Your self-evolving AI scientist.你的自进化 AI 科学家。
Plan, research, code, analyze, and write with a multi-agent system that remembers your methods and improves across research runs.用一个多智能体系统完成规划、调研、编码、分析与写作——它记住你的方法,并在一次次研究运行中不断进化。
/compact history offload restored on deepagents 0.7.6.更快启动与新模型。启动提速:延迟导入、可复用的常驻 langgraph dev 服务器、索引化线程列表;新增模型:Gemini 3.7 Flash(Google 与 OpenRouter)、DeepSeek V4 Pro 0813、Grok 4.6 及 GLM-5.3(Zhipu 与 OpenRouter);加密 webhook 渠道现在会拒绝未签名的 POST 请求;Windows 下 MCP stdio 服务器在重定向流环境中可稳定启动;子智能体工具改为在派发时解析;在 deepagents 0.7.6 上恢复了 /compact 历史卸载。/expert <name>) for in-turn consults, parallel panels, or background jobs; configurable bind hosts for the langgraph dev backend and WebUI (loopback by default); Volcengine Coding Plan provider (glm-5.2, kimi-k2.5); Qwen3.8-Max on DashScope and OpenRouter (1M context); deepagents 0.7.5 with media placeholders instead of provider 400s; a blank tool-call ID fix for Kimi/Zhipu sessions.智能体团队。可将已安装的专家技能邀请进会话(/expert <name>),用于回合内咨询、并行专家评审或后台任务;langgraph dev 后端与 WebUI 支持可配置的绑定主机(默认仅监听本机回环);新增 Volcengine Coding Plan 提供商(glm-5.2、kimi-k2.5);DashScope 与 OpenRouter 上新增 Qwen3.8-Max(100 万上下文);升级至 deepagents 0.7.5,以媒体占位符替代提供商 400 报错;修复 Kimi/Zhipu 会话中工具调用 ID 为空的问题。delete tool gated behind the same approval as execute; Requesty and Atlas Cloud as new LLM providers; fixes for unnamed tool calls, interrupted tool-call history on sync sub-agents, and deploy-mode port propagation.统一 HITL 审批与新提供商。主智能体与同步 + 异步子智能体现在共用统一的人在回路审批;升级至 deepagents 0.7.0,内置提示更精简,并新增递归 delete 工具(与 execute 共用同一审批门控);新增 Requesty 与 Atlas Cloud 两个 LLM 提供商;修复了未命名工具调用、同步子智能体的工具调用历史中断,以及 deploy 模式端口传递问题。reasoning_effort); quieter tool-selector streaming and smaller checkpoints.Kimi K3 与提供商修复。Kimi K3 现可在 Moonshot 与 OpenRouter 上选用(100 万上下文);通过孤立运行清理机制,异步子智能体运行不再卡在 pending 状态;新增 Telegram 斜杠命令;多项提供商修复(DeepSeek 原生 SDK、通过 ChatGPT OAuth 使用 GPT-5.x、OpenAI reasoning_effort);工具选择器流式输出更安静,检查点体积更小。/model: GPT-5.6 (sol, terra, luna) for OpenAI and OpenRouter, plus Grok 4.5 and Tencent Hunyuan HY3 on OpenRouter; tighter config-file permissions and a reworked onboarding OAuth flow for auxiliary models.新模型。onboarding 与 /model 中新增可选模型:OpenAI 与 OpenRouter 上的 GPT-5.6(sol、terra、luna),以及 OpenRouter 上的 Grok 4.5 与腾讯混元 HY3;收紧了配置文件权限,并重构了辅助模型的 onboarding OAuth 流程。/autoskills; a new --output-format stream-json for headless / SDK clients; richer slash-command completions; Windows UTF-8 config reads; a TUI welcome-banner fix; langchain-openrouter 0.2.5.AutoSkills。EvoMemory 会从自身的观察聚类中起草可复用技能,供你通过 /autoskills 审阅;为无头模式 / SDK 客户端新增 --output-format stream-json;更丰富的斜杠命令补全;Windows UTF-8 配置读取;修复 TUI 欢迎横幅;升级 langchain-openrouter 至 0.2.5。