Self-certifying QRNGs for
the finance & banking sector
Verifiably high-quality random numbers are vital to the modern economy. In finance and banking, they ensure the cybersecurity of transactions, infrastructure, and data while also underpinning stochastic methods like Monte Carlo simulations, which are essential for tasks such as pricing complex financial instruments, risk estimation, stress testing, and portfolio optimisation.
Current RNG solutions used in finance & banking
Quantum Dice's DISC™ protected QRNG
- High-speed, but at the detriment of randomness quality
- High speeds of up to 7.5 Gbps
- Exhibit patterns and biases over time
- Negligible bias
- Vulnerable to prediction and algorithmic attacks
- Continuous randomness verification for quantum assurance
Application areas
Where are QRNGs used in Finance and Banking?
QRNGs in classical cryptography
Generating the random numbers to be used as cryptographic keys for applications such as encryption, decryption, authentication, and secure communication protocols. Potential use cases include securing mobile banking, encrypting interbank communications, and protecting digital wallets.
QRNGs in quantum cryptography
Generating the random numbers to be used as secure encryption keys necessary for Quantum Key Distribution (QKD) protocols enabling quantum-secure network infrastructure. Potential use cases include safeguarding international payments and sensitive financial communications.
QRNGs in post-quantum security
Providing secure random numbers to enable post-quantum cryptographic algorithms (e.g., lattice-based cryptography). Potential use cases include protecting archives, securing blockchain products, and strengthening digital identity against quantum threats.
QRNGs for enhanced simulations
Providing reliably high-quality random numbers to enhance stochastic modelling and statistical simulations, such as Monte Carlo simulations. Potential use cases include improving stress testing, portfolio optimisation, risk estimation.
THE BENEFITS
cybersecurity
Enhanced
Security
Live entropy monitoring
thanks to the DISCTM protocol.
Quantum-resistant security
DISCTM QRNGs facilitate the generation of stronger, threat-resistant encryption keys.
Seamless
integration
Easily integrates with current systems and infrastructure.
Improved customer trust and satisfaction
Enhances security and privacy of services, increasing customer trust and satisfaction.
THE BENEFITS
Simulations
Improved accuracy
More accurate estimates and predictions meaning organisations can make better informed decisions.
SHORTER SIMULATION TIMES
A substantial reduction in computing steps leading to cost, time and energy savings.