Robust Quantum Randomness for Industry

对用于加密目的的真正随机密钥的需求正在不断增长。在许多应用中，从保护电信网络中的动态数据到保护来自智能手机和其他高端物联网设备的移动的支付，都在寻求一种能够提供此类号码并能够以高操作速度对其进行认证的技术。更具体地说，企业、工业和国家关键基础设施应用中互联系统和设备的快速增长，沿着网络攻击的复杂性，正在增加对强大可靠的网络安全基础设施的需求。量子随机数发生器（QRNG）利用量子过程的固有随机性来生成真随机数。量子骰子正在商业化一种从量子过程中产生安全随机数的创新方法，该方法是在牛津大学开发的。该创新基于新开发的受专利保护的协议，该协议允许生成可证明安全的加密密钥。该项目的主要目标是使用我们的专利技术创建QRNG系统，该系统非常适合上述企业和工业物联网领域的恶劣环境和苛刻要求。

The need for truly random keys for encryption purposes is ever-growing. A technology that can provide such numbers and can certify them at high operating speed is sought for in many applications, ranging from securing data-in-motion in telecommunications networks to securing mobile payments from smartphones and other high-end Internet of Things devices. More specifically, the fast-growing adoption of connected systems and devices in enterprise, industrial and critical national infrastructure applications, along with the sophistication of cyberattacks, is increasing the demand for robust reliable cybersecurity infrastructure.Quantum random number generators (QRNGs) leverage the inherent randomness of quantum processes to generate true random numbers. Quantum Dice is commercialising an innovative way of generating secure random numbers from a quantum process, which was developed at the University of Oxford. This innovation is based on a newly developed and patent-protected protocol which allows the generation of provably secure encryption keys.The main objective of this project is to use our patented technology to create the a QRNG system that is ideally suited for the harsh environments and demanding requirements of the above-mentioned enterprise and industrial IoT sector.