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apache/incubator-seata

📈 Trending25,959JavaAudience · developerComplexity · 4/5ActiveLicenseSetup · hard

TLDR

Seata keeps data consistent across multiple databases in microservices by coordinating transactions so everything succeeds or rolls back together, like a single database would.

Mindmap

mindmap
  root((repo))
    What it does
      Distributed transactions
      Multi-database coordination
      Automatic rollback
    Use cases
      Microservices consistency
      Payment systems
      Order fulfillment
    Tech stack
      Java
      Spring Boot
      Multiple patterns
    Audience
      Backend engineers
      Microservices teams
      Large-scale systems

Things people build with this

USE CASE 1

Build payment systems where money transfer and order creation must both succeed or both fail across separate services.

USE CASE 2

Manage inventory updates across multiple warehouses and order services without data inconsistency.

USE CASE 3

Coordinate complex multi-step operations like booking flights, hotels, and car rentals where all must confirm or all must cancel.

Tech stack

JavaSpring BootApache

Getting it running

Difficulty · hard Time to first run · 1day+

Requires running Seata server, configuring multiple databases, and setting up Spring Boot microservices with distributed transaction coordination.

Apache 2.0 license allows free use for any purpose, including commercial, as long as you include a copy of the license and state any significant changes made.

In plain English

Seata is an open-source solution for a specific, tricky problem in modern software architecture: how to keep data consistent across multiple services that each have their own database. This is called the distributed transaction problem. In a traditional app, everything runs in one place with one database, so when something goes wrong mid-operation (say, a payment fails halfway through), the database can automatically undo the partial changes. But modern apps are often split into many separate services, an order service, a payment service, an inventory service, each with its own database. If the payment succeeds but the inventory update fails, you end up with inconsistent data: money taken but no order fulfilled. Seata solves this by coordinating transactions across multiple services so that either everything succeeds or everything rolls back cleanly, just like a single-database transaction. It acts as a transaction coordinator that all participating services check in with, ensuring consistency even when failures occur partway through. This is aimed at engineering teams building microservices-based (architectures split into many small, independent services) Java applications who need reliable data consistency across service boundaries. It's particularly popular in Chinese tech companies, Seata originated from transaction infrastructure built at Alibaba and Ant Financial (the fintech arm of Alibaba) to handle the enormous transaction volumes of Taobao and Alipay. Seata supports multiple transaction patterns for different scenarios and integrates well with Spring Boot, the most popular Java application framework. It's a mature, production-tested Apache project used by many large companies.

Copy-paste prompts

Prompt 1
How do I set up Seata to coordinate a transaction between my order service and payment service databases?
Prompt 2
Show me an example of using Seata with Spring Boot to ensure an inventory deduction and order creation either both succeed or both roll back.
Prompt 3
What are the different transaction patterns Seata supports and when should I use each one?
Prompt 4
How do I configure Seata as a transaction coordinator for my microservices architecture?
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