F1r1

F1r1 is a software framework designed to support real-time event processing and automation in distributed environments. The project emphasizes modularity and extensibility through a plug-in architecture that allows developers to add input, processing, and output components without changing core code. F1r1 uses a message-oriented model with a JSON-compatible payload format and supports common communication protocols such as HTTP, MQTT, and AMQP.

Architecturally, the core provides lifecycle management, scheduling, and error handling, while ecosystems of adapters and processors are loaded at runtime. The framework is designed to be platform-agnostic, with native support for containerization and cloud-native deployments, enabling scalable operation in diverse environments.

Development and licensing are typically community-driven, with public repositories that welcome contributions from individuals and organizations. Releases are published under a permissive open-source license, and governance usually involves standard practices such as issue tracking, code reviews, and contributor agreements to ensure project integrity and collaboration.

Usage and applications of F1r1 encompass building event-driven microservices, data ingestion pipelines, IoT gateways, and automation workflows. It is commonly used in conjunction with cloud-native tools for observability, logging, and tracing, and tends to integrate with existing deployment and monitoring stacks to support reliability and scalability.

Reception and context: F1r1 is often described as a lightweight alternative to heavier enterprise streaming platforms, appealing to teams seeking modularity and quick iteration. It exists alongside related modular data frameworks and actor-model runtimes, offering a distinct approach focused on plug-in extensibility and real-time processing.