HSBC Reports 34% Bond Trading Accuracy Gain in IBM Quantum Computing Trial
- On 25 September 2025, HSBC announced a trial with IBM that used quantum computing to improve algorithmic bond trading in Europe.
- The trial arose from the need to optimize complex pricing predictions in over-the-counter bond markets using quantum and classical computing combined.
- The test utilized genuine, anonymized trading records from European bonds processed on IBM's Heron quantum processor, resulting in up to a 34% enhancement in forecasting the likelihood of trade executions compared to traditional techniques.
- Philip Intallura, who leads quantum technology initiatives at HSBC, described the achievement as a pioneering milestone in bond trading, demonstrating that current quantum computers are capable of addressing complex business challenges effectively at scale.
- HSBC views this success as a potential catalyst for faster quantum adoption in finance, signaling the approach's competitive edge and a new computing frontier closer than expected.
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IBM Just Made a Quantum Computing Breakthrough @themotleyfool #stocks $IBM $HSBC
Key PointsHSBC used IBM's quantum computers to improve a process involved in algorithm bond trading.The collaboration demonstrated that pairing quantum computers with classical techniques can provide real-world benefits.IBM's long-term quantum computing opportunity is enormous, and this development is a step in the right direction.10 stocks we like better than International Business Machines › International Business Machines (NYSE: IBM) has been…
HSBC Achieves Quantum Computing "Sputnik Moment" In Bond Market
HSBC Achieves Quantum Computing "Sputnik Moment" In Bond Market HSBC Holdings Plc has achieved a "Sputnik moment" with the first real-world trial of quantum computing in bond markets, delivering up to a 34% improvement in predicting the probability of winning customer inquiries in the European corporate bond market. This marks the first empirical evidence of quantum computing solving real-world problems in algorithmic bond trading and could int…
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