What is the 'No Backwards Compatibility' principle?

It encourages developers to delete unused code and update interfaces directly during development rather than maintaining legacy shims, which significantly reduces long-term technical debt.

Does this skill support Node.js?

Yes, it is designed for modern environments, specifically supporting Node 22+ and Bun for ESM-native projects by default.

How does this skill handle project validation?

It utilizes Zod for runtime validation at project boundaries (APIs, Database, Config), ensuring that your strictly typed TypeScript code remains safe even when dealing with external data.

Why does the skill recommend LiteLLM?

LiteLLM provides a unified interface for over 100 LLM providers, allowing you to switch models or providers via configuration without changing your core application code.

TypeScript Project Architect

Name: TypeScript Project Architect
Author: majiayu000

bymajiayu000

Desarrollo de API

Standardizes modern TypeScript project structures using a layered architecture, strict type safety, and 2025 best practices.

Acerca de

This skill provides a comprehensive blueprint for building high-quality TypeScript applications optimized for the 2025 ecosystem. It enforces strict type safety with Zod, promotes ESM-native environments like Node 22 or Bun, and advocates for a clean, layered architecture comprising library utilities, business services, and external adapters. By prioritizing direct code maintenance over legacy compatibility and integrating LiteLLM for unified AI API management, it helps developers build maintainable, scalable, and modern backends with minimal technical debt.

Características Principales

Strict type safety and runtime validation using Zod schemas
Unified LLM provider integration via LiteLLM proxy adapters
0 GitHub stars
Layered architecture implementation separating services from external adapters
Modern ESM-native configuration for Node 22+ and Bun runtimes
Zero-legacy maintenance philosophy to prevent technical debt accumulation

Casos de Uso

Setting up vendor-agnostic LLM integrations for AI-powered applications
Scaffolding new production-grade TypeScript backends or CLI tools
Refactoring legacy TypeScript codebases into maintainable layered structures

Acerca de

Características Principales

Strict type safety and runtime validation using Zod schemas
Unified LLM provider integration via LiteLLM proxy adapters
0 GitHub stars
Layered architecture implementation separating services from external adapters
Modern ESM-native configuration for Node 22+ and Bun runtimes
Zero-legacy maintenance philosophy to prevent technical debt accumulation

Casos de Uso

Setting up vendor-agnostic LLM integrations for AI-powered applications
Scaffolding new production-grade TypeScript backends or CLI tools
Refactoring legacy TypeScript codebases into maintainable layered structures