What problem does it solve?
This Skill eliminates the core limitations of Two-Phase Commit (2PC) for cross-service distributed transactions, including blocking resource locks, single point of failure for the coordinator, poor scalability across microservices, and incompatibility with non-relational data stores like Kafka, Redis, and NoSQL databases.
Core Features & Use Cases
- Dual Saga Pattern Support: Provides guidance for both event-driven choreography (no central coordinator) and central orchestration patterns, with clear pros, cons, and ideal use cases for each.
- Production-Grade Implementation: Includes working code examples for Java + Spring + Kafka, Axon Framework, and Temporal, plus state machine design, compensating transaction rules, idempotent consumer patterns, and transactional outbox implementation.
- End-to-End Reliability: Covers timeout handling, chaos testing, common anti-patterns to avoid, and checklist items for production-ready saga deployments.
- Use Case: Build an e-commerce order flow that coordinates inventory reservation, payment processing, and shipping across independent services, with automatic rollback via compensating transactions if any step fails.
Quick Start
Use the saga-orchestration skill to design a fault-tolerant distributed order processing saga that automatically compensates for payment or inventory failures without relying on 2PC.
