quantumos-host-tools 0.4.0

Host-side toolkit for QuantumOS: MCP server, attested VM bridge (QosVM/QosSociety), Lamport attestation verifier, and quantum gateway mirrors

quantumos-host-tools

Host-side toolkit for QuantumOS — the capability-secure, quantum-aware microkernel that boots in your browser.

This package is how an agent operates a running QuantumOS from the host: it owns the QEMU VM lifecycle, scripts the guest shell, drives the kernel holographic-memory field, and — critically — carries a verified boot identity on every result.

Install

pip install quantumos-host-tools
# quantum-gateway mirror (PennyLane) and qBraid entropy handoff are optional:
pip install "quantumos-host-tools[quantum,qbraid]"

Requires Python ≥ 3.10 and a qemu-system-x86_64 on PATH. You also need a QuantumOS kernel.elf32 (build it from the repo with make, or take one from a release).

What's inside

• qos-mcp — an MCP server exposing a running QuantumOS to agents as tools (boot, qsh scripting, field imprint/recall, fs, fetch, quantum entropy, N-VM societies). Every tool result carries the Lamport-verified boot identity.
• qos_bridge — the VM bridge (QosVM, QosSociety). Stdlib-only by contract: it never imports mcp. COM1 carries shell scripting; COM2 carries the attested data channel.
• qos-verify-attestation — stand-alone verifier for a QuantumOS boot attestation stream (integer SHA-256 Lamport one-time signature).
• qos-qbraid-boot — draw real-QPU entropy (via qBraid) and hand it to the kernel as a qseed= boot token.

Honesty note

The boot attestation is verified ≠ live: the signature covers the boot string, not the liveness of any later reply. Authenticating per-reply and the society wire is planned work (see the repo's ADR-0019/0020). This is alpha software; the tool contracts are not frozen below 1.0.

License

GPL-2.0-only, matching QuantumOS.