GenericAgent
Self-evolving agent: grows skill tree from 3.3K-line seed, achieving full system control with 6x less token consumption
README
# GenericAgent
**A Minimal, Self-Evolving Autonomous Agent Framework**
*~3K lines of seed code · 9 atomic tools · ~100-line Agent Loop*
**[English](#-english) · [中文](#-中文)**
📌 Official: GitHub + https://gaagent.ai only. DintalClaw is the sole authorized commercial partner; others are not affiliated.
<a id="-english"></a>
🌟 Overview
GenericAgent is a minimal, self-evolving autonomous agent framework. Its core is just ~3K lines of code. Through 9 atomic tools + a ~100-line Agent Loop, it grants any LLM system-level control over a local computer — covering browser, terminal, filesystem, keyboard/mouse input, screen vision, and mobile devices (ADB).
Design philosophy — don't preload skills, evolve them.
Every time GenericAgent solves a new task, it automatically crystallizes the execution path into a reusable Skill. The longer you use it, the more skills accumulate — forming a personal skill tree grown entirely from 3K lines of seed code.
🤖 Self-Bootstrap Proof — Everything in this repository, from installing Git and running
git initto every commit message, was completed autonomously by GenericAgent. The author never opened a terminal once.
📑 Table of Contents
- Key Features
- Demo Showcase
- Quick Start
- Usage
- Unlocking Advanced Capabilities
- Architecture
- Self-Evolution Mechanism
- Comparison
- Evaluation
- Roadmap & News
- Community & Support
- License
📋 Key Features
| Feature | Description |
|---|---|
| 🧬 Self-Evolving | Automatically crystallizes each task into a Skill. Capabilities grow with every use, forming your personal skill tree. |
| 🪶 Minimal Architecture | ~3K lines of core code. Agent Loop is ~100 lines. No complex dependencies, zero deployment overhead. |
| ⚡ Strong Execution | TMWebdriver injects into a real browser (preserving login sessions). 9 atomic tools take direct control of the system. |
| 🔌 High Compatibility | Supports Claude / Gemini / Kimi / MiniMax and other major models. Cross-platform. |
| 💰 Token Efficient | <30K context window — a fraction of the 200K–1M other agents consume. Less noise, fewer hallucinations, higher success rate, lower cost. |
🎯 Demo Showcase
<table>
<tr>
<td align="center" width="50%"><b>🛡️ Real-Browser CAPTCHA Survival</b></td>
<td align="center" width="50%"><b>🌐 Autonomous Web Exploration</b></td>
</tr>
<tr>
<td>
</td>
<td>
</td>
</tr>
<tr>
<td><sub>While configuring a Discord bot, an hCaptcha <i>"Are you human?"</i> challenge pops up mid-task — GA's real browser session passes it and the task continues. See <a href="#browser-realness-of-ga-web-tools">Browser Realness</a>.</sub></td>
<td><sub>Autonomously browses and periodically summarizes web content.</sub></td>
</tr>
<tr>
<td align="center"><b>🧋 Food Delivery Order</b></td>
<td align="center"><b>📈 Quantitative Stock Screening</b></td>
</tr>
<tr>
<td>
</td>
<td>
</td>
</tr>
<tr>
<td><sub><i>"Order me a milk tea"</i> — navigates the delivery app, selects items, completes checkout.</sub></td>
<td><sub><i>"Find GEM stocks with EXPMA golden cross, turnover > 5%"</i> — quantitative screening.</sub></td>
</tr>
<tr>
<td align="center"><b>💰 Expense Tracking</b></td>
<td align="center"><b>💬 Batch Messaging</b></td>
</tr>
<tr>
<td>
</td>
<td align="center">
</td>
</tr>
<tr>
<td><sub><i>"Find expenses over ¥2K in the last 3 months"</i> — drives Alipay via ADB.</sub></td>
<td><sub>Sends bulk WeChat messages, fully driving the WeChat client.</sub></td>
</tr>
</table>
🚀 Quick Start
⚠️ Python version: use Python 3.11 or 3.12. Do not use Python 3.14 — it is incompatible with
pywebviewand a few other GA dependencies.📖 Detailed installation guide: installation.md · installation_zh.md(中文)
For LLM Agents
Fetch the installation guide and follow it:
curl -fsSL https://raw.githubusercontent.com/lsdefine/GenericAgent/refs/heads/main/docs/installation.md
For Humans
Method 1 — Clone & install (recommended)
git clone https://github.com/lsdefine/GenericAgent.git && cd GenericAgent
uv venv && uv pip install -e ".[ui]"
cp mykey_template_en.py mykey.py # fill in your LLM API key
Dependencies are deliberately tiered: the agent core needs only requests, plus four lightweight packages (beautifulsoup4, bottle, simple-websocket-server, aiohttp) for TMWebdriver's local server. The [ui] extra pulls in frontend libraries (Streamlit, prompt_toolkit/rich for the TUI, …) — install it for the bundled UIs, or skip it entirely and drive the agent headless. No Playwright, no LangChain, no browser binaries to download.
