Compozy: Scalable Multi-Agent AI Orchestration Platform

baoshi.rao

Introduction

Compozy is a next-level agentic orchestration platform designed to create, deploy, and manage robust multi-agent AI systems. It unifies agents, tasks, tools, and signals into scalable YAML workflows. Powered by Go and Temporal, it ensures high performance, reliability, and fault tolerance, while optimizing costs and providing enterprises with full infrastructure control. Visit Compozy.

How to Use Compozy

Compozy is used by defining AI workflows, agents, and tasks through intuitive declarative YAML templates. Users can design complex AI workflows with dynamic variables and functions, create intelligent agents with LLM integration and tool support, and execute diverse task types including basic, parallel, and collection operations.

Core Features

Declarative YAML Workflows
Multi-agent AI System Orchestration
Scalable and Reliable Execution (Go & Temporal)
Advanced Task System
Custom Tooling with Agnostic Runtime
Model Context Protocol (MCP) Integration
Signal-Based Event Handling
Scheduled Workflows
Memory Management for Agents

Use Cases

AI-powered Go code analysis workflows
Automated daily code analysis and repository scanning
Implementing event-driven architectures for decoupled workflow coordination
Batch processing of files or data
Creating context-aware AI applications with conversation history

Pricing

Open Source: Free, full-featured workflow orchestration for individuals and teams.
Cloud: Coming soon, managed cloud platform with enhanced features.
Enterprise: Custom solutions for mission-critical workloads.

FAQ

What is Compozy? A platform for orchestrating scalable multi-agent AI systems.
What are the key benefits? High performance, reliability, and fault tolerance.
What kind of tasks can it handle? Basic, parallel, collection, router, signal, and wait tasks.
Can I integrate custom tools? Yes, via a secure Bun runtime.
Is Compozy open source? Yes, the Open Source version is free.

For more details, visit Compozy's website.