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Book synopsis

Microservices demand simplicity, performance, and reliability-and Go delivers all three.

Modern distributed systems are complex by nature. Network failures, partial outages, scaling challenges, and operational overhead are the norm-not the exception. This book shows how to use Go (Golang) to build resilient, cloud-native microservices that hold up under real-world pressure.

Go for Microservices is a practical, production-focused guide to designing, building, and operating distributed systems using Go as the foundation.

What You'll Learn in This Book

1. Why Go is ideal for microservices architectures
2. Designing clean, maintainable service boundaries
3. Building resilient services with timeouts, retries, and circuit breakers
4. Concurrency patterns with goroutines and channels
5. Service communication using HTTP, gRPC, and messaging
6. Observability: logging, metrics, and tracing
7. Deploying and scaling services in cloud-native environments

This book focuses on systems that run in production, not toy examples.

Who This Book Is For

Perfect for:

• Backend and platform engineers

• Developers building distributed systems

• Engineers adopting microservices architectures

• Cloud-native and DevOps-focused teams

• Developers transitioning from monoliths to services

Basic familiarity with Go or backend development is recommended.

Why Go Excels at Microservices

Go was designed for:

1. Simplicity over abstraction
2. Predictable performance
3. Built-in concurrency
4. Fast startup and low memory usage

These qualities make Go a natural fit for high-throughput, fault-tolerant microservices. This book teaches how to use Go idiomatically to solve distributed-systems problems.

Book details

• Full title: Go for Microservices
• Subtitle: Building Resilient, Distributed Systems in the Cloud-Native Era
• Author: MIGUEL FARMER
• Language: English
• Binding: Paperback
• Number of pages: 218
• EAN: 9798244141771
• ID: 50659532
• Publisher: Independently published
• Weight: 299 g
• Dimensions: 229 × 152 × 12 mm
• Date of publishing: 20. January 2026

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