Grok Bot is SpaceXAI's beta product for persistent, named AI teammates designed to execute end-to-end tasks across applications rather than stopping at conversational chat responses. Each workspace member receives a dedicated, managed cloud computer equipped with a real browser, persistent filesystem, and shell terminal. Grok Bots can authenticate into web services, leverage external tools via plugins and Model Context Protocol (MCP) servers, execute tasks asynchronously in the background, learn demonstrated workflows as reusable routines, and coordinate seamlessly through direct messages, dedicated threads, and group chats.
Setting up a teammate is intentionally conversational: developers define a role, specify target outcomes, grant necessary environment permissions, and establish human-in-the-loop approval thresholds for high-stakes actions. Grok Bot also connects deeply with the Cursor ecosystem. When a team administrator enables the Cloud Agents control, a Bot can orchestrate Cursor Cloud Agents to work directly on codebases in isolated virtual machines—creating branches, building and testing changes, opening merge-ready pull requests, attaching rich verification artifacts (terminal logs, screenshots, and video recordings), and following up on supported CI failures.
Understanding Grok Bot's security boundaries is essential for team deployment. Grok Bot identities do not each receive a separate security-isolated computer; all Bots owned by a single member share that member's managed cloud computer, persistent files, browser sessions, and stored application logins, although each Bot operates on its own virtual screen for parallel workflows. While individual Cursor Cloud Agent coding runs execute within isolated cloud VMs, this does not turn separate Grok Bot identities into distinct credential boundaries.
Grok Bot requires cloud data storage, inherits Cursor account and team-level privacy controls, and does not support legacy zero-data retention modes. Official guidance strongly recommends configuring least-privilege permissions, defining narrow approval guardrails, and enforcing manual user takeover for sensitive credentials, passkeys, two-factor authentication codes, CAPTCHAs, payments, and production deployments. Access is currently tiered across eligible SuperGrok Plus and Cursor individual or team plans, with dedicated compute isolation and custom enterprise rollouts available for larger organizations.
