Exact Grok commands
Look up command paths, flags, arguments, and examples for the captured Grok Build release instead of guessing from another CLI.
GROK BUILD OPERATING SIGNAL / READ ONLY
When your LLM needs exact Grok Build syntax, model and effort options, permission boundaries, or a safe workflow, it can query this source-checked MCP before acting—without giving the MCP command execution or file access.
Already use Claude Code or Codex? Install only that client instead.
https://mcp.claude-world.com/mcp HTTP / MCP Six focused capability groups turn CLI documentation into operational context without turning the MCP into an executor.
Look up command paths, flags, arguments, and examples for the captured Grok Build release instead of guessing from another CLI.
Find documented configuration keys and environment-variable names. The MCP cannot read your local files or setting values.
Check dated model selectors, supported single-task effort, constraints, and fallbacks—then verify the live account catalog.
Keep read-only and may-edit intent distinct from actual approval, filesystem access, sandboxing, or command execution.
Carry the captured release, review date, source status, canonical link, and documented drift into every consequential answer.
Decompose work around the current CLI first, separate native effort from orchestration, and make every handoff and verification gate explicit.
Grok Build is the recommended client on Grok World. Install only the one CLI client you actually use—connecting all three is unnecessary.
grok mcp add --transport http --scope user worlds-knowledge https://mcp.claude-world.com/mcp grok mcp doctor worlds-knowledge --json claude mcp add --transport http --scope user worlds-knowledge https://mcp.claude-world.com/mcp claude mcp get worlds-knowledge codex mcp add worlds-knowledge --url https://mcp.claude-world.com/mcp codex mcp get worlds-knowledge --json This prompt makes the agent verify Grok-specific syntax, model and effort support, and permission behavior before it proposes an action.
I am using Grok Build for this task. Before proposing a command, use worlds_list_cli_versions, worlds_search_cli_reference, worlds_get_cli_command, and worlds_list_cli_models to verify the exact Grok syntax, model selector, supported single-task effort, and permission behavior. Keep Grok Build separate from Claude Code and Codex, preserve my current approval boundary, and cite the returned release and official sources.
For one difficult problem, ask for the provider-local maximum-depth model without enabling orchestration or inventing a universal winner.
Call worlds_advise_hard_problem first for this one difficult problem, then verify it with worlds_list_cli_models and grok models. My active and only CLI is grok-build. Keep execution_intent read-only unless I explicitly authorize edits. Use Grok Build's maximum-depth model and supported single-task effort, show the fallback and POSIX template, and do not widen permissions.
The planner keeps Grok Build active when it fits, separates model depth from orchestration, and makes parallel work, handoffs, permissions, and verification explicit.
Call worlds_list_cli_models, then worlds_plan_cli_work for this task. Treat grok-build as the current and available CLI, decompose the work into bounded workstreams with dependencies and verification gates, and keep every workstream read-only by default. Use may-edit only where I have explicitly authorized workspace changes. Label generated shell templates POSIX, show model and effort fallbacks, and never add permission-bypass flags.
Version 0.5.0 does not include these system-operations manuals. Today’s primary proposition remains source-checked guidance for the LLM using its current Grok Build CLI.
Paths, quoting, permissions, links, archives, safe discovery, and bounded file operations.
Worktrees, branches, remotes, diffs, commits, merges, recovery paths, and destructive-operation boundaries.
Process inspection, signals, ports, DNS, HTTP diagnostics, local services, and credential-safe network checks.
Runtime managers, lockfiles, dependency resolution, compilers, task runners, caches, and reproducible verification.
Images, containers, registries, deployment contexts, identity boundaries, remote state, and irreversible actions.
Separate macOS, Linux, and Windows paths, tools, services, permissions, and native shell semantics.