SuperHQ: Run AI coding agents in isolated microVM sandboxes

SuperHQ is an open source (AGPL v3) sandboxed orchestration platform for AI coding agents, built with Rust and Zed's GPU-accelerated UI framework (GPUI). Instead of running Claude Code, OpenAI Codex, or Pi directly on your host machine, each agent gets its own isolated microVM with a full Debian environment. The host filesystem is never modified — writes go to a tmpfs overlay, and you review changes via a unified diff panel before accepting or discarding.
Key features
- Isolated workspaces — each workspace runs in its own VM with independent filesystem, networking, and resource limits.
- Multiple agent support — run Claude Code, OpenAI Codex, and Pi side-by-side in separate sandboxes.
- Auth gateway — a reverse proxy on the host injects API credentials into outgoing requests without exposing tokens to the sandbox. For Codex with OAuth, the gateway handles token refresh and forwards authenticated requests to chatgpt.com/backend-api/codex, enabling ChatGPT Plus/Pro subscriptions.
- Port management — forward sandbox ports to host, or expose host ports to sandboxes.
- Review panel — see file changes made by agents with a unified diff view (toggle with
Cmd+B). - Remote access — remote.superhq.ai acts as a remote control, allowing you to access workspaces and agents from anywhere.
Installation
brew tap superhq-ai/tap && brew install --cask superhq
Or download the latest .dmg from the Releases page. Note: macOS Gatekeeper will block it on first launch since the app is not notarized — open System Settings > Privacy & Security, scroll down, and click 'Open Anyway'.
Requirements: macOS 14+ (Apple Silicon), ~500 MB disk space for the Shuru runtime (downloaded on first launch).
Supported agents and auth
| Agent | Auth | Notes |
|---|---|---|
| Claude Code | Anthropic API key | Installed automatically via npm |
| OpenAI Codex | OpenAI API key, OpenRouter API key, or ChatGPT Plus/Pro (OAuth) | If OPENROUTER_API_KEY is set, Codex routes through OpenRouter |
| Pi | Anthropic and/or OpenAI API key (or ChatGPT Plus/Pro via OAuth) | At least one provider required; OpenAI models routed through auth gateway |
Security model
Agents run inside sandboxed VMs and never see your real API keys. The auth gateway — a reverse proxy on the host — injects credentials into outgoing API requests without exposing them to the sandbox. Workspace config and secrets are stored in SQLite with AES-256-GCM encryption. Project directories are mounted read-only; agent writes go to a tmpfs overlay that is destroyed when the VM is torn down.
Keyboard shortcuts
- Workspaces:
Cmd+Nnew,Cmd+1..9switch,Ctrl+Cmd+]next,Ctrl+Cmd+[previous - Tabs:
Cmd+Tnew agent tab,Cmd+Wclose,Ctrl+1..9switch,Cmd+Shift+]next - App:
Cmd+,settings,Cmd+Btoggle review panel,Cmd+Shift+Pports
Building from source
Clone the shuru SDK as a sibling directory, then:
git clone https://github.com/superhq-ai/shuru.git ../shuru
cargo build --release
# Package as macOS app:
./scripts/package.sh
# Output: target/SuperHQ-<version>.dmg
Note: This is early alpha software (v0.4.4 as of Apr 23, 2026). Expect rough edges and breaking changes — not production-ready.
📖 Read the full source: HN AI Agents
👀 See Also

Developer shares hybrid AI coding workflow: Claude for planning, local models for execution
A developer built a pipeline using Claude 3.5 Sonnet for task planning and local Qwen2.5-Coder models via Ollama for code generation, achieving 85% token reduction compared to using Claude alone.

Silent Tool Failures in Coding Agents: A Hidden Efficiency Drain
Coding agents often encounter tool failures that go unnoticed because they fall back to alternative strategies, wasting tokens and reducing quality. The open-source tool Vibeyard detects these failures and suggests fixes.

Sentrial: Production Monitoring for AI Agents
Sentrial is a monitoring tool that automatically detects failure patterns in AI products including loops, hallucinations, tool misuse, and user frustrations. It diagnoses root causes by analyzing conversation patterns, model outputs, and tool interactions.

Open Source Browser Tool for Testing MCP Servers Without Installation
An open source web tool called MCP Playground lets developers test MCP servers directly in their browser using WebContainers, a WASM Node.js runtime. It can run npm-based MCP servers locally without backend installation and connect to remote servers via URL.