From hours to seconds. Transform your portfolio and risk management.
With unmatched speed and accuracy, you can proactively manage risk and optimise asset allocations with confidence. Exponentially faster risk factor extraction, real-time portfolio optimisation, and advanced market stress testing. Powered by Quantum Computing, our Quantum Principal Component Analysis (QPCA) delivers risk insights in real time even for large-scale portfolios. This enables you to make immediate, data-driven decisions.
Cut portfolio optimisation time by 95%, eliminating bottlenecks in large-scale covariance matrix computations.
Achieve risk analysis up to 100X faster with quantum-powered factor extraction and eigenvalue computations.
Enhance risk modelling accuracy by 40% through higher-fidelity factor estimation and principal component extraction.
Quantum Computing provides exponential speed for large-scale risk models.
General time calculations of PCA on different computing platforms and QPCA on a quantum computer with just 2 qubits. Baseline are required operations with O(N^3) for PCA and (O(logN)) for QPCA.
Seamless integration. Superior Quantum Computing powered insights.
Seamless integration with existing tools.
QPCA’s API-driven architecture ensures a frictionless transition, integrating effortlessly with industry-standard platforms. It is fully compatible with leading environments like allowing financial institutions to enhance their risk models without disrupting existing workflows.
Superior risk forecasting and stress testing.
Traditional Value at Risk (VaR) and Conditional VaR (CVaR) models struggle to capture tail risks and extreme market shocks, especially during financial crises. QPCA enhances stress testing accuracy, rapidly detecting hidden vulnerabilities and providing a more resilient risk framework for volatile markets.
Future-proof your business with Quantum Computing.
Early adopters will gain a competitive edge as quantum computing evolves, unlocking continuous for portfolio and risk management. By starting with Quantum Computing today, companies position themselves at the forefront for other Quantum Computing use cases such as derivate pricing, liquidity optimisation or anomaly detection.
We ensure a smooth, structured implementation process.
We're witnessing Quantum Computing’s rapid transition from the lab to real-world financial applications. To ensure a smooth adoption, we follow a clear, structured process that enables financial institutions to integrate Quantum Computing powered analytics seamlessly and efficiently.
01
Assess and prepare.
Understand your portfolio dimension, risk modelling, and integration needs. Therefore we assess your data sources, analytics tools, and APIs used in your workflow. As a result we provide the technical and compliance requirements for integration.
02
Test and validate.
We deploy our API and connect our QPCA to the test system of one of your portfolio risk tools. In a deploy, test, validate and improve approach we get the solution ready for production mode.
03
Deploy and improve.
Optimise QPCA’s integration with your existing VaR and stress testing models. Perform backtesting & Monte Carlo simulations to verify risk factor accuracy. Start using QPCA for live portfolio decisions and risk forecasting.
Frequently Asked Questions (FAQs)
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Why do I need to act on quantum computing now?Quantum computing is not a far-off future—it’s happening right now and will soon have a major impact on the financial industry. If you act now, you can stay ahead of competitors by unlocking new opportunities and improving critical areas like cybersecurity, risk management, and portfolio optimization. By integrating quantum solutions today, your institution will be better positioned to lead the market tomorrow, while others may find themselves struggling to catch up.
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What are the first steps in the advisory process?The first step is to schedule a free strategy call. During this session, we’ll assess your institution’s current quantum readiness, identify key quantum use cases relevant to your business, and outline the most appropriate next steps. Based on this, we will then work with you to develop a tailored quantum strategy that positions you for success.
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What risks do I face if I miss out on quantum computing?If you delay adopting quantum computing, you risk missing out on key advantages that could leave you behind. Cyber threats, especially those using quantum technology to break traditional encryption, are growing fast. Not preparing for these risks means putting your sensitive data at increased vulnerability. Additionally, other institutions are already taking steps to leverage quantum computing for greater speed, accuracy, and efficiency. Failing to prepare could leave you lagging in a competitive and rapidly evolving landscape.
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What are the key use cases for quantum computing in financial services?Quantum computing offers significant benefits in several critical areas of financial services. It can dramatically improve risk management by analyzing vast amounts of data much faster and more accurately than traditional systems. For portfolio optimization, quantum computing can find the best asset allocations by evaluating more complex variables, leading to more efficient strategies. In terms of security, quantum-powered encryption can safeguard sensitive financial data against new, emerging cyber threats. It also offers improvements in asset pricing by handling complex calculations more quickly and precisely, giving financial institutions a competitive edge.
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Where should we start with quantum computing in my institution?The first step is understanding your institution’s readiness for quantum computing. Start by identifying areas where quantum could make the biggest impact, such as enhancing your risk management or improving security protocols. Once you've identified these key areas, work with experts to develop a clear, actionable roadmap for integrating quantum solutions. This process may begin with small-scale pilot projects that allow you to learn and adjust before making larger investments.
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How does partnering with quantum computing experts speed up the process?Working with quantum experts accelerates your journey by bringing the right knowledge and experience to the table. These professionals have a deep understanding of quantum algorithms and can quickly identify the best solutions for your institution, saving you time and avoiding the common pitfalls many face when venturing into new technology. Experts also guide you through the integration process, ensuring smooth transitions and helping you mitigate risks. With tailored strategies designed for your specific needs, they ensure that you see tangible results much faster than if you were to try navigating this complex technology alone.