OpenMausBot

Thu, 29 Oct 2026 22:14:29 +0800

milind-soni/OpenMausBot

OpenMausBot

The open-source Grok Bot alternative: your own team of AI bots, in a chat app.

openmausbot.com · Download · Open source Grok Bot alternative, compared

_{OpenMausBot is an open-source Grok Bot alternative: an independent project inspired by Grok Bot, and the open-source alternative to Meta Muse, OpenAI dots and Cue by Manus — bring-your-own-agent, local-first, on the models you already have. Also known as MausBot; formerly OpenGrokBot. Not affiliated with xAI, Meta, OpenAI or Manus.}

Every bot in the sidebar is a real agent — Claude or Codex running locally under the hood — with its own personality, its own model, its own cloud computer, and its own connected apps. Talk to them like contacts. Watch them work. Approve what matters.

_{latest release · macOS: Apple silicon & Intel · signed & notarized .dmg · Windows: x64 installer · Ubuntu 24.04 x64: .deb or AppImage beta · all releases}

_{Powered by boat.dev}

⚠️ No affiliation with any cryptocurrency. OpenMausBot has no token. Any coin using the OpenMausBot, Maus, or SupaMaus name is not created, endorsed, or affiliated with this project or its maintainer. I have received no tokens, payment, or allocation from anyone, and I will not be endorsing any token.

Why

One assistant in one box is the wrong shape for agents. OpenMausBot is an independent, open-source project inspired by Grok Bot — it keeps the idea (AI as a messaging app: a roster of bots you chat with, each with its own personality, memory of its thread, model, computer, and apps) and rebuilds it open, local-first, and on the agents you already have:

Bring your own agents. Bots run on the claude, codex, and grok CLIs installed on your own machine — your existing logins and subscriptions, no new accounts, no proxy in the middle. Point any engine at a custom CLI binary (a versioned build or wrapper) in Settings → Engines.
Local first. One small harness server on 127.0.0.1 owns every agent process. Transcripts, keys, and events live in ~/.openmausbot, not a cloud.
Agents with hands. Each bot can use a cloud Linux desktop, an isolated Local VM, or—where the platform safety boundary is currently certified—your own computer, plus 500+ apps through Composio. Host control is available on macOS and Ubuntu Xorg after explicit opt-in. Ubuntu Wayland host control remains disabled while issue #345 is resolved.

The open-source alternative to Grok Bot, Muse, dots and Cue

Four closed personal-agent products shipped in seven weeks of 2026, and each one keeps the model, the computer and your data on its maker’s side of the line. OpenMausBot is the open-source version of that shape: a team of agents in a chat app, each with its own model, its own computer and its own connected apps, running on your machine under Apache 2.0. If you searched for an open Muse, open dots, an open-source Grok Bot, an open Instinct or an open Cue, this is the repository.

Looking for	What it is	How OpenMausBot differs	Read more
Open source Grok Bot	xAI’s roster of bots on one shared cloud computer, Grok only, from a SuperGrok or Cursor plan	Same roster shape; any model per bot; your own machine; approval cards	Grok Bot vs OpenMausBot
Open Muse	Meta’s single personal agent in a Meta cloud VM, US and Canada only	A team instead of one agent; runs anywhere; data in `~/.openmausbot`	Meta Muse alternative
Open dots	OpenAI’s always-on agent inside ChatGPT, GPT only, Pro and Business Premium plans	Several agents; your Claude, ChatGPT or Grok login; no plan required	OpenAI dots alternative
Open Cue	Manus’s invite-only agents with their own phone, email and wallet	No invite; OAuth instead of passwords; open source	Cue by Manus alternative
Open Instinct	Spear Street’s invite-only agent that holds your passwords on a cloud computer	Ask for approval when you want it; signs in over OAuth; your machine	Instinct AI alternative

All five side by side: Muse vs Grok Bot vs Dots vs Cue, and a decision guide in five questions: Which AI agent should I use?

Features

🧠 Pick a brain per bot

A model picker with a provider rail — Claude and Codex models side by side, defaults marked, unavailable providers dimmed with the reason. Switch a bot’s model mid-conversation.

🖥️ Every bot gets a computer

Open the Computer panel and the bot’s cloud desktop spins up on its own — live screen preview while it works, “Open desktop” to take over in your browser, or point the bot at this Mac instead.

🙋 Bots ask before they act

Shell commands, file edits, and questions surface as inline cards — Allow / Deny / answer in chat. A permission broker turns every risky action into a decision you make, for cloud and local computers alike.

