# What Is Grok Bot? xAI's Multi-Agent Assistant Explained > Source: > Published: 2026-08-12 00:00:00+00:00 # What Is Grok Bot? xAI's Multi-Agent Assistant Explained Grok Bot runs teams of always-on AI agents, each with its own cloud computer, synced across phone and desktop. Here's how it works. Drafted with Claude from source material, checked by automated verification, and reviewed before release. [How we make these](/editorial-standards). ## What is Grok Bot? Grok Bot is a multi-agent assistant platform that lets a single user run several specialized AI agents at once, each with its own cloud computer, its own memory, and the ability to hand off work to other agents automatically. Instead of one chatbot answering everything, you build a small team: an executive assistant, a developer agent, a morning planner, a Slack watcher, and so on. Agents stay synced across desktop and mobile and keep working even when your own device is off. ## TL;DR - Grok Bot lets you create **multiple named agents** that each get a dedicated cloud computer, meaning they can browse, log into accounts, and run tasks independently of your phone or laptop. - Agents can **delegate to each other** based on their written descriptions, so a general assistant can automatically route a coding task to a dev-focused agent without you manually switching chats. - You can **teach agents skills** by recording yourself performing a task once, and Grok Bot converts that recording into a repeatable automation the agent can run and refine on its own. **Routines** can run on a schedule (like a 7 a.m. daily briefing) or on a trigger (like a new Slack message), and setup for a trigger-based routine took roughly a couple of minutes and one prompt in the demo.- Shared **plugin connections** mean that once you connect an account like Gmail or GitHub to one agent, every other agent on your account can use that same connection. - Access currently requires a **Cursor Ultra plan**, tying Grok Bot’s availability to Cursor’s subscription tier rather than offering it as a fully standalone product. - The platform’s own design guidance favors **narrow, single-purpose agents**(one job each) over one large do-everything agent, similar to orchestrator-and-subagent patterns seen in tools like Claude Code or Codex. ## Remy doesn't build the plumbing. It inherits it. Other agents wire up auth, databases, models, and integrations from scratch every time you ask them to build something. Remy ships with all of it from MindStudio — so every cycle goes into the app you actually want. ## How does agent-to-agent delegation work? Each agent in Grok Bot gets three basic descriptors: a name, a title, and a description. That description isn’t just cosmetic. It functions the way a skill listing does for a single agent, but across the whole team. When an agent hits a task outside its scope, it scans the descriptions of other agents on the account and looks for a match. If a match exists, it forwards the task rather than attempting it directly. In practice, this means a generalist “executive assistant” agent can lean on a separate “AI engineer” agent the moment a request turns technical. The user doesn’t need to switch windows or manually copy context between them. This mirrors the orchestrator/subagent pattern already common in coding tools like Claude Code and Codex, where one main process breaks work into pieces and routes them to specialized workers. Grok Bot applies that same structure to everyday personal and business tasks, not just code. ## What are the cloud computers, exactly? Every agent is paired with its own persistent cloud computer, essentially a remote desktop the agent controls. You can open that computer’s screen, watch what the agent is doing in real time, and even take over the browser yourself, log into a service, and hand control back. Logins persist across sessions, so an agent can stay signed into a community platform, a social account, or a work tool without needing to reauthenticate every run. Because the computer lives in the cloud rather than on the user’s machine, agents keep working when the phone is off and the laptop is closed. A routine scheduled for 7 a.m. fires whether or not the person who built it is anywhere near a screen. This is one of the more meaningful differences between Grok Bot and a typical assistant app: the “always on” claim isn’t about notifications, it’s about agents literally continuing to operate on their own machines in the background. ## How do you teach an agent a new skill? Grok Bot includes a “teach a task” feature. A user performs an action once, on the agent’s cloud computer (for example, clicking through a community platform and liking specific posts), and Grok Bot converts that recorded sequence into a reusable skill the agent can run later without supervision. What’s notable is that agents don’t just replay the recording verbatim. In one demonstrated example, after running a “like posts” skill, the agent flagged that it couldn’t clearly tell whether a post was already liked, adjusted its own instructions