Open-source alternatives to Grok Bot

6 genuinely open-source alternatives. The projects are compared by license, workflow, self-hosting, and pricing.

Why look for a Grok Bot alternative?

Grok Bot is designed to perform work with tools, computer interaction, multi-step tasks, and completed outputs rather than only answer questions. People look for alternatives when they want self-hosting, local models, persistent agents, messaging integrations, browser automation, scheduled tasks, long-term memory, or stronger control over credentials and permissions.

OpenClaw

Self-hosted personal AI assistant for messaging and tools.

OpenClaw is an MIT personal AI agent that connects to messaging apps such as WhatsApp, Telegram, Discord, Slack, Signal, and iMessage while interacting with email, calendars, browsers, GitHub, and productivity tools.

MITSelf-hosted

Pricing: Free and self-hostable under MIT; model and infrastructure costs may apply.

Messaging integrations
Persistent assistant and browser automation
Multiple providers and extensibility
Broad permissions require careful security
Many integrations increase setup complexity
More personal-assistant oriented than team-oriented

View on GitHub

Hermes Agent

Persistent multi-channel AI agent with memory and skills.

Hermes Agent is an MIT persistent AI agent with long-term memory, skills, scheduling, browser automation, web search, tools, subagents, sandboxed execution, and messaging integrations.

MITSelf-hosted

Pricing: Free and self-hostable under MIT; model-provider costs may apply.

Persistent memory and reusable skills
Scheduled workflows and subagents
Cross-platform messaging integrations
Technical setup
Autonomous execution needs careful configuration
External providers may still be required

View on GitHub

NanoClaw

Small self-hosted agent with per-agent container isolation.

NanoClaw is an MIT self-hosted AI agent connecting messaging platforms and email to isolated per-agent containers with separately scoped files, memory, and credentials.

MITSelf-hosted

Pricing: Free and self-hostable under MIT; Docker and model-provider costs may apply.

Small and auditable codebase
Container isolation and credential scoping
Messaging integrations and local models
Requires Docker
Smaller ecosystem
More infrastructure-oriented than desktop assistants

View on GitHub

OpenWork

AI coworker workspace for files, browsers, tools, and agents.

OpenWork is an MIT-core desktop and web workspace built around agents, local files, browsers, skills, plugins, MCP servers, local models, and many providers. Enterprise organization features use a separate license.

MIT core + OpenWork EE LicenseSelf-hosted

Pricing: MIT-licensed core; enterprise control-plane features use separate licensing or subscriptions.

Desktop agent workspace
Browser automation and MCP
50+ providers, skills, plugins, and local models
Open core
Team deployments need more infrastructure
More workspace-oriented than a personal bot

View on GitHub

Eigent

Open-source multi-agent AI coworker for parallel tasks.

Eigent is an Apache-2.0 desktop application for coordinating specialized browser, document, terminal, and multimodal agents across long-running tasks with multiple providers and MCP support.

Apache-2.0Self-hosted

Pricing: Free and open source under Apache-2.0; model and infrastructure costs may apply.

Parallel multi-agent workflows
Browser, document, terminal, and multimodal agents
Scheduled automation and MCP
More complex than a single agent
Higher model usage
Requires more computing resources

View on GitHub

Rakazo

Persistent autonomous bots with sandboxed computers and routines.

Rakazo is an Apache-2.0 platform for persistent AI bots with sandboxed computers, memory, routines, browser and shell access, approvals, audit logs, and multi-agent workflows.

Apache-2.0Self-hosted

Pricing: Free and self-hostable under Apache-2.0; Docker, model, and infrastructure costs may apply.

Persistent bots and long-term routines
Sandboxed computers and browser automation
Permissions, approvals, and audit logs
Younger ecosystem
Requires Docker and infrastructure
Autonomous agents need careful permission management

View on GitHub

Compare Grok Bot alternatives

Tool	Stars	License	Self-hosted	Pricing
OpenClaw	—	MIT	Yes	Free and self-hostable under MIT; model and infrastructure costs may apply.
Hermes Agent	—	MIT	Yes	Free and self-hostable under MIT; model-provider costs may apply.
NanoClaw	—	MIT	Yes	Free and self-hostable under MIT; Docker and model-provider costs may apply.
OpenWork	—	MIT core + OpenWork EE License	Yes	MIT-licensed core; enterprise control-plane features use separate licensing or subscriptions.
Eigent	—	Apache-2.0	Yes	Free and open source under Apache-2.0; model and infrastructure costs may apply.
Rakazo	—	Apache-2.0	Yes	Free and self-hostable under Apache-2.0; Docker, model, and infrastructure costs may apply.

Which one should you choose?

Want an assistant inside existing messaging apps

OpenClaw connects persistent AI assistance to messaging platforms, email, calendars, browsers, GitHub, and productivity tools.

OpenClaw

Want persistent memory, skills, and scheduling

Hermes Agent focuses on long-term memory, reusable skills, scheduled workflows, sandboxed execution, and multi-channel access.

Hermes Agent

Want a small auditable agent stack

NanoClaw uses isolated per-agent containers with separately scoped files, memory, and credentials.

NanoClaw

Want a graphical AI coworker workspace

OpenWork provides a desktop and web workspace for agents working with local files, tools, browsers, skills, plugins, and MCP servers.

OpenWork

Want specialized agents working together

Eigent coordinates browser, document, terminal, and multimodal agents for parallel long-running tasks.

Eigent

Want persistent bots with sandboxed computers

Rakazo gives persistent bots their own sandbox, memory, routines, permissions, browser automation, and long-running responsibilities.

Rakazo

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