Then launch:
python frontends/tui_v3.py # Terminal UI (recommended)
python launch.pyw # Streamlit web UI
Method 2 — One-line installer (convenience)
Sets up a self-contained directory with an isolated Python environment, Git, and a ready-to-run package. The script is in assets/ if you'd like to read it first.
Windows PowerShell
powershell -ExecutionPolicy Bypass -c "$env:GLOBAL=1; irm https://raw.githubusercontent.com/lsdefine/GenericAgent/main/assets/ga_install.ps1 | iex"
Linux / macOS
GLOBAL=1 bash -c "$(curl -fsSL https://raw.githubusercontent.com/lsdefine/GenericAgent/main/assets/ga_install.sh)"
💡 GenericAgent grows its environment through the Agent itself — don't pre-install everything. See Unlocking Advanced Capabilities below.
💻 Usage
Frontends
Terminal UI (recommended)
A lightweight, scrollback-first terminal interface built on prompt_toolkit + rich. Supports multiple concurrent sessions and real-time streaming.
python frontends/tui_v3.py
<details>
<summary><b>⚠️ Windows TUI Troubleshooting</b></summary>
TUI rendering on Windows can be flaky depending on terminal + font. Common causes:
prompt_toolkit/richare not on the latest version —pip install -U prompt_toolkit richfirst.- PowerShell / cmd ship with terminals that have rough Unicode + key-binding support. Prefer Git Bash on Windows, which is much better behaved.
- If it still looks broken, ask GA itself to fix it:
"My experience using
frontends/tui_v3.pyin PowerShell / cmd / Git Bash on Windows is very poor — lots of incompatibility. Please refer to Claude Code's best practices for the Windows terminal and fix all font and rendering incompatibilities."
</details>
Streamlit UI
python launch.pyw
Bot Interface (IM)
GenericAgent also supports IM frontends such as Telegram, Discord, and Lark.
| Platform | Command |
|---|---|
| Telegram | python frontends/tgapp.py |
| Discord | python frontends/dcapp.py |
| Lark / Feishu | python frontends/fsapp.py |
WeChat, QQ, WeCom and DingTalk are also supported — see the Chinese section below.
For detailed setup, ask GenericAgent itself.
🔓 Unlocking Advanced Capabilities
In GA, advanced capabilities are unlocked by instructing the agent, not by reading
docs or installing extras. Each instruction below makes GA read its pre-installed SOPs
(battle-tested playbooks in its memory), install whatever is missing, adapt to your OS,
and persist the result into its own memory.
| Capability | Just tell GA |
|---|---|
| 🌐 Web automation | "Set up your web automation capability." — GA guides you through the one manual step: dragging the bundled Chrome extension into chrome://extensions. |
| 🔤 OCR | "Set up your OCR capability with rapidocr and save it to memory." |
| 👁️ Vision | "Set up your vision capability from the template in memory/." — GA copies the template, wires it to your existing LLM keys, and self-tests. |
| 🖱️ Computer use | "Probe this system and set up your computer-use capability." |
💡 About language: the pre-installed SOPs are written in Chinese — GA reads them
natively, so this never blocks you. If you prefer an English knowledge base, just say:
"Read your pre-installed SOPs and rewrite them in English (keep code, paths and error
strings verbatim)."🌍 About platforms: the SOPs were honed on Windows, but cross-platform adaptation is
itself a GA task — on macOS/Linux, GA swaps in the platform equivalents (window
enumeration, input control, screenshots) on its own. Same self-evolution principle.
🧠 Architecture
GenericAgent accomplishes complex tasks through Layered Memory × Minimal Toolset × Autonomous Execution Loop, continuously accumulating experience during execution.