/schedule or natural language, running unattended with shell-access gating for safety; self-linking memory that connects related observations into a knowledge graph (complements / contradicts / supersedes) as it grows; a read-only GET /api/models endpoint exposing the model registry to the WebUI picker; the main agent now always keeps its memory tools available; deps: deepagents 0.6.12 / langchain-quickjs 0.3.2.自主性里程碑。计划任务:通过 /schedule 或自然语言设置类 cron 的周期性运行,无人值守运行并通过 shell 访问权限门控确保安全;自关联记忆会随着增长将相关观察连接成知识图谱(互补 / 矛盾 / 取代);新增只读端点 GET /api/models,向 WebUI 模型选择器暴露模型注册表;主智能体现在始终保持记忆工具可用;依赖升级:deepagents 0.6.12 / langchain-quickjs 0.3.2。The subagent task tool cannot be exposed via ptc after deepagents 0.6.11 / langchain-quickjs 0.3 reserved task as the REPL global. Removed task from the code-interpreter PTC allowlist (task() stays available as the REPL global; async dispatch stays in PTC) and pinned deepagents[quickjs]~=0.6.11.针对全新安装的热修复:在 deepagents 0.6.11 / langchain-quickjs 0.3 将 task 保留为 REPL 全局变量后,首条消息会因 The subagent task tool cannot be exposed via ptc 而崩溃。已将 task 从代码解释器 PTC 白名单中移除(task() 仍作为 REPL 全局变量可用;异步分发仍保留在 PTC 中),并固定 deepagents[quickjs]~=0.6.11。openrouter_anthropic_prompt_cache=false); slash-command Enter now submits correctly when a command name prefixes another; pre-commit ruff bump.LangGraph 网关层:与 UI 无关的图与线程访问,在 CLI / TUI / serve / channel 之间共享;OpenRouter 的 Anthropic 提示缓存现在默认开启(可通过 openrouter_anthropic_prompt_cache=false 关闭);当命令名是另一命令的前缀时,斜杠命令 Enter 键现在能正确提交;升级 pre-commit ruff。search_observations ranked keyword search + read_memory); multi-stage slash-command completions with subcommand awareness; Windows reliability fixes (async MCP tool execution + graph-state recovery after interruptions, cmd.exe path quoting); quoted virtual-path handling; deepagents 0.6.10.记忆检索:智能体在每个任务开始前对已存储的观察进行预检(search_observations 关键词排序搜索 + read_memory);支持子命令感知的多阶段斜杠命令补全;Windows 可靠性修复(异步 MCP 工具执行 + 中断后的图状态恢复、cmd.exe 路径引用);带引号的虚拟路径处理;升级 deepagents 至 0.6.10。langgraph dev threads survive restarts (SQLite checkpointer + scoped thread restore), memory-worker checkpoint cleanup (delete-on-completion + startup purge), short thread IDs in /threads and resume hints.会话持久化修复:WebUI / langgraph dev 线程可在重启后存活(SQLite 检查点 + 作用域线程恢复)、记忆工作进程检查点清理(完成后删除 + 启动时清理)、/threads 中的短线程 ID 与恢复提示。EvoSci deploy (--tunnel).危险模式(带安全检查的真实文件系统访问)、LangGraph 流式传输 v3 管线、通过 OpenRouter 可选启用的 Anthropic 提示缓存、claude-fable-5、可自由滚动的 TUI、Windows CI 支持、为 EvoSci deploy 提供的公共 Cloudflare 隧道(--tunnel)。EvoSci deploy standalone LangGraph server, default model → claude-sonnet-4-6, MiniMax M3, plus sandbox-timeout and async-notifier channel-routing fixes.浏览器 WebUI 模式(beta)、EvoSci deploy 独立 LangGraph 服务器、默认模型 → claude-sonnet-4-6、MiniMax M3,以及沙箱超时与异步通知渠道路由修复。/compact.上下文重试中间件、OpenAI 中继配置、飞书事件循环修复、/compact。@file mentions, resume history, Feishu WebSocket, LaTeX setup.@file 提及、恢复历史记录、飞书 WebSocket、LaTeX 环境配置。ask_user, headless serve mode.OAuth 登录、人在回路与 ask_user、无头 serve 模式。
