Best Open Source Grok Bot Alternatives

People leave Grok Bot for five specific reasons, all of them design choices.

Start with the shared computer. xAI's overview page states that all your bots use the same persistent cloud computer, sharing files, browser sessions and app logins. The security page warns: "Do not use separate Bots as a security boundary." If one bot can reach a credential, every other bot on your account can too.

Then the price. There is no free tier and no standalone plan. xAI's docs list SuperGrok Plus and Heavy, Cursor Pro+ ($60 a month), Cursor Ultra ($200), and Cursor Teams ($40 per user) as eligible; Cursor's pricing page also marks Grok Bot access on its $20 Pro plan, so check that page before assuming which plan you need. The subscription includes weekly Grok Bot usage; on-demand usage bills by model and token cost on top.

The code is closed and the model is fixed. You cannot self-host Grok Bot or inspect its source, and xAI documents no way to substitute the underlying model. Your bots run on xAI's infrastructure under xAI's terms, and xAI does not document an export path for the skills and routines you build.

Individual subscribers still see each bot's conversation, tool results, and any action log the bot produces on request. What they do not have is the organization-level governance layer. Audit logs, which cover admin, security, and authentication events and can stream to a SIEM, are Enterprise only. So is Action Recording, a separate setting that is off by default and records bot actions internally. Enterprise access is still rolling out.

And deleting a bot leaves its footprint behind. The same security page says: "Deleting a Bot does not remove shared-computer files or browser sessions." Removing a bot from your roster does not clean up the files and logins it left on the shared machine.

If credential isolation between bots is the sticking point, rakazo's Private computers give each bot its own container and logins, and openbot gives each coworker its own container and browser profile. openmausbot achieves per-bot isolation only through its paid per-bot Box desktops; its local, UI-hidden key storage is a different benefit, keeping the keys you configure off a shared cloud store.

Three questions narrow the field: does each bot need its own computer and logins; do you want to reuse subscriptions you already pay for; do you need an audit trail on day one.

Start with isolation. When each agent must have its own container and credential store, openbot is the cleanest starting point: per-agent containers, a fail-closed policy gateway and complete audit trail come assembled. rakazo lets you mix shared Team Computers and Private containers. If you are an individual, openmausbot's per-bot Box cloud desktops, paid after the trial, give each bot its own logins with less setup than a container stack.

If the model matters more than the environment, start from what you already pay for. openmausbot runs on the claude, codex and grok CLIs you already have, with no separate API bill within those usage limits; Box and voice are paid extras. The others take provider keys; openhuman also runs local Ollama models, openclaw supports local providers, hermes-agent and openbot accept a self-hosted endpoint, rakazo uses Pi or OpenRouter, and paperclip and buzz use whatever model your connected agents run.

If you mainly want the agent inside the apps you already use, start with openclaw. A one-liner connects it to seven channels; browser, scheduling, and memory each need deliberate configuration. openhuman covers 17 channels with richer memory, approval-gated workflows, and sub-agent fleets.

Where policy and audit are non-negotiable, I would go to openbot; buzz adds a signed event log that humans and agents read together.

If you are already running several agents and the problem is coordination, paperclip gives them an org chart, budgets, and approval workflows from one server. Pair it with a computer-use tool; it does not operate a browser or terminal.

For terminal-native engineers, hermes-agent's seven compute backends and built-in cron scheduler match the Grok Bot unattended-routine pattern.

On maturity, rakazo launched August 2026 in beta with no stable release; openmausbot is also a 2026 project. openbot and openhuman have longer development histories.

Grok Bot is still the better call if you want zero hosting work. Your account gets one persistent cloud computer shared by all your bots, each with its own screen; Grok Bot bundles managed compute while the eight leave hosting to you: your machine, a VPS, or paid extras like openmausbot's Box desktops or rakazo's E2B, Daytona, and Box sandboxes. It can learn a routine by watching you once, with a ten-minute recording cap. An eligible Cursor or SuperGrok plan includes weekly usage; on-demand bills by model and token cost.

If you want a roster of bots with browser access and full model control, I would start with rakazo. If you need a policy trail on day one, go straight to openbot.

Migrating away from Grok Bot means rebuilding rather than porting. xAI documents no export path for bot state: the skills you have trained, the routines you have scheduled, and the conversation history your bots have accumulated live in xAI's infrastructure. You rebuild each routine by hand on the new stack.

xAI's security documentation states that "Deleting a Bot does not remove shared-computer files or browser sessions", so removing a bot from your roster is not a clean-up step. The browser sessions it authenticated and the files it left on the shared machine persist until you clear them manually. Decommissioning is two steps: remove the bot, then return to the shared machine and wipe its footprint.

You will re-authenticate every login your bots have established on the new platform. Use that moment to assign each agent its own dedicated credential instead of sharing one cookie store the way Grok Bot's shared computer does. rakazo's Private computers and openbot's per-agent containers enforce that separation structurally. openmausbot stores secrets in a local file with owner-only permissions and never displays stored values in the UI.

On the compute side, you trade bundled managed compute for hosting you arrange. openbot and rakazo run on a Docker host or a VPS. openmausbot installs as a desktop app and uses the Claude, Codex or Grok subscriptions you already have, with paid Box cloud desktops as an optional extra; a VPS only enters if you run its server mode. Model usage bills through your provider either way.

Routines and schedules have direct equivalents across the roster. The Grok Bot FAQ confirms that bot work continues when your device is off, because it runs on xAI's cloud computer. On the replacements a schedule only fires while the host process is up. openmausbot keeps working with your laptop closed only when you run npx openmausbot serve on a VPS or an always-on computer. rakazo's bots stay on when its backend runs on a server. hermes-agent's cron lives in its gateway process, so that machine or VPS stays on. openbot's routines need its worker process running on the Docker host. openhuman's workflows survive restarts, but its README does not say what must stay running, so keep that machine on. openmausbot's intervals run from 5 to 1440 minutes, openbot supports up to 20 scheduled routines with a 15-minute floor, and hermes-agent accepts natural-language cron definitions delivered to any connected platform.

A staged migration is safer than a full cut-over. Move one routine at a time, verify it runs unattended on the replacement stack for a full week, and keep your paid Grok Bot access until you are confident. Trying to migrate everything at once makes failures hard to attribute.