1️⃣ Layered Memory System
Memory crystallizes throughout task execution, letting the agent build stable, efficient working patterns over time.
| Layer | Name | Description |
|---|---|---|
| L0 | Meta Rules | Core behavioral rules and system constraints |
| L1 | Insight Index | Minimal memory index for fast routing and recall |
| L2 | Global Facts | Stable knowledge accumulated over long-term operation |
| L3 | Task Skills / SOPs | Reusable workflows for completing specific task types |
| L4 | Session Archive | Archived task records distilled from finished sessions for long-horizon recall |
2️⃣ Autonomous Execution Loop
Perceive environment state → Task reasoning → Execute tools → Write experience to memory → Loop
The entire core loop is just ~100 lines of code (agent_loop.py).
3️⃣ Minimal Toolset
GenericAgent provides only 9 atomic tools, forming the foundational capabilities for interacting with the outside world.
| Tool | Function |
|---|---|
code_run |
Execute arbitrary code (Python / PowerShell) |
file_read |
Read files |
file_write |
Write / create / overwrite files |
file_patch |
Patch / modify files |
web_scan |
Perceive web content |
web_execute_js |
Control browser behavior |
ask_user |
Human-in-the-loop confirmation |
update_working_checkpoint |
(memory) Short-term working notepad |
start_long_term_update |
(memory) Distill long-term memory |
4️⃣ Capability Extension
Capable of dynamically creating new tools.
Via code_run, GenericAgent can dynamically install Python packages, write new scripts, call external APIs, or control hardware at runtime — crystallizing temporary abilities into permanent tools.
GenericAgent Workflow Diagram
🧬 Self-Evolution Mechanism
This is what fundamentally distinguishes GenericAgent from every other agent framework.
[New Task]
│
▼
[Autonomous Exploration] ─► install deps · write scripts · debug · verify
│
▼
[Crystallize into Skill] ─► write to memory layer
│
▼
[Direct Recall on Next Similar Task]
| What you say | First time | Every time after |
|---|---|---|
| "Read my WeChat messages" | Install deps → reverse DB → write read script → save Skill | one-line invoke |
| "Give me a morning digest of Hacker News" | Write scraper → build digest → schedule daily run → save Skill | one-line invoke |
| "Monitor stocks and alert me" | Install mootdx → build selection flow → configure cron → save Skill |
one-line start |
| "Send this file via Gmail" | Configure OAuth → write send script → save Skill | ready to use |
After a few weeks, your agent instance will have a skill tree no one else in the world has — all grown from 3K lines of seed code.
📊 Comparison
| Feature | GenericAgent | OpenClaw | Claude Code |
|---|---|---|---|
| Codebase | ~3K lines | ~530,000 lines | Open-sourced (large) |
| Deployment | pip install + API Key |
Multi-service orchestration | CLI + subscription |
| Browser Control | Real browser (session preserved) | Sandbox / headless browser | Via MCP plugin |
| OS Control | Mouse/kbd, vision, ADB | Multi-agent delegation | File + terminal |
| Self-Evolution | Autonomous skill growth | Plugin ecosystem | Stateless between sessions |
| Out of the Box | Few core files + starter skills | Hundreds of modules | Rich CLI toolset |
📈 Evaluation
📂 Full evaluation datasets and results: JinyiHan99/GA-Technical-Report
We evaluate GenericAgent across five dimensions:
| # | Dimension | Question | Benchmarks |
|---|---|---|---|
| 1 | Task Completion & Token Efficiency | Can GA complete hard tasks more cheaply than leading agents? | SOP-Bench, Lifelong AgentBench, RealFin-Benchmark |
| 2 | Tool-Use Efficiency | Can a minimal atomic toolset solve what specialized toolsets solve, with less overhead? | Tool Efficiency Benchmark (11 simple + 5 long-horizon) |
| 3 | Memory System Effectiveness | Does condensed hierarchical memory beat full/redundant memory and embedding-based retrievers? | SOP-Bench (dangerous goods), LoCoMo, 20-skill stress test |
| 4 | Self-Evolution Capability | Can the agent distill experience into reusable SOPs and code, without intervention? | 9-round LangChain longitudinal study, 8-task cross-task web benchmark |
| 5 | Web Browsing Capability | Does density-driven design survive the open web? | WebCanvas, BrowseComp-ZH, Custom Tasks (22) |
Baselines across these dimensions include Claude Code, OpenAI CodeX, and OpenClaw, evaluated under Claude Sonnet 4.6, Claude Opus 4.6, GPT-5.4, and MiniMax M2.7 backbones.