One wizard configures everything — LLM provider, API keys, model selection, and workspace mode. Supports OAuth sign-in for Claude Code and Codex CLI users.一个向导即可配置好一切——LLM 提供商、API 密钥、模型选择与工作区模式。支持 Claude Code 与 Codex CLI 用户的 OAuth 登录。
uv tool install EvoScientist通过 uv tool install EvoScientist 安装EvoSci onboard and follow the prompts运行 EvoSci onboard 并按提示操作The same EvoScientist agent — driven from a desktop WebUI, the terminal, or your phone — plus its self-evolving EvoMemory graph.同一个 EvoScientist 智能体——通过桌面 WebUI、终端或手机驱动——外加它自进化的 EvoMemory 图谱。
Every research run makes the system better: agents produce new findings, memory learns automatically, and successful methods evolve into reusable skills for the next run.每一次研究运行都让系统变得更好:智能体产出新发现,记忆自动学习,成功的方法进化为可复用的技能,服务于下一次运行。
flowchart LR
GOAL["Research Goal"] --> AGENTS["Dynamic Multi-Agent Research"]
AGENTS --> RESULTS["New Knowledge · Experiments · Reports"]
RESULTS -->|"learns from every run"| MEMORY["EvoMemory<br/>Updates automatically"]
MEMORY --> SKILLS["Evolving Skills<br/>Strengthen the next run"]
SKILLS -->|"better ways to research"| AGENTS
classDef evolve fill:#101a3e,stroke:#00e5ff,stroke-width:2px,color:#e8edf5
class AGENTS,RESULTS,MEMORY,SKILLS evolve
From hypothesis to publication — the main agent composes the right workers, tools, and skills for each research task.从假设到发表——主智能体为每个研究任务组合合适的工作者、工具与技能。
The main agent composes synchronous and asynchronous workers on demand from specialized agents, general-purpose agents, Skills, and MCP tools — with no fixed agent count.主智能体按需从专用智能体、通用智能体、技能与 MCP 工具中组合同步与异步的工作者——没有固定的智能体数量。
Context, preferences, and findings survive across sessions — self-linking into a knowledge graph (complements / contradicts / supersedes) so the system internalizes scholarly taste and builds on prior work.上下文、偏好与发现跨会话留存——自动关联成知识图谱(补充 / 矛盾 / 取代),让系统内化学术品味并在既有工作上持续积累。
Deep web search with structured 7-dimension reflection. Finds papers, methods, and baselines with enforced citation rigor.结合结构化 7 维反思的深度网络检索。以严格的引用规范查找论文、方法与基线。
Write, execute, and iteratively debug experiment code in a sandboxed workspace with 300s timeout, output limits, and auto-recovery.在沙箱工作区中编写、执行并迭代调试实验代码,具备 300 秒超时、输出限制与自动恢复。
6-phase process: Intake → Plan → Execute → Evaluate → Write → Verify. Baseline-first design with one-variable iteration for scientific rigor.六阶段流程:接收 → 规划 → 执行 → 评估 → 撰写 → 验证。基线优先设计,单变量迭代,确保科学严谨。
Plug in MCP servers or install research-lifecycle skills from GitHub. Compatible with other AI coding agents out of the box.接入 MCP 服务器,或从 GitHub 安装覆盖研究全生命周期的技能。开箱兼容其他 AI 编码智能体。
Long-running tasks dispatched to background workers via start_async_task. The main agent stays responsive and is notified on completion — true parallel multi-agent execution.长耗时任务通过 start_async_task 派发给后台工作者。主智能体保持响应,并在完成时收到通知——真正的并行多智能体执行。
