A lightweight, high-performance, embedded, component-based rule engine framework for Go, enabling dynamic orchestration of business logic.
RuleGo is a lightweight, high-performance, embedded rule engine framework built in Go. It enables developers to orchestrate reusable components into rule chains that process, transform, and route data dynamically, solving the problem of tightly coupled, hard-to-change business logic in complex systems.
Go developers building IoT edge computing platforms, data integration pipelines, workflow automation systems, or applications requiring dynamic business rule management without restarts.
Developers choose RuleGo for its exceptional performance on resource-constrained devices, its ability to hot-reload business logic, and its extensive library of pre-built components that simplify integrating diverse protocols and systems.
⛓️RuleGo is a lightweight, high-performance, embedded, next-generation component orchestration rule engine framework for Go.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
RuleGo has no external dependencies and uses coroutine pools and DAG-based routing, making it efficient for low-resource environments like IoT edge computing, as shown in performance tests on Raspberry Pi with minimal memory usage.
Supports hot-reloading of rule chains and components without restarting the application, enabling real-time adaptation to changing business requirements, which is a core feature highlighted in the README.
Includes a vast array of built-in components for filtering, transformation, and integration with protocols like HTTP, MQTT, and Kafka, reducing development time and effort for common tasks.
Provides AOP mechanisms, context isolation, and easy integration of custom components through clear interfaces, allowing flexible extension and customization without modifying core logic.
Rule chains are defined in JSON, which can become verbose and error-prone for complex workflows, lacking the type safety and compile-time checks of native Go code.
The rule chain DSL and component-based architecture require developers to learn a new paradigm, which might be steep for teams unfamiliar with rule engines or orchestration frameworks.
Compared to established rule engines, RuleGo's ecosystem and community contributions are still growing, potentially affecting the availability of pre-built components for niche use cases or third-party integrations.