D-Wave and Satispay Announce Quantum-hybrid Application for European Payment Network

PALO ALTO, Calif., BURNABY, B.C., MILAN — October 11, 2023 — D-Wave Quantum Inc. (NYSE: QBTS) and Satispay, an Italian fintech company focused on mobile payments, today said they have built a quantum-hybrid application designed to optimize customer rewards initiatives.

Using D-Wave’s constrained quadratic model (CQM) hybrid solver, the application showed an improvement of 50 percent in customer rewards programs for the same amount of budget, thus identifying more effective approaches to Satispay’s rewards programs and efforts to increase membership to the payment network, according to the companies.

Satispay plans to transition the quantum-hybrid application into production, with internal teams expected to use it weekly. The work between D-Wave and Satispay comes at a time when Satispay adoption is on the rise in countries such as Italy and France, with consumers and businesses alike looking for a seamless, secure and easy way to send, receive and spend money.

“It is our mission at Satispay to simplify payments to improve everyone’s life, and we’re looking at innovative ways we can accelerate adoption and usage of our network to quickly build out our market footprint in service of that vision,” said Dario Brignone, founder and CTO of Satispay. “Together with D-Wave, we’ve built a quantum-hybrid application that has demonstrated immediate business value at scale, helping us more effectively manage our rewards program to save money, improve rewards appreciation and drive increased membership.”

“Digital payments represent one of the fastest-growing trends in financial services,” said Murray Thom, vice president of quantum business innovation at D-Wave. “By applying the power of quantum-hybrid technology to optimize Satispay’s customer acquisition strategies, we’re helping one of Europe’s top fintech companies unlock a competitive advantage and bring its independent payment network to more customers, faster.”

The CQM hybrid solver is available in the Leap real-time quantum cloud service, which can be accessed here.