iQore provides the iQD SDK, a software‑only optimization layer that plugs into Qiskit workflows to enhance quantum circuits with physics‑augmented logic. By extending qubit coherence, suppressing errors in real time, and compressing circuit depth, the SDK delivers faster execution and higher fidelity on IBM, Google, and Rigetti QPUs without any hardware changes.
Funding
Funding not disclosed
Founders
Product
Problem
Current quantum processors suffer from limited coherence times, high gate error rates, and constrained circuit depth, which increase execution costs and reduce the reliability of quantum computations.
Solution
iQore offers the iQD SDK, a software-only optimization layer that integrates with Qiskit to wrap existing quantum circuits in physics‑augmented logic. By applying first‑principles physics, structured state control, and dynamic error suppression, the SDK extends qubit coherence, lowers gate noise, and compresses circuit depth without any hardware modifications. The solution is compatible with IBM, Google, and Rigetti QPUs, enabling faster execution and reduced QPU usage costs for large‑scale quantum workloads. Developers activate the optimization with a single function call, gaining improved fidelity and performance across any quantum circuit.
Target Audience
Primary customers are enterprise quantum developers and research teams that run large‑scale workloads on IBM, Google, or Rigetti quantum hardware.
Features
- Direct integration into Qiskit workflows via a single `iQD.wrap()` call
- Physics‑augmented circuit logic that extends coherence time for deeper computations
- Real‑time error suppression that reduces gate noise without extra resources
- Circuit depth compression through intelligent transpilation, lowering execution time
- Cross‑platform compatibility with IBM, Google, and Rigetti quantum processors
- Enterprise‑grade scalability designed for large quantum workloads