Cosmonapse

Cosmonapse is an event-driven protocol designed for distributed agent communications, mirroring a nervous system's efficiency. Key features include: * Pure functional agents without lifecycle management * Flexible orchestration allowing any node to dispatch and react * Signal-based harnesses replacing traditional loops and tool calls * Scalable code from in-memory tests to NATS/Kafka deployments This framework enables developers to build multi-agent systems with minimal boilerplate. Agents are simple asynchronous functions wrapped in an 'Axon' and attached to a 'Dendrite'. The protocol handles the underlying communication, abstracting away complexities. It supports various transports, allowing seamless scaling from local memory-based interactions to robust message brokers like NATS or Kafka by changing a single configuration line. Cosmonapse facilitates complex interactions like tool calls, shared memory mechanisms, human approval processes, and retry logic, all composable as nodes or hooks around standard model calls. This modular approach promotes clear, maintainable code structures for intricate agent behaviors. Python and TypeScript SDKs, along with a command-line interface, provide comprehensive tools for development and deployment. It is ideal for engineering teams and researchers developing advanced distributed systems, multi-agent frameworks, and complex behavioral models where efficient communication and scalable architecture are paramount. The open protocol fosters innovation in building interconnected computational entities.