Universal Dragon Aslam QBIT NOVA Native Native C17 Source examples: .qn Research Preview

QBIT NOVA Native

QBIT NOVA Native is the current public language/runtime research project in the Universal Dragon ecosystem. It is implemented in native C17 and combines deterministic compilation, QBC bytecode, QVM execution, software state-vector simulation and approval-first security.

Open Current Repository Open Evidence Page

Runtime direction

  • Native C17 implementation
  • Deterministic QBC/QVM runtime
  • Software state-vector simulation
  • Reproducible execution results and receipts
  • No Python runtime dependency in the current truth boundary

Security direction

  • Deny-by-default capability guard
  • OpenSSL Ed25519 signed approvals
  • Trusted issuer checks
  • Persistent replay ledger
  • Token and issuer revocation lookup foundation
  • Revocation execution wiring remains pending

Research boundary

physical_qpufalse
runtimesoftware_virtual_qcpu
python_dependencyfalse
release_classresearch_preview

QBIT NOVA Native does not claim that a Raspberry Pi, phone or ordinary classical computer becomes physical quantum hardware.

Evidence and branch discipline

The public README is the current source of truth. Development-branch evidence may demonstrate later work that is not yet present on public main; those boundaries are kept explicit rather than merged into one oversized claim.

Read Current Truth Boundary Pi 5 Evidence

Earlier lineage

Earlier Universal Dragon language work used the .ud source direction and the Universal-Dragon-Core repository. That work remains useful historical lineage, but the current public project described on this page is QBIT NOVA Native in qbit-nova-native.

Earlier Universal Dragon Core

Canonical identity

QBIT NOVA Native is part of the Universal Dragon technology project created by Aslam. The canonical entity relationship is documented on the official identity page.

Universal Dragon Aslam Identity