New Open Source Agent Orchestration Framework for Agentic AI (github.com)

Solace Agent Mesh (SAM) is a new open-source framework designed to enable scalable, reliable AI applications comprised of multiple specialized agents working collaboratively. Built on Solace Platform’s event-driven messaging and Google’s Agent Development Kit (ADK), SAM facilitates seamless agent-to-agent communication, automatic task delegation, and multi-step workflow orchestration with minimal coupling. This architecture supports heterogenous agents like database query agents or multimodal content generators, enabling them to interact dynamically through a standardized Agent2Agent (A2A) protocol and integrate effortlessly with diverse interfaces such as REST APIs, web UIs, and Slack. The framework’s significance lies in its ability to simplify the development of complex, agentic AI systems by abstracting communication and orchestration challenges, thus accelerating deployment of robust, production-ready multi-agent ecosystems. SAM’s modular design permits customization via YAML configurations, supports dynamic discovery and delegation among peer agents, and leverages built-in tools for data analysis, file management, and context-aware dynamic content generation. Its fully asynchronous, decoupled event mesh architecture enables true scalability and fault tolerance, making it highly attractive for AI/ML practitioners building distributed intelligent systems. Technically, SAM integrates the Solace AI Connector for event broker connectivity and harnesses the ADK for agent runtime and tool execution. It supports Python-based local setups with any LLM API and offers extensive tutorials—covering everything from SQL database integration to Slack communication—to help developers get started quickly. Licensed under Apache 2.0 and community-driven, Solace Agent Mesh is poised to become a foundational framework for orchestrating collaborative AI agents at scale.