Per-turn tool filtering keeps only relevant tools visible. Dynamic system-prompt rewriting trims to conversation state. Automatic context overflow recovery prevents runaway sessions.逐轮工具过滤只保留相关工具可见。动态改写系统提示词,贴合对话状态精简。自动上下文溢出恢复,防止会话失控。
Approve high-risk tool calls before they run. Voice input via faster-whisper (zh/en/auto). Rich slash commands — /threads, /resume, /schedule, and more.在高风险工具调用运行前进行审批。通过 faster-whisper(zh/en/auto)语音输入。丰富的斜杠命令——/threads、/resume、/schedule 等。
Cron-style recurring runs via /schedule or natural language, executing unattended with shell-access gating. AutoSkills lets EvoMemory draft reusable skills from its own observation clusters.通过 /schedule 或自然语言进行 Cron 式定时循环运行,在 shell 访问门控下无人值守执行。AutoSkills 让 EvoMemory 从自身的观察聚类中起草可复用技能。
Ship a standalone LangGraph server with EvoSci deploy — full MCP and async sub-agents over HTTP for external UIs and SDK clients, optionally exposed through a public Cloudflare tunnel.用 EvoSci deploy 部署独立的 LangGraph 服务器——通过 HTTP 向外部 UI 与 SDK 客户端提供完整的 MCP 与异步子智能体,可选经由公共 Cloudflare 隧道暴露。
Drop in images, PDFs, and documents — flattened and hoisted for analysis, with automatic text-only fallback when a model lacks vision.拖入图片、PDF 与文档——自动展平并提取以供分析;当模型不具备视觉能力时自动回退为纯文本。
Multiple LLM providers supported. One config to switch. Auto-detect model names or specify full IDs directly.支持多家 LLM 提供商。一处配置即可切换。自动识别模型名,或直接指定完整 ID。
CLI as the hub. Multiple messaging integrations — one agent session, any device.以 CLI 为中枢。多个消息渠道集成——同一个智能体会话,任意设备。
16 research-lifecycle skills covering the full pipeline from ideation to publication. Install all with a single command. Also compatible with Claude Code, Cursor, and other AI coding agents.16 个覆盖研究全生命周期的技能,贯穿从构思到发表的完整流程。一条命令即可全部安装。同样兼容 Claude Code、Cursor 及其他 AI 编码智能体。
Benchmarks · More agents · EvoSkills v2基准测试 · 更多智能体 · EvoSkills v2
EvoScientist is a living research system built on a single conviction: full research autonomy is coming — but it won't come from a pre-built product. It will emerge from your own harness — a system that absorbs your judgment, encodes your taste, and compounds with every run. I call this Harness Vibe Research, and formalized its foundations as the Three Laws of Self-Evolving AI Agents — a framework for adaptive, collaborative, and lifelong agentic systems introduced in A Comprehensive Survey of Self-Evolving AI Agents: A New Paradigm Bridging Foundation Models and Lifelong Agentic Systems. The question was never whether this shift is coming — it's whether you're building the harness to grow with it.EvoScientist 是一个持续生长的研究系统,建立在一个信念之上:完全的研究自主正在到来——但它不会来自一个预制的产品,而会从你自己的 harness 中生长出来——一个吸收你的判断、编码你的品味、并随每一次运行不断复利的系统。我称之为 Harness Vibe Research,并将其基础形式化为 自进化 AI 智能体的三大定律——一个面向自适应、协作与终身智能体系统的框架,提出于 A Comprehensive Survey of Self-Evolving AI Agents: A New Paradigm Bridging Foundation Models and Lifelong Agentic Systems。问题从来不是这场转变是否会到来——而是你是否正在构建那个与之共同成长的 harness。