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This collaboration between OQC and Trust Base marks a pivotal shift from theoretical quantum research to practical integration within established financial workflows like Value-at-Risk and derivative pricing. By combining classical Monte Carlo baselines with Physics-Informed Neural Networks, the project demonstrates that near-term utility relies on hybrid architectures and rigorous benchmarking rather than isolated quantum advantage claims. The study emphasizes that solving commercially material problems requires a comprehensive understanding of the entire computational process, including runtime stability and seamless integration into existing systems.
Trust Base partners with OQC to explore quantum finance workflows
OQC and Trust Base, a Sumitomo Mitsui Trust Group company, are exploring quantum methods for financial workflows like Value-at-Risk.
Sumitomo Mitsui Trust Group, through its digital subsidiary Trust Base, is actively partnering with OQC to explore quantum workflows, not just research, but integration into existing financial processes, the company says. The project focused on three specific financial areas: Value-at-Risk, Credit Valuation Adjustment, and derivative pricing, areas with “mathematically rich and commercially material” problems. OQC and Trust Base combined classical Monte Carlo baselines, quantum-enhanced methods, and Physics-Informed Neural Networks to assess the practical route toward quantum finance, finding that “near-term value comes from disciplined benchmarking, hybrid architectures and hardware-aware research.” Classical Physics-Informed Neural Networks are a practical approach today, balancing pricing accuracy, runtime and workflow integration while longer-term quantum solutions are developed.…
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