An open-source multi-agent framework for building and scaling AI agent societies.
Explore scaling laws and build large-scale multi-agent systems with stateful memory.
CAMEL is an open-source framework designed for studying multi-agent systems and scaling laws. It allows you to simulate up to one million communicating agents with stateful memory and tool integration.
The framework implements various agent roles, tasks, prompts, and simulated environments to automate data generation and task execution. It uses a Code-as-Prompt design principle where code and comments serve as explicit instructions for agents.
It suits AI researchers and developers studying multi-agent interactions, synthetic data generation, and agent scaling laws. It does not suit those looking for a simple plug-and-play single chatbot application.
Simulate up to one million agents to study emergent behaviors.
Agents retain and leverage historical context for multi-step interactions.
Real-time interactions among agents foster seamless task collaboration.
Integrate search toolkits and external APIs directly into chat agents.
The framework is free under its open-source license, but running agents requires API access to underlying models like OpenAI, which incur separate usage costs.
880 open remote AI-training roles, updated November 15, 2026; most pay $20–$175 an hour. Zekai lists them free; the application goes to the employer’s platform.
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CAMEL is dedicated to finding the scaling laws of agents by studying multi-agent behaviors, capabilities, and risks on a large scale.
You can enable logging by setting environment variables such as CAMEL_MODEL_LOG_ENABLED=true and specifying a CAMEL_LOG_DIR.
See Zekai first in Google