AI Agent Frameworks Comparison (Ranked by GitHub Stars) AI Agent 框架对比(按 GitHub Stars 排序)
The following table ranks 14 major open source AI agent frameworks by GitHub stars as of June 2026. Star counts reflect community adoption and are updated weekly from GitHub's public API.
下表按 2026 年 6 月的 GitHub Stars 数对 14 个主流开源 AI Agent 框架进行排名,星标数量反映社区采用度,每周从 GitHub 公开 API 自动同步更新。
| # | Framework | GitHub Stars | Language | Best For | License |
|---|---|---|---|---|---|
| 1 | n8n | 190,545 | JavaScript | Low-code workflow automation with 400+ integrations | Sustainable Use |
| 2 | AutoGPT | 184,687 | Python | Autonomous task execution and experimentation | MIT |
| 3 | Langflow | 148,969 | Python / JS | Visual drag-and-drop agent / RAG builder | MIT |
| 4 | Dify | 143,366 | Python | LLM app development platform, self-hostable | Apache-2.0 |
| 5 | Browser Use | 96,488 | Python | Web browser automation by AI | MIT |
| 6 | OpenHands | 75,540 | Python | AI software development agents | MIT |
| 7 | MetaGPT | 68,451 | Python | Multi-agent with software team roles | MIT |
| 8 | Open Interpreter | 63,761 | Python | Code writing and execution agent | AGPL-3.0 |
| 9 | Cline | 62,590 | TypeScript | VS Code coding agent with file editing | Apache-2.0 |
| 10 | AutoGen | 58,588 | Python | Microsoft's multi-agent conversation framework | MIT |
| 11 | GPT-Engineer | 55,215 | Python | Natural language → full codebase generator | MIT |
| 12 | Flowise | 53,242 | JavaScript | Drag-and-drop LLM workflow UI | Apache-2.0 |
| 13 | CrewAI | 52,573 | Python | Role-based collaborative AI agents | MIT |
| 14 | Agno | 40,443 | Python | Lightweight multi-modal agent library | Apache-2.0 |
Which AI Agent Framework Should You Choose? 如何选择适合你的 AI Agent 框架?
Choosing the right AI agent framework depends heavily on your use case, technical background, and whether you prefer a visual UI or code-first approach. Here's a scenario-based guide to help you decide.
选择合适的 AI Agent 框架,很大程度上取决于你的使用场景、技术背景以及你倾向于可视化界面还是代码优先的开发方式。以下是基于场景的决策指南。
In 2026, the AI agent framework landscape has matured significantly. The key inflection point is whether you need a visual interface or code-first control. For production systems handling complex reasoning, LangGraph (LangChain's stateful graph execution engine) and AutoGen v0.4's event-driven architecture are emerging as the most robust options. For rapid prototyping or team tools, Dify and Langflow reduce the barrier significantly. The right choice is almost always the one that matches your team's existing skill set — framework migrations are expensive.
2026 年,AI Agent 框架生态已趋于成熟。关键分叉点在于你是需要可视化界面还是代码优先的精细控制。对于处理复杂推理的生产系统,LangGraph(LangChain 的有状态图执行引擎)和 AutoGen v0.4 的事件驱动架构正成为最稳健的选择。对于快速原型或团队工具,Dify 和 Langflow 大幅降低了门槛。正确的选择几乎总是与你团队现有技术栈匹配的那个——框架迁移成本很高。
— AI Nav Editorial Team, June 2026Framework Deep Dives 框架详细解析
n8n — Low-Code Workflow Automation King
n8n is the most starred AI-adjacent automation tool on GitHub, and for good reason. With 400+ integrations covering everything from Slack to Salesforce, it handles the "last mile" of AI integrations better than any pure-code framework. n8n's workflow execution engine supports conditional branching, loops, error handling, and webhook triggers — making it production-ready out of the box. The fair-code Sustainable Use License allows self-hosting for most use cases, with paid cloud and enterprise tiers available.
n8n 是 GitHub 上星标最多的 AI 相关自动化工具,实至名归。凭借涵盖 Slack、Salesforce 等 400 多个集成,它在处理 AI 集成"最后一公里"方面优于任何纯代码框架。n8n 的工作流执行引擎支持条件分支、循环、错误处理和 Webhook 触发,开箱即可用于生产环境。公平代码的 Sustainable Use 许可证允许大多数用例自托管,同时提供付费云和企业版。
AutoGPT — The Autonomous Agent Pioneer
AutoGPT was one of the first projects to demonstrate that GPT-4 could chain its own tool calls autonomously. With 184K+ stars, it became a cultural moment for AI development in 2023. In 2026, AutoGPT has evolved into a full autonomous agent platform with a marketplace for agent templates ("blueprints"), a cloud-hosted "AutoGPT Server", and a local agent execution engine. It's best suited for experimentation and building autonomous pipelines that don't require human approval for each step.
