An open-source payments switch written in Rust that provides modular, composable infrastructure for fast, reliable, and affordable payment processing.
Hyperswitch is an open-source payments switch written in Rust that provides modular, composable infrastructure for fast, reliable, and affordable payment processing. It allows businesses to pick and integrate only the modules they need—such as routing, retries, vaulting, or observability—without vendor lock-in or unnecessary complexity. Built for performance and scalability, it supports global payment methods and offers a visual workflow builder in its Control Center.
Businesses and developers building or managing payment infrastructure who need flexibility, control, and scalability without vendor lock-in. This includes fintech companies, e-commerce platforms, and enterprises looking to optimize their payment stacks.
Developers choose Hyperswitch for its modular, open-source architecture that avoids vendor lock-in, its high performance and reliability due to being built in Rust, and its comprehensive feature set including intelligent routing, revenue recovery, and cost observability. It provides a transparent, community-driven alternative to proprietary payment solutions.
An open source payments switch written in Rust to make payments fast, reliable and affordable
Allows selective integration of components like routing or vaulting, enabling businesses to enhance existing stacks without unnecessary bloat, as highlighted in the 'What Can I Do with Hyperswitch?' section.
Built in Rust for high reliability and security, ensuring fast transaction processing and systems-level engineering, which is a core part of the project's philosophy for scalability.
Features like predictive routing and revenue recovery with retry strategies help maximize authorization rates and combat passive churn, detailed in the modules for cost observability and revenue recovery.
Includes a visual Control Center and hosted sandbox for easy testing, configuration, and workflow building without extensive coding, as shown in the quickstart and cloud deployment sections.
Requires Docker, cloud deployment scripts, and configuration of connectors, which can be daunting for teams without infrastructure expertise, as evidenced by the multi-step quickstart and cloud deployment instructions.
Unlike SaaS solutions, users must handle updates, security patches, and scaling on their own cloud infrastructure, adding operational overhead that isn't abstracted away.
As a newer project, the community and third-party integrations are growing but may lack the breadth of established payment gateways, potentially requiring custom development for specific needs.
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