<table>
<tr>
<td align="center" width="50%">
<img src="assets/images/result_radar.png" width="100%" alt="Tool-use efficiency radar"/><br/>
<sub><b>Tool-use efficiency radar.</b> GA dominates token, request, and tool-call axes while preserving quality across four task dimensions.</sub>
</td>
<td align="center" width="50%">
<img src="assets/images/result_convergence.png" width="100%" alt="Cross-task self-evolution convergence"/><br/>
<sub><b>Cross-task self-evolution.</b> Second- and third-run GA executions converge to a stable low-cost regime across eight web tasks, while OpenClaw shows no such convergence.</sub>
</td>
</tr>
</table>
Browser Realness of GA Web Tools (TMWebdriver)
GA web tools are powered by TMWebdriver — a local WebSocket server plus a Chrome extension — running through a real, persistent Chrome/Chromium session rather than a disposable headless sandbox, preserving cookies, login state, extensions, GPU/WebGL behavior, and normal browser-session fingerprints.
| Detection Service / Signal | Vanilla Headless Automation | GA Web Tools | Notes |
|---|---|---|---|
| SannySoft headless test | Often detected | ✅ 56/56 passed | bot.sannysoft.com |
| bot.incolumitas.com | Commonly fails webdriver / CDP checks | ✅ 36/36 passed | WEBDRIVER, SELENIUM_DRIVER, webDriverAdvanced all OK |
| BrowserScan bot detection | Often abnormal | ✅ Normal | browserscan.net |
| Device & Browser Info bot test | Multiple bot flags | ✅ Human / isBot=false |
deviceandbrowserinfo.com |
| FingerprintJS bot detection demo | Often detected | ✅ Passed | Demo flow completed without bot verdict |
| reCAPTCHA v3 demo | Low bot-like score | ✅ 0.9 human-like score | Score-based risk signal; 0.9 is above typical production thresholds |
For reCAPTCHA v3, 0.9 is not a "checkbox solved" result; it is the high-confidence human-like score returned by the risk model, typically sufficient to avoid extra challenges in production flows.
📅 Roadmap & News
- 2026-05-23 — 🆕 TUI v3 released (
frontends/tui_v3.py). Block-based scrollback with proper resize reflow, per-terminal color profile for cross-terminal parity, and feature parity with v2. - 2026-05-18 — 🆕 Morphling mode. Project-level skill absorption — extract goal + tests from any external repo, then decide per component: call, rewrite, or discard. See
memory/morphling_sop.md. - 2026-05-17 — 🆕 Goal Hive mode. Multi-worker cooperative Goal mode — BBS-coordinated master/workers running long-horizon objectives in parallel. See
memory/goal_hive_sop.md. - 2026-05-15 — 🖥️ Desktop GUI released. One-line installs ship a ready-to-run desktop app (
frontends/GenericAgent.exe). Developers launch viapython launch.pyw. - 2026-05-14 — 🆕 Conductor sub-agent orchestration. Spawn, supervise, and auto-clean parallel sub-agents; first-class delegation primitives complementing
/btwside-questions. - 2026-05-12 — 🆕 TUI v2 released (
frontends/tuiapp_v2.py). Refined Textual frontend with image-paste folding, file paste, block-delete, Ctrl+C copy, history navigation, and/llm//export//continuepickers. - 2026-05-08 — 🆕 Goal mode (
reflect/goal_mode.py). Time-budget-driven self-driven loop — "keep optimizing X for N hours" with no premature delivery. - 2026-04-21 — 📄 Technical Report on arXiv — GenericAgent: A Token-Efficient Self-Evolving LLM Agent via Contextual Information Density Maximization.
- 2026-04-11 — Introduced L4 session archive memory and scheduler cron integration.
- 2026-03-23 — Personal WeChat supported as a bot frontend.
- 2026-03-10 — Released million-scale Skill Library (Chinese).
- 2026-03-08 — Released "Dintal Claw" — a GenericAgent-powered government-affairs bot (Chinese).
- 2026-03-01 — Featured by Jiqizhixin (机器之心) (Chinese).
- 2026-01-16 — GenericAgent V1.0 public release.