AutoGPT 是最早展示 GPT-4 能自主链接自身工具调用的项目之一。凭借 184K+ 星标,它在 2023 年成为 AI 开发领域的文化事件。2026 年,AutoGPT 已演进为完整的自主 Agent 平台,配备 Agent 模板("蓝图")市场、云托管的"AutoGPT Server"和本地 Agent 执行引擎,最适合实验和构建无需每步人工审批的自主流水线。
CrewAI — Role-Based Multi-Agent Teams
CrewAI's core innovation is treating multi-agent systems like a human organization: each agent has a role, a goal, a backstory, and a set of tools. You define a "crew" of agents and a sequence of tasks, and CrewAI orchestrates the collaboration. This role-based framing is highly intuitive and maps well to real business processes — a Researcher agent gathers information, a Writer agent drafts content, and a QA agent reviews it. CrewAI supports both sequential and hierarchical execution modes.
CrewAI 的核心创新在于将多 Agent 系统视为人类组织:每个 Agent 有角色、目标、背景故事和工具集。你定义一个 Agent "团队"和任务序列,CrewAI 负责协调协作。这种基于角色的框架直观易懂,与真实业务流程高度契合——研究员 Agent 收集信息,写作员 Agent 起草内容,质检员 Agent 进行审核。CrewAI 支持顺序和层级两种执行模式。
AutoGen — Microsoft's Conversational Multi-Agent Framework
AutoGen (from Microsoft Research) takes a conversation-centric approach to multi-agent systems: agents communicate through structured message passing, enabling complex behaviors to emerge from simple conversation patterns. AutoGen v0.4 introduced a completely redesigned async event-driven architecture that makes it significantly more scalable for production use. It has excellent support for human-in-the-loop scenarios where a human can intervene in agent conversations.
AutoGen(来自微软研究院)采用以对话为中心的多 Agent 系统方法:Agent 通过结构化消息传递进行通信,使复杂行为从简单对话模式中涌现。AutoGen v0.4 引入了全新设计的异步事件驱动架构,使其在生产环境中的可扩展性显著提升。它对人机协作场景有极佳支持,允许人类介入 Agent 对话流程。
Quick Start: Build Your First AI Agent 快速上手:构建你的第一个 AI Agent
Here's a minimal example using CrewAI to build a two-agent research team in Python:
以下是使用 CrewAI 在 Python 中构建双 Agent 研究团队的最简示例:
# 安装依赖
pip install crewai crewai-tools
from crewai import Agent, Task, Crew
from crewai_tools import SerperDevTool
# 定义工具
search_tool = SerperDevTool()
# 定义 Agent(角色、目标、背景)
researcher = Agent(
role='AI Research Specialist',
goal='Find the latest developments in AI agent frameworks',
backstory='You are an expert researcher who excels at finding accurate information.',
tools=[search_tool],
verbose=True
)
writer = Agent(
role='Technical Writer',
goal='Write clear, comprehensive summaries of technical topics',
backstory='You are a skilled technical writer who makes complex topics accessible.',
verbose=True
)
# 定义任务
research_task = Task(
description='Research the top AI agent frameworks of 2026 with their GitHub stars',
expected_output='A list of top 5 frameworks with star counts and key features',
agent=researcher
)
write_task = Task(
description='Write a 200-word summary of the research findings',
expected_output='A concise, well-structured summary suitable for developers',
agent=writer
)
# 组建团队并执行
crew = Crew(agents=[researcher, writer], tasks=[research_task, write_task])
result = crew.kickoff()
print(result)
For AutoGen, a basic two-agent conversation looks like this:
使用 AutoGen 实现基础双 Agent 对话如下:
# 安装依赖
pip install pyautogen
import autogen
# 配置 LLM
config_list = [{"model": "gpt-4o", "api_key": "YOUR_API_KEY"}]
# 创建 Agent
assistant = autogen.AssistantAgent(
name="assistant",
llm_config={"config_list": config_list}
)
user_proxy = autogen.UserProxyAgent(
name="user_proxy",
human_input_mode="NEVER", # 全自动模式
max_consecutive_auto_reply=5,
code_execution_config={"work_dir": "coding", "use_docker": False}
)
# 启动对话
user_proxy.initiate_chat(
assistant,
message="Write a Python script that fetches GitHub stars for the top AI repos"
)