New cloud service brings scalable quantum circuit emulation to researchers and enterprise R&D teams worldwide
QPerfect, a French quantum computing company specializing in quantum emulation and enabling scalable and fault-tolerant architectures, today announced a strategic collaboration agreement with SDT Inc., a South Korea-based quantum design and manufacturing company, to integrate QPerfect’s high-performance virtual quantum computer, MIMIQ, into SDT’s QUREKA hybrid quantum computing platform.
Under the agreement, SDT will integrate MIMIQ into QUREKA to launch a new cloud-based quantum emulation service designed for research institutions, industrial R&D teams, and enterprise innovation programs.
Expanding QUREKA with Large-Scale Quantum Emulation
This new service expands QUREKA with large-scale quantum emulation capabilities designed for both academic and industrial users.
- Design, test, and validate quantum algorithms before deploying them to hardware.
- Explore complex quantum use cases that exceed the capabilities of current hardware devices.
- Prepare scalable software workflows for next-generation quantum processors and fault-tolerant architectures.
MIMIQ: Enabling Scalable Quantum Development
MIMIQ is a high-performance virtual quantum computer leveraging advanced simulation techniques, including state-vector and Matrix Product State (MPS) methods. It enables the emulation of quantum circuits with up to thousands of qubits and millions of gates — extending beyond the practical limits of current physical quantum hardware.
Executive Commentary
Jiwon Yune, CEO of SDT, said: “Integrating MIMIQ significantly expands the computational capabilities available through QUREKA. This partnership strengthens our platform’s ability to support large-scale hybrid quantum development for both academic and industrial users.”
Philippe Blot, CEO of QPerfect, said: “This collaboration with SDT demonstrates how scalable quantum emulation can accelerate global quantum R&D. By integrating MIMIQ into QUREKA, we enable researchers and enterprises to develop, validate, and optimize quantum algorithms today while preparing for tomorrow’s fault-tolerant quantum systems.”