🔌 Connected apps

A one-click marketplace over Composio Sessions: Gmail, Slack, GitHub, Notion, Linear and hundreds more. OAuth once, and every bot can use them as tools.

🗂 Manage bots like chats

Right-click any bot: pin, mark unread, edit profile, duplicate, copy conversation ID, hide, delete. It’s a messaging app — your agents behave like contacts.

🔑 Keys once, everything lights up

Paste credentials in App Settings — they persist locally and the provider fleet hot-reloads instantly. Secrets are write-only: the UI only ever sees “configured” flags.

#️⃣ Channels for every context

Keep Work, Personal, and each project in separate channels without cloning your bots. Every channel has its own transcript, shared instructions, working folder, responder rules, and editable bot roster. File a channel and its bots under a named context, then rename it or change its members whenever the team changes.

⚡ Fast decisions with Jev

Add a TypeSafe Jev key, or an OpenRouter key and model, in Settings → Decision model and rooms set to Auto pick the bot that fits each un-mentioned message in a few hundred milliseconds, falling back to the room’s lead whenever the decision model is off or unsure. See docs/decision-model.md.

📦 Install a complete team from one Markdown file

Browse outcome-driven teams on BotMRR, then choose Add to OpenMausBot. The app opens a review screen before creating the bots, Chief of Staff, channels, playbooks, connector checklist, and suggested routines. You can also import the same .md file from disk or paste its public GitHub URL in Teams → Import.

The format stays portable: OpenMausBot reads the structured YAML frontmatter for a reliable one-click install, while Grok, Claude, ChatGPT, and people can follow the ordinary Markdown playbook. Connections remain off until you approve them, routines arrive paused, and packages never carry credentials, conversations, permissions, memory, or computer access. Browse the open-source playbook repository or read its portable format.

Right-click a department and choose Share department… (or use Templates → Share) to save the whole department as one file: its bots with their instructions, pictures and skills, group chats, routines, shared instructions, Chief of Staff, connection slots and each bot’s starter notes (untick them to leave them out). The dialog shows exactly what the file holds before you save it. Chat history, keys and passwords, model choices and computers never go in, and anything that looks like a secret is removed from the text. Whoever imports it gets new bots on Ask, skills switched off and routines paused. See docs/team-sharing.md. Desktops connected to an organization also get Templates → From {Organization}: the packages its Admin shares, added with one click, skills switched on. See docs/org-library.md. Your New bot defaults can travel too, as a preset bot that appears in New bot (in a team file, or on their own with Share as preset…). See docs/presets.md.

🎧 Bots that talk back

Press the speaker on any reply, or switch a bot to read its answers out as they land — so you can listen to what ran overnight while you make breakfast. Hit call and it’s a conversation: it hears you, tells you what it’s doing while it works, and asks for approvals out loud.

Choose ElevenLabs, Fish Audio, Grok (xAI), built-in Mac voices, or a local Chatterbox server in an agent profile. Paste a cloud key once when needed, pick a voice, and every bot can talk. Give a bot its own voice and a channel stops sounding like one person.

For Grok, save your xAI API key in Settings → Connections, then choose Grok (xAI) and a voice under the bot’s Voice & alerts. It reuses that host-side key and returns MP3 audio for spoken replies and calls. Language is detected automatically from the reply text; quality varies outside xAI’s officially supported languages. This adds speech synthesis to the existing call flow; microphone transcription remains unchanged.

Also in the box: streaming replies with tool-run activity chips · native macOS dictation from the composer mic (on-device Apple speech recognition — desktop app) · SupaMaus cursor mascots with role-aware expressions · screenshots of the bot’s work folded into the transcript.

Powered By

Service	Purpose
Claude · Codex · Grok	The agents behind every bot, run through their local CLIs
Electron	Desktop shells for macOS, Windows, and Ubuntu
React + Vite + Tailwind CSS	The chat app UI and its build
Boat (boat.dev)	Each bot’s cloud computer · our sponsor
Composio	Connected apps — Gmail, Slack, GitHub, and more
Cua Driver	Native computer use on your own machine
ElevenLabs · Fish Audio	Hosted voices for bots that talk back
GitHub Sponsors	One-time and monthly project support

How it works

Two processes. The app holds no transports of its own — it sends typed commands over HTTP and folds one SSE event stream into state. The harness server owns every agent process and normalizes each provider’s native protocol into one canonical runtime event stream (logged per-thread as NDJSON).

