Quantum PI v7

Tripartite adaptive orchestration for quantum circuits on constrained platforms, with coordinated scoring, DVFS, thermal prediction, structural caching and QPA cryptographic anchoring.

3coordinated engines
77/77internal tests
SHA-3QPA attestations
Edgeconstrained platforms
Technology Brief

Problem addressed

Standard quantum simulators are rarely optimized for embedded execution under memory, power, temperature and continuity constraints. Quantum PI v7 presents adaptive orchestration designed to select the appropriate engine, limit DVFS oscillations, anticipate thermal drift and reduce recurrent latencies.

Quantum PI v7
Core Modules

Claimed architecture

  • Three complementary engines: VQC Core, SPO, VQC Light.
  • Multi-criteria score combining circuit complexity, energy sensitivity, error sensitivity and available resources.
  • Coordinated feedback loop controlling engine selection, DVFS, thermal prediction and numerical precision.
  • Structural cache based on canonical circuit form and cryptographic fingerprint.
  • QPA anchoring generating fingerprint, orchestration signature and Merkle attestation.
Applications

Value areas

  • IoT edge computing
  • CubeSats and constrained space systems
  • Reproducible academic research
  • Fintech, audit and critical infrastructure
  • Defense and embedded systems
Controlled Access

Presentation framework

Public elements are deliberately synthetic. Technical notes, annexes, demonstrations and deployment scenarios are reserved for qualified counterparts and may be transmitted under NDA.