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Apache Seata is a distributed transaction solution that ensures data consistency across microservices. It supports multiple transaction models and integrates with various databases and RPC frameworks, enabling reliable, scalable, and high-performance transaction management in cloud-native environments.

Vendor

Vendor

The Apache Software Foundation

Company Website

Company Website

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Product details

Apache Seata

Apache Seata is an open-source distributed transaction solution designed to ensure data consistency across microservices architectures. Originally developed within Alibaba to support high-volume events like Double 11, Seata provides a robust middleware layer for managing distributed transactions with high performance and flexibility. It supports multiple transaction models and integrates with various RPC and database frameworks, making it a versatile tool for enterprise-grade applications.

Features

  • Supports multiple transaction modes: AT (automatic compensation), TCC (Try-Confirm-Cancel), SAGA (long transactions), and XA (standard distributed transactions)
  • Compatible with popular RPC frameworks including Dubbo, Spring Cloud, Sofa-RPC, Motan, and gRPC
  • Works with major databases such as MySQL, Oracle, PostgreSQL, MariaDB, TiDB, SQLServer, and PolarDB-X
  • High availability through cluster mode with separate storage and computing layers
  • Raft-based cluster mode for enhanced fault tolerance
  • Multi-configuration isolation for environment-specific setups
  • Docker and Kubernetes deployment support
  • Saga StateMachine Designer for visual transaction orchestration

Capabilities

  • Enables distributed transaction management across microservices
  • Provides non-intrusive integration with existing application architectures
  • Supports horizontal scaling of computing nodes and flexible storage options
  • Offers seamless rollback and recovery mechanisms for failed transactions
  • Facilitates secure and reliable transaction coordination
  • Allows customization and extension through open APIs and modular design

Benefits

  • Ensures strong data consistency across distributed systems
  • Reduces complexity in managing transactions in microservices environments
  • Enhances system reliability and fault tolerance
  • Accelerates development with ready-to-use transaction models
  • Promotes operational efficiency through automation and tooling
  • Backed by a growing open-source community and enterprise adoption