to open each post before liking it, and updated the skill without being asked. Grok Bot frames this as agents getting smarter over time by building context and refining their own routines after each run, rather than staying static after the initial recording. ## How do routines and triggers work? Routines are the automation layer sitting on top of individual skills. They come in two flavors: scheduled and trigger-based. ## Remy doesn't write the code. It manages the agents who do. Remy runs the project. The specialists do the work. You work with the PM, not the implementers. A scheduled routine runs at a set time, such as a weekday-morning briefing that pulls from Gmail and Google Calendar to summarize the day, flag actionable emails, and suggest how to fit meetings and personal commitments together. A trigger-based routine fires in response to an event. Slack messages, GitHub events, and Teams messages were named as currently supported triggers, with the expectation that the list will expand well beyond that initial set. Setting one up involves telling the agent which channel or event to watch and what to do when it fires. For Slack specifically, the channel needs the Cursor Slack app invited into it before the trigger will work. Setting up a working Slack-triggered alert, from authorizing the Slack workspace to testing a live message, was completed in a couple of minutes with a single natural-language prompt in the demonstrated workflow, compared to a longer manual setup in a tool like n8n or a coding-first approach like Claude Code. ## How do plugins and shared context work? Plugins are how Grok Bot connects to outside services: Gmail, Google Calendar, Slack, Google Drive, GitHub, and task tools like ClickUp were all mentioned as connectable. Authorizing a plugin is a standard OAuth-style sign-in flow. The important detail is that plugin connections are shared across all agents tied to one account. Connect GitHub once through a “dev” agent, and an “executive assistant” agent can reference that same connection without a separate authorization. This lets a fleet of narrow agents behave like one coordinated system with common access to the same calendar, inbox, and repos, rather than each agent needing its own redundant setup. Grok Bot can also ingest existing personal knowledge systems. Someone already maintaining a structured “second brain” repository (a GitHub repo of notes and context, for example) can connect it, and every agent built afterward inherits that context instead of starting from zero. ## Is Grok Bot worth setting up? For anyone already managing multiple recurring workflows (email triage, Slack monitoring, content scheduling, community management) Grok Bot’s pitch is speed of setup relative to building the same automation by hand. A trigger-based Slack alert that might otherwise take a longer manual build in an automation tool was reportedly built in a couple of minutes through conversation alone. The tradeoff is access: Grok Bot currently requires a Cursor Ultra plan, which makes it a feature bundled inside a paid coding-tool subscription rather than an independent product with its own free tier. That positions it most naturally for developers and technical users already paying for Cursor, rather than as a general-audience automation app people would download cold. The other consideration is agent design discipline. Grok Bot’s own guidance favors giving each agent one narrow job (handling sales outreach, managing expenses, watching one Slack channel) rather than one broad agent trying to do everything. Users who set up a single do-it-all agent are likely to get worse results than users who build several small, well-described agents that delegate to each other. ## Frequently Asked Questions ### What is Grok Bot used for? ## Other agents ship a demo. Remy ships an app. Real backend. Real database. Real auth. Real plumbing. Remy has it all. It’s used to build small teams of specialized AI agents that handle recurring tasks like morning planning, Slack monitoring, community management, and development work, each running on its own cloud computer and able to delegate tasks to other agents. ### Do I need a Cursor subscription to use Grok Bot? Yes. Access currently requires being on the Cursor Ultra plan, which then allows downloading Grok Bot for desktop and mobile. ### Can Grok Bot agents work without my computer being on? Yes. Because each agent runs on its own cloud computer, scheduled routines and triggers can execute even if the user’s phone and laptop are both off. ### How does one agent decide to hand a task to another agent? It compares the task at hand to the written descriptions of other agents on the account and forwards the task to whichever agent’s description best matches the job, rather than attempting work outside its own defined role. ### What kinds of triggers can start a routine? Named triggers include new Slack messages, GitHub events, and Teams messages, with a scheduled (time-based) option also available for routines like a daily morning briefing.