What are the four steps in the microservices patterns process?

The process involves: (1) identifying domain boundaries and clear ownership for each service, (2) defining contracts, data ownership, and communication patterns between services, (3) planning resilience, observability, and deployment strategy before splitting, and (4) providing concrete migration steps and operational guardrails for a deliberate transition.

What is the relationship between the four steps in this process?

Each step depends on the one before it—contracts and communication patterns are meaningless without clear domain ownership established first, and a migration plan without resilience and observability strategy tends to produce a distributed system that is harder to operate than the original monolith.

Where can I find detailed implementation guidance for each step?

Detailed patterns and worked examples for each step are provided in the companion resource file `resources/implementation-playbook.md`, which should be consulted whenever concrete implementation guidance is needed rather than just the high-level process.

Skill

Design and Implement Microservices Architectures

Name: Microservices Patterns
Availability: OnlineOnly
Author: Antigravity

Guidance for decomposing monoliths into microservices with clear boundaries, contracts, and resilience patterns.

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Version 13.1.1

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Why it matters

Master microservices architecture patterns to effectively decompose monoliths, design service boundaries, and build resilient distributed systems.

Outcomes

What it gets done

Decompose monoliths into microservices

Design service boundaries and contracts

Implement inter-service communication and data management

Build resilient distributed systems with service discovery and load balancing

Install

Add it to your toolbox

Run in your project directory:

curl -fsSL https://spark.entire.vc/get/ag-microservices-patterns | bash

Overview

Microservices Patterns

Guidance for microservices architecture: defining service boundaries and ownership, inter-service communication and data contracts, and resilience, observability, and deployment planning for distributed systems. Use it when decomposing a monolith or designing a new distributed system; skip it for systems small enough for a modular monolith or for quick prototypes.

What it does

Provides guidance for microservices architecture: defining service boundaries and ownership, designing inter-service communication and data-management contracts, and planning resilience, observability, and deployment strategy for distributed systems. Points to a companion resources/implementation-playbook.md file for detailed patterns and examples.

When to use - and when NOT to

Use it when decomposing a monolith into services, designing service contracts, implementing inter-service communication, managing distributed data and transactions, or designing event-driven architectures. Not a fit when the system is small enough for a modular monolith, when you need a quick prototype without distributed complexity, or when there's no operational support for running distributed systems.

Inputs and outputs

Input: a system or monolith being considered for decomposition, or an existing microservices design needing review. Output: identified domain boundaries and ownership per service, defined contracts and communication patterns, a resilience/observability/deployment plan, and migration steps with operational guardrails.

Who it's for

Architects and engineering teams decomposing a monolith or designing a new distributed system who need a structured decision process rather than ad hoc service splitting.

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