What communication protocols are supported?

The skill covers both synchronous communication patterns like REST and gRPC, and asynchronous patterns using event streaming platforms like Kafka or RabbitMQ.

Does it support distributed transaction patterns?

Yes, it includes implementation patterns for Sagas, including both orchestration and choreography, to handle complex transactions across multiple microservices.

How does this skill help with monolithic decomposition?

It provides structural guidance through the Strangler Fig pattern and Domain-Driven Design (DDD) to help you identify bounded contexts and extract them into independent services.

How does the skill handle system resilience?

It provides blueprints for implementing Circuit Breakers, Retries with exponential backoff, and Bulkheads to ensure your system remains responsive even when individual services fail.

Microservices Patterns & Architecture

Name: Microservices Patterns & Architecture
Author: HermeticOrmus

byHermeticOrmus

API 开发

Implements robust microservices architectures using proven design patterns for service decomposition, event-driven communication, and distributed system resilience.

关于

This skill provides expert-level guidance for architecting and implementing distributed systems using modern microservices principles. It assists developers in decomposing monolithic applications through Domain-Driven Design (DDD) and the Strangler Fig pattern, while managing complex inter-service communication via REST, gRPC, and asynchronous event streaming. By integrating critical resilience patterns like Circuit Breakers and Sagas for distributed transactions, it ensures your backend infrastructure remains scalable, decoupled, and fault-tolerant in high-demand environments.

主要功能

API Gateway and aggregate service communication design
Service decomposition based on business capabilities and subdomains
0 GitHub stars
Implementation of asynchronous event-driven communication patterns
Distributed transaction management using the Saga pattern
Fault-tolerance through Circuit Breaker and Retry resilience patterns

使用场景

Decomposing a legacy monolith into a scalable microservices architecture
Implementing reliable distributed transactions across independent service databases
Building fault-tolerant systems that prevent cascading failures in distributed environments

关于

主要功能

API Gateway and aggregate service communication design
Service decomposition based on business capabilities and subdomains
0 GitHub stars
Implementation of asynchronous event-driven communication patterns
Distributed transaction management using the Saga pattern
Fault-tolerance through Circuit Breaker and Retry resilience patterns

使用场景

Decomposing a legacy monolith into a scalable microservices architecture
Implementing reliable distributed transactions across independent service databases
Building fault-tolerant systems that prevent cascading failures in distributed environments