> ## Documentation Index
> Fetch the complete documentation index at: https://docs.mirage.strukto.ai/llms.txt
> Use this file to discover all available pages before exploring further.

# Grok Build

> Run Grok Build against any Python Mirage workspace by mounting it as a real filesystem via FUSE.

[Grok Build](https://x.ai/cli) can use Mirage through either an installable [TypeScript plugin](/typescript/agents/grok-build) or a FUSE mount. The Python integration [FUSE-mounts](/python/setup/fuse) a workspace as a normal host directory, so Grok's built-in filesystem and shell tools operate on Mirage without a separate tool server.

## Install

```bash theme={null}
uv add 'mirage-ai[fuse]'
```

Install Grok Build separately.

## Usage

```python theme={null}
from mirage import Mount, MountMode, Workspace
from mirage.resource.ram import RAMResource

with Workspace(
    {"/": Mount(RAMResource(), mode=MountMode.WRITE, fuse=True)}) as ws:
    print(f"cd {ws.fuse_mountpoint} && grok")
    input("Press Enter when done...")
```

The mountpoint behaves like a regular directory. Start `grok` there and its built-in file and shell tools dispatch through Mirage's ops layer.

## FUSE or plugin?

Use Python FUSE when you want Grok's built-in tools to see Mirage as an ordinary directory. This requires an OS FUSE driver and does not add Mirage's agent-level stale-write check.

Use the [TypeScript plugin](/typescript/agents/grok-build) when you want named Mirage tools, Pi-style stale-write protection, and Grok plugin installation. The plugin uses Mirage's standard MCP adapter internally.