CAMEL is a community dedicated to exploring the scaling laws of agents, providing insights into their behaviors and risks.Key design principles of the CAMEL framework include evolvability, scalability, and statefulness for efficient multi-agent systems.Benefits of using CAMEL for research include simulating large-scale agent systems, dynamic communication, and support for various agent types.CAMEL offers features like data generation, tool integration, and support for different benchmarks in multi-agent systems research.Researchers can build data generation tools, automate tasks, and simulate worlds using CAMEL, enhancing multi-agent system capabilities.The installation process for CAMEL is straightforward, with examples like creating a ChatAgent for various tasks using the framework.CAMEL Tech Stack includes modules for agents, agent societies, data generation, models, tools, benchmarks, interpreters, and more.Research projects at CAMEL focus on the behaviors, capabilities, and risks of large-scale agents, inviting collaboration and impactful research.Tools like models documentation, cookbooks for specific functionalities, and synthetic datasets support researchers in exploring multi-agent systems.The community-driven initiative of CAMEL welcomes contributors and supporters, offering guidelines for code contributions and community engagement.