Introduction

Empowering Collaboration, Simplifying Complexity

Ceylon orchestrates AI agents to automate complex tasks through collaborative problem-solving.

Ceylon is a distributed Multi-Agent System (MAS) built on modern P2P architecture, designed to orchestrate complex task flows among multiple AI agents. It leverages libp2p for robust peer-to-peer communication and Rust for performance-critical components.

Ceylon Architecture

🚀 Key Features

Agent Management: Easily define and manage agents with specific roles and tools
Task Automation: Automate task flow based on agent input and predefined sequences
Scalability: Handle multiple agents and complex workflows with ease
Customization: Highly adaptable to fit diverse use cases
Distributed Architecture: Developed as a robust distributed system
Efficient Message Propagation: Utilizes a powerful framework for reliable inter-agent communication
Interoperability and Performance: Ensures seamless operation across different programming languages while providing memory safety and high performance
Chief Agent Leadership: Centralized task management and execution flow
Parallel or Sequential Execution: Adapt to your task's needs
Customizable I/O: Define inputs and outputs tailored to your requirements
Versatile Deployment: Run as a server or standalone application

🌟 Why Ceylon?

Ceylon pushes the boundaries of what's possible in task automation and AI collaboration. It's not just another framework; it's a new paradigm for solving complex problems.

Achieve the Impossible: Tackle tasks that traditional single-agent or monolithic systems can't handle
Flexible Architecture: Easily adapt to various use cases, from customer support to market analysis
Scalable Performance: Distribute workload across multiple agents for improved efficiency
Rich Interaction: Agents share information, creating a truly collaborative AI ecosystem

Technology Stack

Core Infrastructure

Communication Layer: libp2p Rust implementation
Runtime Environment: Async-capable Python with Rust bindings
Message Protocol: Binary-serialized protocol buffers
State Management: Distributed state with eventual consistency

Performance Features

Zero-copy message passing
Lock-free concurrency
Optimized async I/O
Minimal memory footprint

System Requirements

Python 3.8+
Rust toolchain (for building from source)
2GB RAM minimum
Network connectivity for P2P communication

Contact & License

Support: support@ceylon.ai
Discord: https://discord.gg/7u8qahuYMq
License: Apache-2.0 (LICENSE)

Architecture Note

Ceylon implements a pure P2P networking solution using libp2p Rust implementation. While using similar distributed networking principles as BitTorrent, it operates independently of any blockchain technology. The system provides autonomous agent communication through a high-performance P2P network layer.