Research-first multi-agent framework with #1 GAIA benchmark performance, designed for studying agent societies and role-playing simulations at scale
A research framework where AI agents take on roles and have structured conversations to solve complex problems together.
CAMEL is a free, open-source multi-agent framework in the research and simulation category, built for studying agent societies, role-playing dialogue, and scaling-law experiments across large populations of AI agents — install it with pip install camel-ai.
CAMEL's OWL (Optimized Workforce Learning) component reached the top position on the GAIA benchmark for general AI assistants (as reported on the project's GitHub in early 2025), outperforming other open-source multi-agent solutions on real-world task automation. The OASIS sub-project demonstrated simulations of up to one million concurrent agents (published at NeurIPS 2024), making it the largest open-source agent society simulation available. The original CAMEL role-playing framework was published at NeurIPS 2023, establishing the inception-prompting technique for structured agent dialogue.
Where CAMEL excels: Unlike CrewAI and AutoGen, which target business automation, CAMEL was built by a large open-source research community to study how agent societies behave at scale. The framework has accumulated over 7,400 GitHub stars and 150+ contributors as of early 2026, reflecting sustained community engagement. Its role-playing dialogue system enables sophisticated agent interactions that generate high-quality synthetic training data — the Loong sub-project (arXiv preprint, September 2025) extends this to long chain-of-thought reasoning traces using generator-verifier pairs.
The research advantage: While CrewAI uses predefined agent roles for task execution, CAMEL lets agents develop emergent behaviors through structured conversations. This research-first approach has produced breakthrough insights into agent scaling laws — how performance, coordination cost, and emergent capability change as agent count, environment complexity, and interaction depth increase. The CRAB benchmark provides cross-environment evaluation for multimodal agents, and the SETA system explores self-evolving task automation.
For teams that need production-grade multi-agent orchestration without research overhead, CrewAI or LangGraph offer a smoother path. But for researchers, synthetic data engineers, and teams pushing the frontier of agent collaboration, CAMEL provides unmatched depth, scale, and academic rigor — backed by peer-reviewed publications at top ML venues and an active Discord community.
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CAMEL stands out as the research-grade multi-agent framework that achieved top performance on the GAIA benchmark while remaining completely open-source. Best for teams exploring advanced agent behaviors, researchers studying agent societies, and developers who need deeper customization than business-focused alternatives provide.
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CAMEL continues its strong research cadence into 2026, with OWL ranking among the top performers on the GAIA benchmark for general multi-agent task automation. The Loong project for verifier-based long chain-of-thought synthesis was released as an arXiv preprint in September 2025, expanding the framework's role in producing reasoning training data. The team launched Eigent as a commercial platform offering managed deployment. The community continues to grow its 'HuggingFace-like' ecosystem for multi-agent systems, with active Discord engagement and a steady pipeline of new sub-projects exploring agent reinforcement learning and self-evolving environments.
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