QMware, a leading hybrid quantum computing company, is collaborating with NVIDIA and Oracle to develop a new hybrid quantum computing service for businesses. The service will use Oracle Cloud Infrastructure powered by NVIDIA A100 Tensor Core GPU clusters and the NVIDIA CUDA Quantum open-source platform.
The collaboration aims to explore new industrial uses of hybrid quantum computing, which combines classical high-performance and quantum computing. Key figures include Martin Peck, Vice President of Technology Software Engineering at Oracle, Markus Pflitsch, CEO of QMware, George Gesek, CTO of QMware, and Tim Costa, Director of Quantum Computing and HPC at NVIDIA.
QMware Collaborates with NVIDIA and Oracle to Develop Hybrid Quantum Computing for Businesses
QMware, a company specializing in hybrid quantum computing cloud services, has announced a new partnership with NVIDIA and Oracle. The collaboration aims to leverage Oracle Cloud Infrastructure (OCI), powered by NVIDIA A100 Tensor Core GPU clusters, and the NVIDIA CUDA Quantum open-source hybrid quantum computing platform. The goal is to test and develop a cutting-edge hybrid quantum computing service for enterprise customers. A preliminary version of the service will be showcased at Oracle CloudWorld London in March.
The Rise of Quantum Technology and QMware’s Role
Quantum technology is rapidly gaining traction, as evidenced by McKinsey’s latest Quantum Technology Monitor and QMware’s recent partnerships, including the one with NVIDIA. The new service from QMware will allow customers to explore novel industrial applications of hybrid quantum computing. This technology combines classical high-performance computing with quantum computing, offering the highest standard of processing power currently available.
The Potential of Hybrid Quantum Computing
The hybrid quantum computing service will benefit from the accelerated computing capabilities of NVIDIA A100 GPUs, OCI Compute bare-metal instances, and RDMA cluster networking. These resources will provide QMware with various options for testing and developing commercially viable quantum computing applications. These applications can be used in various fields, including AI, quantum machine learning, and quantum-enhanced optimization. CUDA Quantum equips scientists with robust simulation tools and capabilities to program hybrid CPU, GPU, and QPU systems.
Statements from QMware, Oracle, and NVIDIA
Martin Peck, Vice President of Technology Software Engineering at Oracle, expressed his excitement about the potential of hybrid quantum computing to transform business operations, data insights, and innovation. He praised QMware as a pioneer in this field and expressed Oracle’s commitment to supporting them in developing hybrid quantum services for enterprises.
Markus Pflitsch, CEO and co-founder of QMware, emphasized the transition of quantum computing from experimental to practical. He highlighted the collaboration with Oracle as a significant step in this journey. By merging QMware’s quantum technology expertise with Oracle’s robust cloud infrastructure, they aim to enhance quantum capabilities and simplify its accessibility for businesses across all sectors.
George Gesek, CTO and co-founder of QMware, stressed the importance of building an ecosystem where developers, researchers, and business leaders collaborate to explore the potential of quantum computing in solving real-world problems. He believes that the future of quantum computing lies in its integration into daily business operations, and this collaboration is a step towards making this future a reality.
Tim Costa, Director of Quantum Computing and HPC at NVIDIA, highlighted the importance of high-performance quantum simulation for researchers to tackle the toughest challenges in quantum computing. He praised the collaborations with Oracle and QMware as enabling researchers worldwide to achieve breakthroughs towards useful quantum-integrated computing.
About QMware
QMware is a prominent provider of hybrid quantum computing cloud services, specializing in B2B Quantum as a Service. The company’s platform combines high-performance computing with advanced quantum resources, designed to augment today’s hyperscaler capabilities. Using sophisticated quantum hypervisor technology, QMware manages data processing tasks, selecting the most suitable system—classical or quantum—based on each task’s specific requirements.
This strategic approach positions QMware as a key facilitator of early quantum computing solutions in the industry, catering to the growing demand for superior computing performance in optimization, simulation, and machine learning. As a member of the SeQuenC initiative, QMware was chosen in 2022 to build the first quantum cloud for the German industry. The project is funded by the Federal Ministry for Economic Affairs and Climate Protection.
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