⭐ Community & Support
If this project helped you, please consider leaving a Star! 🙏
🚩 Friendly Links
Thanks to the LinuxDo community for the support!
Community GUIs (independent open-source projects):
- chilishark27/ga-manager
- wangjc683/galley — Out-of-the-box local agent workbench with a bundled GA runtime (CPython 3.11 + deps), native GUI/CLI, multi-session + Project orchestration, local-first.
- FroStorM/A3Agent
- Fwind43/GenericAgent-Admin — Go + React desktop admin panel: service lifecycle management, native chat, Goal mode, BBS team board, file editor, model config wizard, TMWebDriver monitor, self-update, and Windows tray/desktop-pet integration.
📄 License
Distributed under the MIT License. See LICENSE for full text.
Disclaimer: The official GenericAgent channels are this GitHub repository and https://gaagent.ai. DintalClaw is currently the only officially authorized commercial partner; any other third-party website, organization, or individual using the GenericAgent name is not official unless explicitly listed here.
<a id="-中文"></a>
🌟 项目简介
GenericAgent 是一个极简、可自我进化的自主 Agent 框架。核心仅 ~3K 行代码,通过 9 个原子工具 + ~100 行 Agent Loop,赋予任意 LLM 对本地计算机的系统级控制能力,覆盖浏览器、终端、文件系统、键鼠输入、屏幕视觉及移动设备(ADB)。
设计哲学 —— 不预设技能,靠进化获得能力。
每解决一个新任务,GenericAgent 就将执行路径自动固化为 Skill,供后续直接调用。使用时间越长,沉淀的技能越多,形成一棵完全属于你、从 3K 行种子代码生长出来的专属技能树。
🤖 自举实证 — 本仓库的一切,从安装 Git、
git init到每一条 commit message,均由 GenericAgent 自主完成。作者全程未打开过一次终端。
📑 目录
📋 核心特性
| 特性 | 说明 |
|---|---|
| 🧬 自我进化 | 每次任务自动沉淀 Skill,能力随使用持续增长,形成专属技能树 |
| 🪶 极简架构 | ~3K 行核心代码,Agent Loop 约百行,无复杂依赖,部署零负担 |
| ⚡ 强执行力 | 注入真实浏览器(保留登录态),9 个原子工具直接接管系统 |
| 🔌 高兼容性 | 支持 Claude / Gemini / Kimi / MiniMax 等主流模型,跨平台运行 |
| 💰 极致省 Token | 上下文窗口不到 30K,是其他 Agent(200K–1M)的零头;噪声更少、幻觉更低、成功率更高,成本低一个数量级 |
🎯 实例展示
<table>
<tr>
<td align="center" width="50%"><b>🧋 外卖下单</b></td>
<td align="center" width="50%"><b>📈 量化选股</b></td>
</tr>
<tr>
<td>
</td>
<td>
</td>
</tr>
<tr>
<td><sub><i>"Order me a milk tea"</i> — 自动导航外卖 App,选品并完成结账</sub></td>
<td><sub><i>"Find GEM stocks with EXPMA golden cross, turnover > 5%"</i> — 量化条件筛股</sub></td>
</tr>
<tr>
<td align="center"><b>🌐 自主网页探索</b></td>
<td align="center"><b>💰 支出追踪</b></td>
</tr>
<tr>
<td>
</td>
<td>
</td>
</tr>
<tr>
<td><sub>自主浏览并定时汇总网页信息</sub></td>
<td><sub><i>"查找近 3 个月超 ¥2K 的支出"</i> — 通过 ADB 驱动支付宝</sub></td>
</tr>
<tr>
<td align="center" colspan="2"><b>💬 批量消息</b></td>
</tr>
<tr>
<td colspan="2" align="center">
