Wegent
An open-source AI work system spanning your local desktop, cloud agents, and remote machines.
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Wegent includes a desktop workbench and a self-hostable web platform. Wegent Desktop works with local projects, files, commands, tests, and code changes. Wegent Web provides browser-based agents, knowledge, automation, and administration. Wegent Backend connects these applications to shared project spaces, models, and execution devices.
Download the latest Wegent Desktop · Documentation · Contributing
Wegent Desktop
Wegent Desktop organizes local coding work by project and task. The task view keeps the conversation, tool activity, tests, changed files, and diffs together; the project-space view provides the board, shared files, automation, and execution status.
Running and reviewing a local coding task in Wegent Desktop.
A project space in Wegent Desktop with its task board, shared files, automation, and execution status.
Features
- Desktop workbench — Organize local projects, tasks, sessions, files, tool activity, tests, and diffs.
- Reusable agents — Combine models, prompts, Skills, knowledge, tools, and collaboration settings.
- Project spaces — Share task boards, files, discussions, automation, execution history, and deliveries.
- Multiple execution targets — Run tasks locally, on remote work machines, or with server-managed executors.
- Self-hosting — Deploy Wegent Web and Backend for team access, APIs, permissions, scheduling, and knowledge services.
Why Wegent
The local coding experience built on Codex is the foundation of Wegent Desktop. It works directly with the code, files, commands, and development environment in your projects. Connect it to Wegent Backend when coding work needs to move beyond one computer or one person. Once connected, the desktop workbench and Web use the same projects, tasks, and execution devices.
- Run tasks on the right device — Keep using the code, files, commands, and development environment already on a local machine, or run a task for the same project on a remote work machine or server-managed executor.
- Move a project forward as a team — Project spaces connect task boards, shared files, discussions, execution status, and deliveries instead of leaving conversations and code changes on separate computers.
- Automate repeated project work — Project spaces can configure automation and execution queues to keep routine work moving.
- Keep services and data under team control — Self-host Web and Backend for shared access, permissions, model configuration, scheduling, knowledge services, and remote-device management.
If work always stays on one computer, Wegent Desktop provides a familiar Codex coding experience. Connect it to Wegent to extend that experience when tasks must move across people, devices, or a self-hosted environment.
Wegent Web
Wegent Web provides the browser interface for remote agents. Agents can use configured models, knowledge, Skills, and tools while Wegent Backend manages their tasks and execution.
A Wegent remote agent uses tools to generate a Gantt chart.
How it works
Wework is the Wegent desktop workbench. Electron owns desktop windows, system capabilities, and process management. DeepSeek Harness (DSH) is the embedded application and plugin runtime, and the Wework product UI is composed from a set of DSH plugins. Executor manages tasks and sessions, then drives Codex to perform the actual work in local projects.
flowchart LR
Electron["Electron
Desktop host"]
subgraph DSH["DSH Runtime"]
direction TB
Core["DSH Core
Plugin discovery, dependency injection, and lifecycle"]
App["dsh-app-wework
Wework product shell and UI extension points"]
UI["dsh-ui-*
Tasks, project spaces, settings, apps, and automation"]
ElectronPlugin["dsh-electron-host
Electron capability bridge"]
ExecutorPlugin["dsh-executor-runtime
Task execution and event adapter"]
TerminalPlugin["dsh-terminal-runtime
Local interactive terminals"]
Core --> App
Core --> UI
Core --> ElectronPlugin
Core --> ExecutorPlugin
Core --> TerminalPlugin
App --> UI
end
Executor["Executor
Task and session execution"]
Codex["Codex
Coding agent"]
Workspace["Local project
Files and commands"]
Electron -->|"Starts and hosts"| Core
Electron -->|"Starts and supervises"| Executor
ElectronPlugin <-->|"Restricted desktop capabilities"| Electron
UI <-->|"User actions and UI updates"| ExecutorPlugin
ExecutorPlugin -->|"Create, follow up, approve, cancel"| Executor
Executor -->|"Status, messages, tool events, results"| ExecutorPlugin
Executor <-->|"Launch, control, and events"| Codex
Codex <-->|"Read, modify, and execute"| Workspace
TerminalPlugin <-->|"PTY"| Workspace
DSH does not execute coding tasks itself. dsh-app-wework defines the product shell and extension points, dsh-ui-* provides the product modules, dsh-electron-host bridges restricted Electron capabilities, dsh-executor-runtime communicates bidirectionally with Executor throughout execution, and dsh-terminal-runtime manages local interactive terminals. Executor is the task execution layer, while Codex is the concrete coding agent it drives.
