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Multi-Agent Builders🔴Developer
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CAMEL

Research-first multi-agent framework with #1 GAIA benchmark performance, designed for studying agent societies and role-playing simulations at scale

Starting atFree
Visit CAMEL →
💡

In Plain English

A research framework where AI agents take on roles and have structured conversations to solve complex problems together.

OverviewFeaturesPricingGetting StartedUse CasesIntegrationsLimitationsFAQSecurityAlternatives

Overview

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.

🦞

Using with OpenClaw

▼

Install CAMEL as an OpenClaw skill for multi-agent orchestration. OpenClaw can spawn CAMEL-powered subagents and coordinate their workflows seamlessly.

Use Case Example:

Use OpenClaw as the coordination layer to spawn CAMEL agents for complex tasks, then integrate results with other tools like document generation or data analysis.

Learn about OpenClaw →
🎨

Vibe Coding Friendly?

▼
Difficulty:advanced
Not Recommended

CAMEL is a research-grade Python framework requiring strong programming skills, familiarity with multi-agent concepts, and comfort navigating academic documentation. Not suitable for no-code or beginner vibe-coding workflows.

Learn about Vibe Coding →

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Editorial Review

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.

Key Features

  • •Workflow Runtime
  • •Tool and API Connectivity
  • •State and Context Handling
  • •Evaluation and Quality Controls
  • •Observability
  • •Security and Governance

Pricing Plans

Open Source (Framework)

Free

    LLM Inference Costs

    Pay-per-token to underlying provider

      Eigent (Commercial Platform)

      Contact for pricing

        See Full Pricing →Free vs Paid →Is it worth it? →

        Ready to get started with CAMEL?

        View Pricing Options →

        Getting Started with CAMEL

        1. 1Install the CAMEL framework with `pip install camel-ai` and configure your LLM provider API key (OpenAI, Anthropic, or a local model via Ollama).
        2. 2Run the quickstart role-playing example from the CAMEL docs to set up a two-agent inception-prompted dialogue and verify your environment works end to end.
        3. 3Choose a sub-project that fits your goal: OWL for task automation, OASIS for large-scale social simulation, or core CAMEL for role-playing agent research.
        4. 4Customize agent roles, attach tools (web search, code execution, retrieval), and configure memory and guardrails for your specific use case.
        5. 5Evaluate results using CAMEL's built-in CriticAgent or the CRAB benchmark suite, then iterate on agent prompts and coordination strategies.
        Ready to start? Try CAMEL →

        Best Use Cases

        🎯

        Enterprise workflow automation requiring multi-agent coordination for complex business processes and task delegation

        ⚡

        Research institutions studying scaling laws and emergent behaviors in large-scale agent societies (up to 1M agents)

        🔧

        Software development teams building collaborative coding, testing, and documentation systems with specialized agent roles

        🚀

        Educational institutions creating interactive learning environments with role-playing agents for various subjects

        💡

        Financial institutions implementing dynamic knowledge graph systems for market analysis and trading insights

        🔄

        Content creation workflows involving research, writing, editing, and optimization agents working in coordination

        📊

        Customer service systems with agentic RAG capabilities for intelligent query handling and response generation

        Integration Ecosystem

        10 integrations

        CAMEL works with these platforms and services:

        🧠 LLM Providers
        OpenAIAnthropicGoogleMistralOllama
        📊 Vector Databases
        QdrantMilvus
        ☁️ Cloud Platforms
        AWS
        📈 Monitoring
        Langfuse
        🔗 Other
        GitHub
        View full Integration Matrix →

        Limitations & What It Can't Do

        We believe in transparent reviews. Here's what CAMEL doesn't handle well:

        • ⚠CAMEL prioritizes research breadth and scale over production polish, so teams should expect to invest engineering effort in observability, error handling, deployment automation, and integration with enterprise systems. The framework's multiple sub-projects (CAMEL, OWL, OASIS, Loong, CRAB, SETA) have overlapping but distinct APIs, which can cause confusion when choosing the right component. Documentation leans on research papers rather than pragmatic tutorials, raising the barrier for non-researcher developers. Running large simulations requires significant LLM API budget and compute, and there is no managed cloud offering — everything runs in your own environment.

