Toronto and Tel Aviv – September 17, 2026 -- Qedma Quantum Computing has integrated its QESEM error mitigation software with NVIDIA's CUDA-Q platform, giving users the ability to run larger and more complex quantum workloads on Quantinuum hardware without altering existing programming workflows.
Qedma's QESEM software enters NVIDIA's hybrid computing ecosystem for the first time
The integration marks the first availability of Qedma's error reduction software within CUDA-Q, NVIDIA's hybrid quantum-classical computing platform. The capability is currently live for Quantinuum hardware, with Qedma stating other quantum platforms will follow.
CUDA-Q users gain error mitigation without changing programming interfaces
Developers working in the CUDA-Q environment can now apply Qedma's noise-mitigation approach directly to their quantum workloads. Dr. Asif Sinay, CEO and co-founder of Qedma, said the integration makes advanced error mitigation "directly accessible within one of the industry's leading hybrid quantum-classical computing environments," giving researchers a practical route to push current quantum hardware further.
NVIDIA cites error reduction as critical to scaling quantum-GPU supercomputing
Sam Stanwyck, Director of Quantum Product at NVIDIA, said the QESEM-CUDA-Q integration streamlines how researchers introduce error mitigation while building future quantum-GPU supercomputing systems. Qedma's software is already used by enterprises, academic institutions, and research laboratories globally, according to the company.
Qedma previously demonstrated quantum advantage alongside IBM
Qedma has separately worked with IBM to resolve the dynamics of quantum materials that classical simulation could not capture. The companies describe this as the first instance of quantum advantage achieved using commercially available hardware and software, in a case where multiple state-of-the-art classical methods failed to produce consistent results.