Wework can also connect to Wegent Backend for shared project spaces, models, and remote execution devices. Wegent Web is a separate browser interface built on the same Backend.
Quick start
Wegent Desktop
- Download the latest Wegent Desktop installer and install it.
- Open the app and add or select a local project.
- Create a task and describe the work to perform.
- Review the agent activity, command output, and file changes.
Wegent Web and Backend
To start the self-hosted web application and Backend in standalone mode with Docker:
curl -fsSL https://raw.githubusercontent.com/wecode-ai/Wegent/main/install.sh | bash -s -- --standalone
Open http://localhost:3000 and follow the setup flow to create the administrator password and configure a model. See the Installation Guide and Standalone Mode for other deployment options.
Development
Requires Node.js 20+ and pnpm:
pnpm install
pnpm --filter wework dev
To run the macOS desktop app:
pnpm --filter wework dev:mac
See wework/README.md for desktop development, build, and release instructions. wework/ is the current desktop application source directory.
Repository map
Products and services
| Directory | Responsibility |
|---|---|
wework/ |
Wegent Desktop (Electron, Vite, React) |
wework-mobile/ |
Independent Expo application for iOS and Android |
frontend/ |
Wegent Web (Next.js, React) |
backend/ |
Default public API, business logic, and data models |
backend-rs/ |
Rust hybrid gateway and APIs that have completed migration |
executor/ |
Rust task executor, local-device runtime, and Codex integration |
executor_manager/ |
Server-side executor scheduling, sandboxes, and orchestration |
chat_shell/ |
Lightweight chat and agent runtime |
knowledge_runtime/ |
Knowledge indexing and retrieval API |
knowledge_doc_converter/ |
Document parsing and asynchronous conversion service |
Shared code and developer tools
| Directory | Responsibility |
|---|---|
knowledge_engine/ |
Reusable Python kernel for parsing, indexing, vector stores, and retrieval |
shared/ |
Python models, protocols, utilities, and telemetry shared by services |
packages/ |
TypeScript chat and collaboration modules shared by Web and Desktop |
sdk/ |
Plugin authentication, build, creation, and DingTalk workspace SDKs |
wegent-cli/ |
Python CLI for managing Wegent CRD resources |
Infrastructure, tests, and documentation
| Directory | Responsibility |
|---|---|
docker/ |
Service images, standalone resources, and the docker/telemetry/ observability stack |
scripts/ |
Installation, release, acceptance, repository-policy, and development automation |
tests/ |
Cross-service Playwright integration tests and installation tests |
docs/ |
English and Chinese user docs, developer docs, architecture, and historical designs |
patches/ |
Third-party dependency patches used by pnpm patchedDependencies |
LICENSES/ |
Third-party license texts required for repository distribution |
.github/ |
CI, release workflows, composite actions, and repository automation |
Root entry points
| File | Responsibility |
|---|---|
start.sh, install.sh |
Local startup and self-hosted installation |
build_image.sh, build_image_mac.sh |
Multi-architecture and host Docker image builds |
docker-compose*.yml |
Default, build, and E2E Compose orchestration |
package.json, pnpm-workspace.yaml |
JavaScript/TypeScript workspace definition |
pyproject.toml, uv.lock |
Repository-level Python tooling and lock metadata |
AGENTS.md, CLAUDE.md |
Contributor rules and compatibility symlink |
Documentation
- Wegent Desktop documentation
- Desktop development and release
- Wegent quick start
- Installation and deployment
- Core concepts
- Developer guide
- Troubleshooting
Contributing
Bug reports, documentation improvements, code contributions, and new ways of using Wegent are all welcome.
- Contributing Guide
- Security Policy
- GitHub Issues
- DingTalk Community: “wework社区交流”, group ID
190890002451 - Discord Community
- License
Contributors
Thanks to everyone who helps Wegent grow.
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Axb](https://github.com/qdaxb)
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