Quantum-Optimised Routing & Assurance
QORA globally optimizes the routing of every signal in a safety-critical machine — aircraft first — under hard certification constraints. Separation, segregation, capacity, survivability: never traded, never assumed — every result is re-derived and gated by an independent verifier before it counts.
Signals are routed together, as one constrained optimization — because safety rules couple them pairwise, sequential routing provably strands signals that a global solve routes cleanly. Double-digit cost improvements over strong sequential baselines, with a reported optimality gap on every run.
Rules are machine-readable and carry their certification citations. Solver output is proposed, never certified: an independent verifier re-derives every hard-rule check from raw geometry before any result is persisted. Audit reports regenerate byte-identical, forever.
Probabilistic risk sweeps fly single and dual damage scenarios against the routed design. Defeats don't just get flagged — they come back as draft rules with provenance, a human approves, the design re-solves, and the re-sweep proves zero defeats.
Move equipment, change a rule: a scoped re-solve freezes what can stay, reroutes what must move, names exactly which frozen routes conflict when the change over-constrains, and fully revalidates — seconds, not days at demo scale.
Position
Classical solving wins at today's scale, and our own benchmark says so. The product ships on classical optimization. Alongside it runs a native constrained-quadratic-model adapter — hard constraints expressed natively, never tuned into penalties — with an offline annealing path and a cloud hybrid backend, every sample passing the same independent verifier. Quantum is the measured scaling curve toward full-aircraft problem sizes, not the survival condition.