  flowchart LR
    subgraph app ["App — React + Tailwind (5199)"]
        UI[Chat UI · model picker · computer panel]
    end
    subgraph server ["Harness server (127.0.0.1:8799)"]
        REG[Driver registry] --> BUS[Event bus → SSE]
        BROKER[Permission broker]
    end
    subgraph agents ["Agents on your computer"]
        CL[claude CLI]
        CX[codex CLI]
        GR[grok CLI]
    end
    UI -- "HTTP commands" --> server
    BUS -- "one SSE stream" --> UI
    REG --> CL & CX & GR
    CL & CX & GR -- "permission requests" --> BROKER
    server -- "Boat API" --> BOAT[("Cloud computer<br/>boat.dev")]
    server -- "Composio Session" --> APPS[("Gmail · Slack · GitHub · …")]

Layer	Where	What it does
Drivers	`server/drivers/`	One per provider: Claude, Codex, and Grok Build over their local CLIs (stream-JSON / JSON-RPC / ACP), plus a cloud-computer agent. Unknown drivers degrade to “unavailable”, never crash the fleet.
Harness	`server/harness/`	Registry (configs → live instances) and the fan-in event bus every client folds.
API	`server/index.ts`	Bots, turns, approvals, model catalog, computer lifecycle, connectors, config — HTTP + SSE.
Voice	`server/tts/`	ElevenLabs, Fish Audio, Grok (xAI), built-in Mac voices, or local Chatterbox. Cloud keys stay on the harness; markdown is rewritten into something worth hearing before it is spoken.
App	`src/`	The chat shell. Server-backed store, one reducer, zero client-side transports.
Desktop	`electron/`	macOS, Windows, and Ubuntu shells with an embedded harness and platform capabilities; Apple speech stays macOS-only, Ubuntu Xorg has opt-in local control, and Wayland remains fail-closed.

Orchestrate OpenMausBot over MCP

OpenMausBot ships a stdio MCP server for external clients such as Claude Desktop and Cursor. It exposes a deliberately bounded team control plane: inspect bots and channels, read/search compact transcript pages, create and configure bots/channels/tasks, send work, wait for completion, switch models, and interrupt turns. It does not expose approval grants, deletion, arbitrary settings, credentials, or computer lifecycle.

See MCP server setup and tool reference.

Run it from scripts and CI

The openmausbot command drives a running workspace without a screen: set a team up from a file, give a bot one job, wait until it and every teammate it asked are done, and export what they made. One JSON document with --json, and exit codes a script can branch on.

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openmausbot team apply team.yaml
openmausbot run "Room Lead" "Rehearse the launch of https://example.com" --export ./out

See Run OpenMausBot from scripts and CI.

Quick start

Released builds (latest release): the harness server is embedded, so no separate server setup is required.

	Download	Install
macOS (Apple silicon)	OpenMausBot.dmg	Drag it to Applications, open it. Signed & notarized.
macOS (Intel)	OpenMausBot-intel.dmg	Same app, built for Intel Macs. Signed & notarized.
Windows (x64)	OpenMausBot-setup.exe	Run it — one-click, per-user, no admin rights. The installer isn’t code-signed yet, so SmartScreen shows “unknown publisher”: More info → Run anyway.
Ubuntu 24.04 (x64)	OpenMausBot-amd64.deb · OpenMausBot.AppImage	Install the `.deb` with APT (recommended), or make the AppImage executable and run it. Beta; GNOME is the supported desktop.

See the Ubuntu Desktop guide for installation, capabilities, and troubleshooting. Any desktop build can also pair as a client to another Windows, macOS, or Ubuntu host over Tailscale; see desktop-to-desktop companion mode.

From source:

git clone https://github.com/milind-soni/OpenMausBot && cd OpenMausBot
pnpm install

pnpm dev:server    # harness server → 127.0.0.1:8799
pnpm dev           # app → http://127.0.0.1:5199
pnpm dev:desktop   # Electron shell; keep the two commands above running

Requirements: macOS, Windows, or Ubuntu 24.04 x64, Node 24+, pnpm, and at least one agent CLI — claude, codex, or grok — installed and logged in. They appear in the model picker automatically.

Package the desktop application:

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pnpm package:mac      # macOS: DMG + ZIP; requires Swift/Xcode tools
pnpm package:win      # Windows: installer + ZIP
pnpm package:linux    # Ubuntu x64: .deb + AppImage + verified CUA runtime

Desktop capability status

Capability	macOS	Ubuntu 24.04 Xorg	Ubuntu 24.04 Wayland
Packaged app, embedded harness, local agent CLIs	Supported	Beta	Beta
Composio and Boat/cloud computers	Supported	Beta	Beta
Explicit preview-only local screen capture	Supported	Beta	Beta
Bot control of this computer	Supported	Beta, explicit opt-in	Disabled: Wayland safety gate
Native on-device dictation	Supported	Planned	Planned

The Linux preview is user-initiated and never enables local bot control or Auto routing. On Xorg, the reviewed Cua Driver 0.19.3 runtime starts only after explicit opt-in and without its full-screen cursor overlay. On Wayland the app never starts it and clears legacy opt-ins while that real-seat safety gate remains unresolved. Chat, preview, Cloud, and Local VM remain available on both sessions. See the Ubuntu Desktop guide and tracking issues #29, #345, and #113.

