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microservices-orchestrator

Designs bounded microservice architectures with contracts, data ownership, and DDD-based decomposition.

7|2|Updated Nov 9, 2025
Search Tags:#microservices#domain-driven design#api contracts#distributed systems#bounded contexts#service decomposition#sagas
One-click install
npx skills add https://github.com/Prompt-or-Die-Labs/hyper-forge --skill microservices-orchestrator-prompt-or-die-labs
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: microservices-orchestrator
Source: https://github.com/Prompt-or-Die-Labs/hyper-forge/tree/main/.claude/skills/microservices-orchestrator
Command: npx skills add https://github.com/Prompt-or-Die-Labs/hyper-forge --skill microservices-orchestrator-prompt-or-die-labs

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It prevents fragile, tightly-coupled microservices by helping teams define sound boundaries, contracts, and data ownership before they scale out distributed systems.

Core Features & Use Cases

  • Domain & Architecture Analysis: Identify the business domain, assess greenfield vs. migration context, capture requirements, and surface constraints.
  • Bounded Context Decomposition: Use Domain-Driven Design to define service boundaries, ubiquitous language, and relationships between contexts.
  • Service Interface & Data Strategy: Specify API contracts (REST/GraphQL/events/gRPC), choose communication patterns, and design data ownership and consistency (database-per-service, sagas, CQRS/event sourcing).
  • Deployment & Observability Planning: Cover service discovery, gateways, load balancing, health checks, tracing, metrics, and logging.
  • Use Cases: Decomposing a monolith, designing new microservices for complex domains, and planning safe migration paths using patterns like strangler-fig and incremental extraction.

Quick Start

Ask the Skill to help you decompose your monolith by providing your domain description, key business capabilities, current architecture state, and required non-functional constraints (latency, availability, and compliance).

Frequently Asked Questions about microservices-orchestrator

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I decompose a monolith into microservices using domain-driven design?▼

Decomposing a monolith with domain-driven design involves translating business domains into bounded contexts to define clear service boundaries, data ownership, and inter-service communication plans before extracting services incrementally using patterns like strangler-fig.

What is the best way to define API contracts and data ownership for distributed systems?▼

Defining API contracts for distributed systems requires specifying explicit REST, GraphQL, gRPC, or event interfaces, establishing database-per-service data ownership, and implementing consistency approaches like sagas, CQRS, or event sourcing.

When do I need sagas and event sourcing for microservices data consistency?▼

You need sagas and event sourcing for microservices when managing distributed transactions across database-per-service architectures, ensuring resilient inter-service communication and clear data consistency without relying on distributed two-phase commits.

Can I use this approach for both greenfield microservices design and monolith migration?▼

Yes, this approach applies to both greenfield microservices design and monolith migration by assessing your current architecture state, capturing business capabilities, and planning safe incremental extraction paths based on non-functional constraints like latency and availability.

How do I plan deployment and observability for service decomposition?▼

Planning deployment and observability for service decomposition involves configuring service discovery, gateways, load balancing, health checks, distributed tracing, metrics, and logging to maintain system reliability across extracted bounded contexts.

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