WorkflowsApr 8, 2026·2 min read

Camel AI — Multi-Agent Role-Playing Framework

Build multi-agent systems where AI agents collaborate through role-playing. CAMEL enables autonomous cooperation between agents with structured communication protocols.

AG
Agent Toolkit · Community
Quick Use

Use it first, then decide how deep to go

This block should tell both the user and the agent what to copy, install, and apply first.

pip install camel-ai
from camel.societies import RolePlaying

session = RolePlaying(
    assistant_role_name="Python Programmer",
    user_role_name="Stock Trader",
    task_prompt="Develop a stock trading bot that uses moving averages.",
)

# Agents collaborate autonomously
chat_history = []
input_msg = session.init_chat()
while True:
    assistant_response, user_response = session.step(input_msg)
    chat_history.append(assistant_response.msg)
    if assistant_response.terminated or user_response.terminated:
        break
    input_msg = user_response.msg

What is CAMEL?

CAMEL (Communicative Agents for "Mind" Exploration of Large Language Model Society) is a multi-agent framework where AI agents collaborate through role-playing. Each agent assumes a specific role and they communicate through structured protocols to solve complex tasks autonomously. Unlike single-agent systems, CAMEL enables emergent problem-solving through agent interaction.

Answer-Ready: CAMEL is a multi-agent role-playing framework for LLMs. Agents assume roles (programmer, researcher, designer) and collaborate autonomously through structured communication. Supports tool use, RAG, and multiple LLM backends. Research-backed by KAUST. 7k+ GitHub stars.

Best for: Researchers and developers building collaborative AI agent systems. Works with: OpenAI, Anthropic Claude, open-source models. Setup time: Under 3 minutes.

Core Features

1. Role-Playing Sessions

from camel.societies import RolePlaying

# Define roles and task
session = RolePlaying(
    assistant_role_name="Data Scientist",
    user_role_name="Business Analyst",
    task_prompt="Analyze customer churn and build a prediction model.",
)

2. Agent Toolkits

from camel.toolkits import SearchToolkit, CodeExecutionToolkit

# Equip agents with tools
agent = ChatAgent(
    system_message="You are a research assistant.",
    tools=[SearchToolkit().get_tools(), CodeExecutionToolkit().get_tools()],
)

3. Workforce (Multi-Agent Teams)

from camel.workforce import Workforce

workforce = Workforce("Development Team")
workforce.add_role("architect", "Design system architecture")
workforce.add_role("developer", "Implement features")
workforce.add_role("tester", "Write and run tests")
result = workforce.process("Build a REST API for user management")

4. RAG Integration

from camel.retrievers import AutoRetriever

retriever = AutoRetriever(vector_storage_local_path="./knowledge")
retriever.ingest("docs/")
# Agents can now query the knowledge base during collaboration

Use Cases

Use Case Roles
Software Development Architect + Developer + Tester
Research Researcher + Critic + Writer
Data Analysis Analyst + Domain Expert
Content Creation Writer + Editor + Fact-Checker

FAQ

Q: How does it differ from CrewAI? A: CAMEL focuses on role-playing communication protocols with research backing. CrewAI is more production-oriented with sequential/parallel task execution.

Q: Does it support Claude? A: Yes, configure Anthropic as the model backend.

Q: Is it production-ready? A: CAMEL is research-first but increasingly used in production. The Workforce API is designed for production use cases.

🙏

Source & Thanks

Created by CAMEL-AI. Licensed under Apache 2.0.

camel-ai/camel — 7k+ stars

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