The Linux packager downloads only the tag-pinned upstream archive during the build, verifies its size, SHA-256, complete member allowlist, and inner executable hashes, then packages only the CLI and cursor-theme sidecar. The installed app never downloads or self-updates native automation code. Cua’s MIT notice, Inter’s SIL OFL, a generated third-party license report, and a CycloneDX inventory ship with the runtime. See third_party/cua-driver/ for the reviewed provenance record.

These credentials are optional — local chat works without them. Paste a key once in App Settings (gear in the sidebar footer) when you want to enable its integration:

Credential	What it enables	Where to get it
Composio project key (`ak_…`)	Connect Gmail, GitHub, Slack, Notion, and other apps to your bots	OpenMausBot Composio setup
Boat API key	Give bots an isolated remote Linux computer with a desktop and terminal	Boat API key guide
ElevenLabs key	Read replies aloud, and call your bots	ElevenLabs API keys
Fish Audio key	Read replies aloud with Fish Audio voices, and call your bots	Fish Audio API keys

Composio and Boat are third-party services with their own accounts and terms. Boat is a paid service after its trial, and using a cloud computer may incur charges.

pnpm typecheck     # app + server
pnpm test          # unit, driver, API, and desktop capability tests
pnpm build         # typecheck + production build
pnpm check:electron # syntax-check Electron main/preload files
pnpm package:win   # Windows installer + zip → release/
pnpm package:linux # Ubuntu x64 .deb + AppImage → release/

Triggers: schedules and webhooks

A trigger is “when something happens, a bot does something”. Tell a bot “every weekday at 9, send me a summary of my inbox” or “whenever our form calls, draft a reply” and it sets the trigger up in that turn with its trigger tool (no confirmation; the chat shows a live card with Edit, Pause and Undo). Triggers, first in the sidebar, lists every schedule and webhook, with a calendar and the run history. Bots manage them with trigger_info (list, app events), trigger (create, update, pause, resume, run now) and delete_trigger; a webhook a bot makes never shows the bot its secret: the person copies the link from the card or the Triggers page.

Schedules (routines) can run once, on selected weekdays, or every 5–1,440 minutes, using either a bot’s configured model/computer or the Cloud VM runner. Interval schedules stay aligned to their chosen start time and skip an occurrence when the previous run is still active, so slow work cannot build an unbounded queue. A separate optional Advanced run limit can safely stop stuck work; no timeout is imposed unless one is chosen. The existing duration field remains calendar/display metadata. Webhook triggers are independent from schedules but reuse the same queued task executor and calendar receipts.

App events start a bot when something happens in a connected app (“whenever I get an email from Acme, draft a reply”). The bot finds the app’s events with trigger_info (action: "events") and calls trigger with action: "create" and when: "app_event"; the person can also choose New → Set it up yourself → When something happens in an app. Composio sends each event to OpenMausBot’s connected-apps service, which queues it; the app collects the queue with a long poll, so a desktop needs no public address and events wait while it is closed. Gmail is checked every 15 minutes; Slack, GitHub and other push apps arrive at once. A desktop keeps up to 500 events a day and a paid Cloud 2,000; what is skipped shows on the automation. App events need the included connected apps: a server using its own Composio key cannot watch apps yet. Details: docs/composio.md.

OpenMausBot starts a webhook-only receiver on 127.0.0.1:8800 by default (or one port above OMB_PORT). Set OMB_WEBHOOK_PORT to choose another port. A webhook secret is shown once when the trigger is created or rotated. Bearer authentication is recommended so the secret stays out of request URLs and most access logs; a single capability URL remains available for senders that cannot configure headers. The receiver exposes only /health and secret /hooks/... endpoints; it never exposes the app’s broader API. OpenMausBot must remain running to accept a delivery. For public internet delivery, proxy only this dedicated receiver through a hosted relay or a tool such as Tailscale Funnel.

