Quantum Dice Selected for Digital Catapult’s Digital Security by Design Technology Access Programme

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  • Quantum Dice, a University of Oxford spin-out, has joined the UK government-backed Digital Security by Design programme to integrate its quantum random number generator (QRNG) technology with CHERI-based cybersecurity systems.
  • The company will leverage its patented DISC™ protocol to provide CHERIoT-compatible systems with real-time quantum entropy verification, enhancing security for critical infrastructure and IoT devices.
  • Through collaboration with Digital Catapult, Quantum Dice aims to demonstrate secure, quantum-enhanced solutions that address the high-security demands of memory safety, device integrity, and continuous cryptographic assurance.

PRESS RELEASE — Quantum Dice, a University of Oxford spin-out pioneering quantum random number generator (QRNG) technology, has joined the sixth cohort of the Digital Security by Design (DSbD) Technology Access Programme, a UK government-backed initiative, that aims to integrate secure-by-design principles into the development of resilient technologies.

They will join six companies working with the Sonata Board, the prototype cybersecurity technology designed by lowRISC and based on the CHERI (Capability Hardware Enhanced RISC Instructions) protection model created by the University of Cambridge. If fully implemented, the prototype technology could revolutionise cybersecurity.

Through its work with Digital Catapult, Quantum Dice will demonstrate high-quality, verifiable quantum entropy designed specifically for compatibility with CHERI based systems. This will allow critical infrastructure and IoT devices to incorporate secure, verifiable entropy that meet the unique demands of high-security requirements where device integrity, memory safety, and continuous verification are paramount.

Introducing TQI 2.0Introducing TQI 2.0

By leveraging Quantum Dice’s patented DISC™ protocol for continuous quantum assurance, CHERIoT-compatible systems will benefit from real-time entropy measurement and verification, allowing device operators to quantify the security of cryptographic keys and encryption processes.

George Dunlop, Co-Founder and Director of Partnerships at Quantum Dice, commented: “We are looking forward to working with the Digital Catapult as part of Cohort 6 and demoing with CHERIoT. This initiative reflects our commitment to addressing the unique security needs of high-stakes applications with verifiable, quantum-enhanced solutions.”

Paul Ceely, Director of Technology – Strategy at Digital Catapult said: “We are excited to welcome Quantum Dice as part of the sixth cohort of the Digital Security by Design programme. Their innovative, quantum-enhanced security solutions for CHERIoT systems demonstrate a strong commitment to the secure-by-design ethos we champion in the DSbD programme, and it will be fantastic to see how they combine that with their high-integrity entropy for critical infrastructure and IoT applications through this programme. Supporting deep tech companies like Quantum Dice in scaling their groundbreaking innovations is at the heart of our mission.”

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MENTIONED IN THE ARTICLE

Quantum Dice
CompanyUnited Kingdom · 11-50 FTEs

Quantum Dice is a photonics hardware company, founded in 2020 as a University of Oxford spinout, that develops verifiably true random number generators (QRNGs). In the aerospace sector, they have engineered space-resilient hardware such as the Zenith device, which is utilized to fortify secure satellite communications and power probabilistic computing platforms for modern air traffic management.

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University of Oxford
UniversityUnited Kingdom · 10001+ FTEs

Oxford stands as a hub for education, instruction, and scholarly exploration, holding the distinction of being the oldest university in the English-speaking realm.

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Digital Catapult
Group & CenterUnited Kingdom · 101-500 FTEs

Digital Catapult is a UK-based non-profit innovation agency specializing in advanced digital technologies, including quantum computing. It accelerates the adoption and practical application of deep tech by providing consultancy, accelerator programmes, collaborative R&D, and testbed facilities. Digital Catapult works with startups, industry, government, and academia to drive the development and deployment of quantum technologies such as quantum sensors, clocks, and security solutions. Its initiatives help bridge the gap between research and real-world impact, supporting UK businesses in building quantum capabilities and fostering sustainable economic growth.

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University of Cambridge
UniversityUnited Kingdom · 10001+ FTEs

"Cambridge is active in space and satellite-related research: its “Space” research topic page references contributions to exoplanet detection, galaxy evolution via the James Webb Space Telescope (JWST) and instrumentation for space missions. It participates in advanced materials and manufacturing for space: e.g., collaboration on ultra-lightweight solar cells for space applications (with the UK Space Agency) involving Cambridge researchers. The university also engages in space-environment, planetary science, instrumentation research such as graphene protection for lunar dust."

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