Kets Quantum Security Ltd

This project aims to enhance the field of quantum photonic integrated circuits (QPICs) by developing a comprehensive, plug-and-play packaging solution. The project isa collaborative effort between Alter Technology, Wave Photonics, KETS quantum security, Senko Advanced Components, the University of Bristol and the University of Sheffield. The team will cre...

By the mid-2030s quantum computers will likely be able to break the core cyber security algorithms on which billions of people, companies, and national critical infrastructure rely. Quantum Key Distribution (QKD) technology provides valuable protection against this future quantum threat, moving beyond standard encryption methods (vulnerable to the above) ...

New security technologies based on quantum physics require work to ensure consistency and quality of the technology. The aim of this project is to establish a methodology for the assurance of quantum systems. Assurance enables trust in the performance of the technology, and ensures that technology meets requirements. Assurance is therefore essential when ...

This project delivers a next generation QKD solution designed for telecommunications production environments. This system addresses additional near term market demands not met by current offerings; high levels of security, robustness and networking flexibility - all whilst being delivered at speed and at scale. As deployment of QKD becomes more widespread...

Data centres, and the networks and systems that surround them are the future work horse of digitised economies. The data processing that they provide is a well-known driver for economic growth, providing cutting edge storage and computing systems that increasingly underpin all aspects of business and society. These data centres are huge system of systems,...

Integrated quantum photonics offers a scalable platform for many emerging quantum technologies, such as quantum communications and quantum computing. Critical to its success is the development of tools used for the optimisation of fabrication tolerant components which can enhance the control of quantum states on chip and mitigate errors leading to high ph...

Quantum computing has moved from academic labs to commercialization and start-ups are making rapid, demonstrable progress as evidenced by new and emerging product and service offerings. While this is good news for advances in things like quantum chemistry and simulation, it also means that the \`quantum threat' to our current cryptographic methods is gett...

Data is one of the world's most valuable commodities -- affecting every person, every company, every government, everywhere. Most of the world's cybersecurity infrastructure is based on the exchange and use of digital cryptographic keys. Random number generators (RNGs) are essential components of this existing infrastructure, and newer technologies such a...

Major organisations rely on strong encryption, including the process of encryption key agreement. Future quantum computers have the potential to compromise key agreement schemes based on asymmetric encryption and widely deployed Public Key Infrastructure. Over long distances and without quantum repeaters, Business Continuity (BC) can be maintained if comm...

no public description

Much of the cryptography we rely on everyday is based on the difficulty of certain mathematical operations, such as finding the prime factors of a very large integer. However, recent advances in quantum computing means that these difficult math problems might soon be solved efficiently, with a potentially serious impact upon our security and digital econo...

Unmanned Aerial Vehicles (UAVs) have seen a huge increase in commercial uptake in recent years, but their applications have been limited, in part by the inability to securely communicate sensitive data back to the ground. Current encryption methods are becoming increasingly insecure due to advances in computing capability. Project Q-DOS light (Quantum key...