</td>
</tr>
<tr>
<td colspan="2"><sub>批量发送微信消息,完整驱动微信客户端</sub></td>
</tr>
</table>
🚀 快速开始
⚠️ Python 版本: 推荐使用 Python 3.11 或 3.12。请不要使用 Python 3.14,与
pywebview及部分依赖不兼容。📖 详细安装指南:installation_zh.md(中文) · installation.md (English)
给 LLM Agent 看的
获取安装指南并照做:
curl -fsSL https://raw.githubusercontent.com/lsdefine/GenericAgent/refs/heads/main/docs/installation_zh.md
给人类用户看的
方法一 — 一键安装 (推荐)
一键安装会自动准备独立 Python 环境、Git、项目文件和桌面端,不污染系统环境。
Windows PowerShell
powershell -ExecutionPolicy Bypass -c "irm http://fudankw.cn:9000/files/ga_install.ps1 | iex"
Linux / macOS
curl -fsSL http://fudankw.cn:9000/files/ga_install.sh | bash
安装完成后启动:
- Windows — 双击
frontends/GenericAgent.exe - Linux / macOS — 在安装目录运行
python launch.pyw
方法二 — Python 安装 (开发者)
git clone https://github.com/lsdefine/GenericAgent.git
cd GenericAgent
uv venv
uv pip install -e ".[ui]" # 核心 + UI 依赖
cp mykey_template.py mykey.py # 填入你的 LLM API Key
python launch.pyw
💡 GenericAgent 更推荐由 Agent 在使用中自举环境,而不是预先手动装完整依赖。
📖 完整引导流程见 docs/GETTING_STARTED.md
📖 新手图文版:飞书文档
📘 完整入门教程(Datawhale 出品):Hello GenericAgent · GitHub
💻 使用方式
前端启动
桌面端
一键安装自带桌面端(Windows),双击:
frontends/GenericAgent.exe
终端 UI
基于 Textual 的轻量键盘驱动界面。支持多会话并发、实时流式输出,有终端就能跑。
python frontends/tuiapp_v2.py
<details>
<summary><b>⚠️ Windows 上 TUI 显示异常的排查思路</b></summary>
textual版本太旧,先pip install -U textual;- PowerShell / cmd 自带终端对 Unicode 和键位的支持比较糟糕,Windows 上推荐用 Git Bash,体验明显更稳;
- 仍然显示异常时,可以让 GA 自己修一遍,参考 Prompt:
"我在 Windows 的 PowerShell / cmd / Git Bash 中使用
frontends/tuiapp_v2.py体验非常差,出现了一堆不兼容问题。请参考 Claude Code 在 Windows 终端的最佳配置,把所有字体和显示不兼容的问题修一遍。"
</details>
Streamlit UI
python launch.pyw
Bot 接口(IM)
GenericAgent 支持 Telegram、Discord、微信、QQ、飞书 / Lark、企业微信、钉钉等 IM 前端。
| 平台 | 启动命令 |
|---|---|
| Telegram | python frontends/tgapp.py |
| Discord | python frontends/dcapp.py |
| 微信 | python frontends/wechatapp.py |
python frontends/qqapp.py |
|
| 飞书 / Lark | python frontends/fsapp.py |
| 企业微信 | python frontends/wecomapp.py |
| 钉钉 | python frontends/dingtalkapp.py |
详细配置直接问 GenericAgent。
🧠 架构设计
GenericAgent 通过 分层记忆 × 最小工具集 × 自主执行循环 完成复杂任务,并在执行过程中持续积累经验。
1️⃣ 分层记忆系统
记忆在任务执行过程中持续沉淀,使 Agent 逐步形成稳定且高效的工作方式。
| 层级 | 名称 | 说明 |
|---|---|---|
| L0 | 元规则(Meta Rules) | Agent 的基础行为规则和系统约束 |
| L1 | 记忆索引(Insight Index) | 极简索引层,用于快速路由与召回 |
| L2 | 全局事实(Global Facts) | 在长期运行过程中积累的稳定知识 |
| L3 | 任务 Skills / SOPs | 完成特定任务类型的可复用流程 |
| L4 | 会话归档(Session Archive) | 从已完成任务中提炼出的归档记录,用于长程召回 |
