Options Technology integrates Oxford Quantum Circuits’ system into its financial services infrastructure

The integration was carried out in its New York City data centre, operated by Digital Realty, and is the first commercially accessible quantum computing capability in the city,

Deyana Goh - Editor
2 Min Read
Image courtesy of Options Technology

Options Technology (Options), a provider of financial services infrastructure, announced it has integrated Oxford Quantum Circuits’ quantum system into its New York City data centre, operated by Digital Realty

This is the first commercially accessible quantum computing capability in New York City, and is deployed in a global hybrid platform alongside classical and GPU-based compute. It will allow clients to securely access quantum compute for targeted workloads without disrupting existing production environments.

This announcement reflects a broader toward hybrid architectures that combine classical and quantum technologies, as firms seek new ways to drive performance, manage risk and unlock more advanced analytics.

In the financial sector, quantum computing introduces a new, probability-native compute model capable of addressing classes of problems that are computationally intensive or impractical using classical architectures alone.

Examples include large-scale portfolio optimisation and derivatives risk modelling, which are inherently probabilistic and simulation-heavy. These use cases rely on exploring vast numbers of potential outcomes under constantly changing market conditions, placing extreme demands on classical compute resources. Quantum architectures are particularly well-suited to these challenges, enabling parallel exploration of complex probability distributions.

“Quantum computing is no longer theoretical for capital markets, it’s becoming a practical tool for specific, high-value problems,” said Danny Moore, President and CEO of Options Technology. “What matters now is controlled, secure access. By making quantum compute commercially available within our governed infrastructure platform, we’re enabling clients to experiment, validate and adopt these capabilities in a way that aligns with real trading, risk and compliance requirements.”

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Deyana Goh is the Editor for Quantum Spectator. She is fascinated by well-identified as well as unidentified flying objects, is a Star Trek fan, and graduated with a Bachelor's Degree in Political Science from the National University of Singapore.