Runtime before QPU.
Reduce work classically and explore routing residual Runtime Spaces through a hybrid executor architecture.
Physical QPU execution and quantum advantage are not verified. Simulation remains classical computation.
The goal is not to send the whole problem to quantum.
The research question is explicit: which Runtime Spaces should be eliminated or computed classically, and which residual spaces are worth routing to a QPU? That routing decision and its evidence are the product direction.
QUBO / Ising classical exact path
VERIFIEDExact objective / QUBO / Ising equality in the current verified portfolio Runtime path.
Quantum Simulator Executor
IN DEVELOPMENTExecutor abstraction is being separated from the Golden Core. Simulation remains classical execution.
Physical QPU Executor
NOT VERIFIEDNo physical QPU execution has been frozen as product evidence.
Quantum Advantage
NOT VERIFIEDNo speedup or quantum-advantage claim is made.
CPU · GPU · HPC · QPU are executors. Runtime controls the work.
A Runtime State is not a quantum state. Runtime Space logically organizes problem and execution states; the Executor layer connects the residual work to physical computation backends.
Classical
Exact / heuristic CPU execution
Hybrid
MetaCore routes residual Runtime Spaces
Future QPU
Physical execution only after verified adapter evidence
“We do not build the quantum computer. We decide what should reach it.”
Executor API direction