2️⃣ 自主执行循环
感知环境状态 → 任务推理 → 调用工具执行 → 经验写入记忆 → 循环
整个核心循环仅 约百行代码(agent_loop.py)。
3️⃣ 最小工具集
GenericAgent 仅提供 9 个原子工具,构成与外部世界交互的基础能力。
| 工具 | 功能 |
|---|---|
code_run |
执行任意代码(Python / PowerShell) |
file_read |
读取文件 |
file_write |
写入 / 创建 / 覆盖文件 |
file_patch |
修改文件 |
web_scan |
感知网页内容 |
web_execute_js |
控制浏览器行为 |
ask_user |
人机协作确认 |
update_working_checkpoint |
(记忆) 短期工作记事板 |
start_long_term_update |
(记忆) 提炼长期记忆 |
4️⃣ 能力扩展机制
具备动态创建新工具的能力。
通过 code_run,GenericAgent 可在运行时动态安装 Python 包、编写新脚本、调用外部 API 或控制硬件,将临时能力固化为永久工具。
GenericAgent 工作流程图
🧬 自我进化机制
这是 GenericAgent 区别于其他 Agent 框架的根本所在。
[遇到新任务]
│
▼
[自主摸索] ─► 安装依赖 · 编写脚本 · 调试验证
│
▼
[执行路径固化为 Skill] ─► 写入记忆层
│
▼
[下次同类任务直接调用]
| 你说的一句话 | 第一次做了什么 | 之后每次 |
|---|---|---|
| "监控股票并提醒我" | 安装 mootdx → 构建选股流程 → 配置定时任务 → 保存 Skill |
一句话启动 |
| "用 Gmail 发这个文件" | 配置 OAuth → 编写发送脚本 → 保存 Skill | 直接可用 |
用几周后,你的 Agent 实例将拥有一套任何人都没有的专属技能树,全部从 3K 行种子代码中生长而来。
📊 与同类产品对比
| 特性 | GenericAgent | OpenClaw | Claude Code |
|---|---|---|---|
| 代码量 | ~3K 行 | ~530,000 行 | 已开源(体量大) |
| 部署方式 | pip install + API Key |
多服务编排 | CLI + 订阅 |
| 浏览器控制 | 注入真实浏览器(保留登录态) | 沙箱 / 无头浏览器 | 通过 MCP 插件 |
| OS 控制 | 键鼠、视觉、ADB | 多 Agent 委派 | 文件 + 终端 |
| 自我进化 | 自主生长 Skill 和工具 | 插件生态 | 会话间无状态 |
| 出厂配置 | 几个核心文件 + 少量初始 Skills | 数百模块 | 丰富 CLI 工具集 |
📈 评测
📂 完整的评测数据集以及评测结果见:JinyiHan99/GA-Technical-Report
我们从 五大维度 评测 GenericAgent:
| # | 维度 | 核心问题 | 使用的基准 |
|---|---|---|---|
| 1 | 任务完成度与 Token 效率 | GA 能否以更低成本完成高难度任务? | SOP-Bench、Lifelong AgentBench、RealFin-Benchmark |
| 2 | 工具使用效率 | 最小原子工具集能否以更低开销替代专用工具集? | Tool Efficiency Benchmark |
| 3 | 记忆系统有效性 | 精简分层记忆能否超越冗余记忆和基于 Embedding 的检索器? | SOP-Bench、LoCoMo、20-skill 压力测试 |
| 4 | 自我进化能力 | Agent 能否在无人干预下将经验提炼为可复用的 SOP 与代码? | 9 轮 LangChain 纵向研究、8 任务跨任务 Web 基准 |
| 5 | 网页浏览能力 | 信息密度驱动设计能否适应开放网页? | WebCanvas、BrowseComp-ZH、自定义任务 |
以上维度的基线包括 Claude Code、OpenAI CodeX 和 OpenClaw,分别在 Claude Sonnet 4.6、Claude Opus 4.6、GPT-5.4 和 MiniMax M2.7 底座上进行评测。
<table>
<tr>
<td align="center" width="50%">
<img src="assets/images/result_radar.png" width="100%" alt="工具使用效率雷达图"/><br/>
<sub><b>工具使用效率雷达图。</b>GA 在 Token、请求数和工具调用轴上全面领先,同时在四个任务维度上保持质量。</sub>
</td>
<td align="center" width="50%">
<img src="assets/images/result_convergence.png" width="100%" alt="跨任务自我进化收敛曲线"/><br/>
<sub><b>跨任务自我进化。</b>GA 的第二轮和第三轮执行在 8 个 Web 任务上收敛至稳定的低成本区间。</sub>
</td>
</tr>
</table>
GA Web 工具的浏览器真实性
GA Web 工具运行在真实、持久化的 Chrome/Chromium 会话中,而不是一次性的 headless 沙箱,因此可以保留 Cookie、登录态、扩展、GPU/WebGL 行为以及正常浏览器会话指纹。
