline: Enforce schema-first development, strict auth guards, consistent naming, and regression checks before delivery.

Quick Start

Begin by creating PLAN_IMPLEMENT_FEATURE.md and then implement backend, frontend, translations, and bug tracking following the triple-verified verification passes.

Frequently Asked Questions about implement-feature

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

FAQPage Schema
How do I plan and implement a full-stack feature across frontend and Convex backend?

To plan and implement a full-stack feature, use a triple-verified workflow that coordinates frontend and Convex backend development through structured planning, schema alignment, and three validation passes to ensure high-quality delivery.

What is the triple verification process for feature implementation?

The triple verification process validates a feature implementation plan across three distinct passes, checking against the codebase, dependencies, and risks to ensure feasibility and alignment before any code is written.

How do I enforce schema-first development and auth guards in Convex?

To enforce schema-first development and auth guards in Convex, apply a disciplined workflow that requires strict schema alignment and authentication validation during the backend implementation phase before frontend integration.

What files do I need to create when implementing a new feature?

When implementing a feature, you need to create a PLAN_[FEATURE_NAME].md file, a BUGS_[FEATURE_NAME].md file, backend and frontend modules, and translations, ensuring all paths and function names are concrete and release-ready.

Can I use this structured implementation workflow for small UI component updates?

This structured implementation workflow is designed for significant features or UI components that touch both backend and frontend code, making it excessive for minor updates that do not require cross-team coordination.

Does this feature implementation workflow support regression checks before delivery?

Yes, the feature implementation workflow enforces regression checks before delivery, ensuring end-to-end discipline through consistent naming, auth guards, and validation passes to mitigate risks.