        Pros & Cons

        ✓ Pros

        • ✓Top-ranked GAIA benchmark performance through the OWL component, validating real-world multi-agent task automation capabilities
        • ✓Strong academic foundation with peer-reviewed publications at top ML venues backing the methodology
        • ✓Massive scale support — OASIS demonstrates simulations with up to one million agents, far beyond what most frameworks attempt
        • ✓Comprehensive toolkit covering role-playing, workforce automation, social simulation, synthetic data generation, and benchmarking under one project
        • ✓Fully open-source with active community, simple `pip install camel-ai` installation, and HuggingFace-style collaborative ecosystem
        • ✓Research-grade flexibility for studying scaling laws, emergent behaviors, and agent society dynamics that production frameworks don't expose

        ✗ Cons

        • ✗Research-first orientation means less polished developer experience and fewer production-ready integrations than CrewAI or LangGraph
        • ✗Steep learning curve due to the breadth of sub-projects (CAMEL, OWL, OASIS, Loong, CRAB, SETA) each with different abstractions
        • ✗Documentation is research-paper-heavy and assumes familiarity with multi-agent terminology, making onboarding harder for application developers
        • ✗Running large-scale simulations (especially OASIS-style million-agent setups) requires substantial compute resources and LLM API budget
        • ✗Less enterprise tooling around observability, deployment, and SLA-grade reliability compared to commercial multi-agent platforms

        Frequently Asked Questions

        How do I install CAMEL and get started?+

        CAMEL is installed with a single command: `pip install camel-ai`. From there, you can import the framework, configure an LLM backend (OpenAI, Anthropic, local models, etc.), and instantiate role-playing agents. The official docs and the project's Discord community are the best starting points for tutorials and examples.

        What is the difference between CAMEL, OWL, and OASIS?+

        They are sibling projects under the CAMEL-AI umbrella. CAMEL is the original role-playing communicative agents framework. OWL (Optimized Workforce Learning) is the task-automation system that achieved #1 on the GAIA benchmark. OASIS is a large-scale social simulation platform supporting up to one million agents for studying emergent group behavior.

        Is CAMEL suitable for production use or only research?+

        CAMEL is research-first and is most commonly used for academic studies, synthetic data generation, and simulation experiments. It can be deployed to production, but teams typically need to build their own observability, retry, and orchestration layers. For straightforward production agent workflows, frameworks like CrewAI or LangGraph offer a smoother path.

        Is CAMEL free to use?+

        The CAMEL framework itself is free and open-source. However, running agents requires LLM API access, which is where costs accrue — you pay your chosen model provider (OpenAI, Anthropic, etc.) per token consumed. Large-scale simulations with thousands or millions of agents can become expensive quickly. The team also offers Eigent, a commercial platform with managed hosting and enterprise support, available at custom pricing.

        What kinds of research has CAMEL been used for?+

        CAMEL has supported published research on agent communication and role-playing (NeurIPS 2023), million-agent social simulations (OASIS, NeurIPS 2024), long chain-of-thought synthesis through verifiers (Loong), and cross-environment multimodal agent benchmarking (CRAB). The OWL component for general multi-agent task automation was released in 2025.

        🔒 Security & Compliance

        —
        SOC2
        Unknown
        —
        GDPR
        Unknown
        —
        HIPAA
        Unknown
        —
        SSO
        Unknown
        ✅
        Self-Hosted
        Yes
        ✅
        On-Prem
        Yes
        —
        RBAC
        Unknown
        —
        Audit Log
        Unknown
        —
        API Key Auth
        Unknown
        ✅
        Open Source
        Yes
        —
        Encryption at Rest
        Unknown
        —
        Encryption in Transit
        Unknown
        Data Retention: configurable
        🦞

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        What's New in 2026

        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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        Quick Info

        Category

        Multi-Agent Builders

        Website

        www.camel-ai.org
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