Designs and reviews NestJS application architecture using cohesive feature modules, modular monoliths, layered or hexagonal boundaries, dependency inversion, and pragmatic engineering principles. Use when planning a NestJS project, changing module boundaries, evaluating Clean Architecture or DDD, resolving circular dependencies, defining ports and adapters, reviewing coupling, or deciding whether CQRS or microservices are justified. Do not use for pure frontend work or non-NestJS backends.
EnglishSelects and implements NestJS runtime features, error and API contracts, security, testing, DevOps, performance, and safe scale. Use for middleware, guards, pipes, interceptors, exception filters, typed failures/results, Problem Details, validation errors, HTTP/GraphQL/RPC/gRPC/WebSocket error mapping, deadlines, cancellation, retry classification, fatal process errors, authentication, authorization, caching, queues, schedulers, CI/CD, containers, Kubernetes, configuration and secrets, migrations, supply-chain controls, health probes, logs/metrics/traces, SLOs and alerts, incident recovery, rollout and rollback, event-loop or database bottlenecks, load tests, horizontal scaling, idempotency, backpressure, and graceful shutdown. Do not use for frontend-only performance or non-NestJS services.
EnglishApplies pragmatic OOP, SOLID, object-design rules, and design patterns to NestJS and TypeScript code. Use when writing or refactoring controllers, providers, use cases, entities, value objects, repositories, adapters, factories, strategies, handlers, or tests; when diagnosing god services, primitive obsession, inheritance misuse, duplicated conditionals, or leaky abstractions; and when selecting a pattern without over-engineering. Do not use for pure functional codebases or non-NestJS frontend work.
English
AGENT SKILLS ATLASIncludes Nestjs Architecture Principles, Nestjs Features Performance, and Nestjs Oop Design Patterns.
Claude Code
Codex
Cursor
GitHub Copilot
Gemini CLISupported by the Atlas install prompt. Skill-specific requirements vary.
Pack stats
What’s included
Nestjs Architecture Principles
Designs and reviews NestJS application architecture using cohesive feature modules, modular monoliths, layered or hexagonal boundaries, dependency inversion, and pragmatic engineering principles. Use when planning a NestJS project, changing module boundaries, evaluating Clean Architecture or DDD, resolving circular dependencies, defining ports and adapters, reviewing coupling, or deciding whether CQRS or microservices are justified. Do not use for pure frontend work or non-NestJS backends.
Nestjs Features Performance
Selects and implements NestJS runtime features, error and API contracts, security, testing, DevOps, performance, and safe scale. Use for middleware, guards, pipes, interceptors, exception filters, typed failures/results, Problem Details, validation errors, HTTP/GraphQL/RPC/gRPC/WebSocket error mapping, deadlines, cancellation, retry classification, fatal process errors, authentication, authorization, caching, queues, schedulers, CI/CD, containers, Kubernetes, configuration and secrets, migrations, supply-chain controls, health probes, logs/metrics/traces, SLOs and alerts, incident recovery, rollout and rollback, event-loop or database bottlenecks, load tests, horizontal scaling, idempotency, backpressure, and graceful shutdown. Do not use for frontend-only performance or non-NestJS services.
Nestjs Oop Design Patterns
Applies pragmatic OOP, SOLID, object-design rules, and design patterns to NestJS and TypeScript code. Use when writing or refactoring controllers, providers, use cases, entities, value objects, repositories, adapters, factories, strategies, handlers, or tests; when diagnosing god services, primitive obsession, inheritance misuse, duplicated conditionals, or leaky abstractions; and when selecting a pattern without over-engineering. Do not use for pure functional codebases or non-NestJS frontend work.
Quick start
- Choose your skills. Select individual skills above, or choose the entire pack.
- Copy the install prompt. Use Copy install prompt above the list.
- Send it to your agent. Paste into your coding agent’s chat. Your agent reviews the source and guides the setup.
Try it with your agent
After installation, start with a request like:
Use the Nestjs Architecture Principles skill to help with my task.
Ask me for the context you need before getting started.Requirements & license
- A coding agent that can access your project files and install skills.
- Your agent checks each skill’s instructions, dependencies, and permissions during setup.
- Reported license for the skills shown: MIT. The author’s terms apply.