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.