Status

Early but real — the loop works end to end: message → agent → streamed reply → tools → approvals → computer use. macOS, Windows, and Ubuntu 24.04 x64 have released builds; Ubuntu remains a beta with the capability limits above. Rough edges to expect: hosted/mobile connectivity is still being built, and webhook triggers currently use the local receiver rather than an always-on hosted relay. Hosted voice needs an ElevenLabs, Fish Audio, or xAI key; built-in Mac and local Chatterbox voices need no cloud key. Calls are macOS-only for now (they ride the same on-device dictation as the composer mic) — see docs/voice-mode.md for the design and the known gaps.

Contributions welcome — the driver SPI in server/contracts.ts is deliberately small; adding a provider is one file in server/drivers/ plus a one-line registration. No code needed at all for your own engines: any ACP-speaking CLI or OpenAI-compatible endpoint plugs in through config — see docs/custom-engines.md. Users can add their own MCP tool servers with zero code via docs/custom-mcp-servers.md. To run bots on OpenRouter, Fireworks AI, DeepSeek, Cline or your own OpenAI- or Anthropic-compatible provider, see Other model providers.

Privacy

Usage analytics are optional and anonymous: product events and a once-a-day count of what is set up, never keys, names, addresses or conversations. Turn them off in Settings → General → Usage analytics; docs/analytics.md lists every event and property.

Support the project

OpenMausBot is free and open source. If it does real work for you, you can support its development through GitHub Sponsors with a one-time contribution or a monthly sponsorship. Your support helps fund ongoing development and maintenance; OpenMausBot remains free and open source.

Run from a terminal or on a server

With Node 24 or newer, install once and run:

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npm install -g openmausbot
openmausbot

Or use npx openmausbot without a global install. First launch guides you with arrow-key choices: choose AI access, sign in or paste a hidden API key, choose a model, and optionally connect a phone. Next time, the same command reuses your saved setup and opens OpenMausBot on this computer. Keep the terminal open; Ctrl-C stops the server, not your saved work. Use --no-open to skip opening the browser.

Phone access is optional and defaults to skipping. Choose an explicitly approved managed public HTTPS endpoint protected by pairing, an existing Tailscale connection, or your own HTTPS reverse proxy. Both native apps pair from this flow: the QR is an app link when you are connecting an Android phone, and the iOS app takes either that or the web link. A browser works on either phone. A phone cannot use a localhost link. --local ignores saved remote access for one launch; --no-pair suppresses phone prompts and invitations but does not disable a saved remote connection.

The web UI can also be installed from Safari or Chrome as a standalone phone app. See Install the phone web app for Home Screen installation and pairing.

Run openmausbot setup to reconfigure without resetting bots or conversations; the saved model default applies only to new bots. Native setup confirms provider sign-in; API setup asks before a potentially billable test message. API keys are saved as plaintext, not encrypted, in private config.json (0600 on Unix). See the short setup guide for account differences, phone choices, credential storage, and cancellation.

For a background service on a VPS or an always-on computer, use npx openmausbot serve with explicit remote options: --tunnel after npx openmausbot login for a managed public address, --tailscale for your tailnet, or the Docker stack for your own domain. These are separate from AI-provider sign-in. Devices pair once with a short code. The deployment guide is docs/deploy-vps.md; the reference is docs/self-hosting.md.

License

Apache License 2.0 © 2026 Milind Soni and OpenMausBot contributors, except enterprise/, which is source-available under its own license; delete that folder and what remains is the open-source edition. Details, including how contributions are signed off, are in LICENSING.md.

Packaged Cua Driver components retain their upstream MIT, SIL OFL 1.1, MPL-2.0, and other dependency terms; the corresponding notices, license texts, source locations, and SBOM are in third_party/cua-driver/ and ship beside the native runtime.

OpenMausBot is an independent, open-source project inspired by Grok Bot. It is not affiliated with, endorsed by, or associated with xAI; “Grok” is a trademark of its respective owner.

OpenMausBot on Producthunt daily

OpenMausBot

milind-soni/OpenMausBot

OpenMausBot

Why

The open-source alternative to Grok Bot, Muse, dots and Cue

Features

🧠 Pick a brain per bot

🖥️ Every bot gets a computer

🙋 Bots ask before they act

🔌 Connected apps

🗂 Manage bots like chats

🔑 Keys once, everything lights up

#️⃣ Channels for every context

⚡ Fast decisions with Jev

📦 Install a complete team from one Markdown file

🤝 Share a whole department

🎧 Bots that talk back

Powered By

How it works

Orchestrate OpenMausBot over MCP

Run it from scripts and CI

Quick start

Desktop capability status

Triggers: schedules and webhooks

Status

Privacy

Support the project

Run from a terminal or on a server

License