1. Software Development

Expertise in writing safe, performant Rust code including ownership patterns, async/await, and tooling for production applications.

Enables implementation of event-driven architecture patterns including event sourcing, CQRS, and pub/sub for scalable, decoupled systems.

Provides modern React development utilities for building applications with components, hooks, state management, routing, and performance optimization.

Comprehensive test implementation for unit, integration, e2e, security, infrastructure, data, and ML models with TDD/BDD support.

Offers systematic problem-solving for technical tasks including debugging, design, and complex task planning in software development.

Enforces strict Test-Driven Development (TDD) discipline, requiring tests to be written before code for every change.

Applies scientific method (Observe, Hypothesize, Experiment, Fix) to systematically debug software issues.

Provides a guide for building MCP servers that enable LLMs to securely interact with external services through well-defined tool interfaces.

A comprehensive guide for modern full-stack development patterns using React, TypeScript, Node, and Supabase, covering component structure, data fetching, and performance optimization.

Toolkit for testing local web applications using Playwright, enabling verification of frontend functionality, debugging UI behavior, and capturing browser screenshots and logs.

Requests peer code reviews to verify quality, standards compliance, and readiness for merging major features or completed tasks.

Assists in designing, planning, and implementing new software features across the development lifecycle.

Delegates independent implementation tasks to subagents for efficient execution of software development plans within a single session.

Manages local WordPress development environments with WP-CLI and wp-env, enabling debugging, database operations, and site management.

Assists in coding tasks including feature implementation, bug fixes, and code refactoring with language detection, mode management, and quality verification.

Creates testing instructions for branch changes to streamline manual QA and PR processes.

Lints and formats Go code using golangci-lint to enforce style guidelines and improve code quality.

Provides a structured approach to identifying and resolving software bugs, test failures, and performance issues before implementing fixes.

Breaks complex problems into atomic, testable subproblems to simplify implementation planning and improve solution quality.

Enables parallel feature development by creating isolated working trees for multiple branches within a single Git repository.

Creates and manages ASE skills following best practices, including Registry V3.1 structure and debugging activation workflows.

Automates Go code quality checks before committing, ensuring standards adherence and reducing merge issues.

Initiates a structured workflow for implementing new features, adding functionality, and building complete user-facing capabilities in software development.

Provides Go-specific development utilities for code style, testing, linting, concurrency patterns, and idiomatic practices in Go code.