| 检测服务 / 信号 | 普通 Headless 自动化 | GA Web 工具 | 说明 |
|---|---|---|---|
| SannySoft headless test | 常被识别 | ✅ 56/56 通过 | bot.sannysoft.com |
| bot.incolumitas.com | 常在 webdriver / CDP 项异常 | ✅ 36/36 通过 | WEBDRIVER、SELENIUM_DRIVER、webDriverAdvanced 全部 OK |
| BrowserScan bot detection | 常显示异常 | ✅ Normal | browserscan.net |
| Device & Browser Info bot test | 多个 bot 标记 | ✅ Human / isBot=false |
deviceandbrowserinfo.com |
| FingerprintJS bot detection demo | 常被识别 | ✅ 通过 | Demo 流程完成,未给出 bot 判定 |
| reCAPTCHA v3 demo | 低分 / bot-like | ✅ 0.9 真人相似分 | v3 是基于分数的风险信号;0.9 高于常见生产阈值 |
对于 reCAPTCHA v3,0.9 不是“点过验证码”的结果,而是风控模型返回的高置信真人相似分,通常足以通过生产环境中的常见阈值,避免进入更严格挑战。
📅 路线图与最新动态
- 2026-05-23 — 🆕 TUI v3 正式发布(
frontends/tui_v3.py)。基于块的滚屏回看 + 正确的 resize 重排,每终端独立配色保证跨终端一致,并与 v2 达成功能对齐。 - 2026-05-18 — 🆕 Morphling 模式。项目级能力吞噬 —— 从任意外部仓库抽取目标与测例后,对每个核心组件分别决定调用、重写或舍弃。详见
memory/morphling_sop.md。 - 2026-05-17 — 🆕 Goal Hive 模式。多 worker 协作版 Goal —— Master/Worker 通过 BBS 协同推进长程目标。详见
memory/goal_hive_sop.md。 - 2026-05-15 — 🖥️ 桌面 GUI 发布。一键安装会自带可直接运行的桌面端(
frontends/GenericAgent.exe),开发者也可用python launch.pyw启动。 - 2026-05-14 — 🆕 Conductor 子 Agent 编排。派发、监督、自动清理并行子 Agent;与
/btw旁路子 Agent 互补,提供一等公民级的任务委派原语。 - 2026-05-12 — 🆕 TUI v2 正式发布(
frontends/tuiapp_v2.py)。重做视觉风格的 Textual 前端,支持图片粘贴折叠、文件粘贴、块删除、Ctrl+C 复制、历史导航,以及/llm//export//continue选择器。 - 2026-05-08 — 🆕 Goal 模式(
reflect/goal_mode.py)。时间预算驱动的自驱循环 —— "持续优化 X N 小时",预算没到不准提前交付。 - 2026-04-21 — 📄 技术报告已发布至 arXiv — GenericAgent: A Token-Efficient Self-Evolving LLM Agent via Contextual Information Density Maximization。
- 2026-04-11 — 引入 L4 会话归档记忆,并接入 scheduler cron 调度。
- 2026-03-23 — 支持个人微信接入作为 Bot 前端。
- 2026-03-10 — 发布百万级 Skill 库。
- 2026-03-08 — 发布以 GenericAgent 为核心的"政务龙虾" Dintal Claw。
- 2026-03-01 — 被机器之心报道。
- 2026-01-16 — GenericAgent V1.0 公开版本发布。
⭐ 社区与支持
如果这个项目对你有帮助,欢迎点一个 Star! 🙏
也欢迎加入 GenericAgent 体验交流群,一起交流、反馈、共建 👏
🚩 友情链接
感谢 LinuxDo 社区的支持!
社区 GUI 客户端 (独立开源项目):
- chilishark27/ga-manager
- wangjc683/galley —— 开箱即用的本地 Agent 工作台,自带 GA 内核(内置 CPython 3.11 + 运行依赖),GUI/CLI 双原生、多 session + Project 编排、本地优先。
- FroStorM/A3Agent
- Fwind43/GenericAgent-Admin —— Go + React 桌面管理面板:服务生命周期管理、原生 Chat、Goal 模式、BBS 团队看板、文件编辑器、模型配置向导、TMWebDriver 监控、自更新,以及 Windows 托盘/桌面宠物集成。
📄 许可
基于 MIT License 发布,详见 LICENSE。
声明:GenericAgent 官方渠道为本 GitHub 仓库和 https://gaagent.ai。DintalClaw 是目前唯一官方授权的商业合作方;除非在此处明确列出,其他使用 GenericAgent 名义的第三方网站、机构、组织或个人均非官方。
