Market research of Quantum Random Number Generator-based encryption platform for Cooperative Intelligent Transport Systems (C-ITS)

随机数是加密/网络安全的关键组成部分，目前严重依赖伪随机数生成器（PRNG）。这些算法是确定性的，容易受到黑客攻击。我们的设备（物联网）的互联性越来越强，导致黑客和网络犯罪的频率和影响加速上升。这两种趋势都说明了设备和通信的适当安全性至关重要。解决这个问题的一个有效方法是使用量子随机数发生器（QRNG）。量子力学核心的固有熵使量子系统成为随机性的完美来源。然而，现有的QRNG技术是大的，昂贵的，并且仅在静态环境中是最佳的，例如服务器群。TeskaLabs和Crypta Labs正在共同开发QRNG产品，这些产品可以提供加密的端到端加密，而不会降低设备速度/加密速率。我们技术的示例用例包括关键基础设施、医疗保健、军事通信、运输和物流。欧盟委员会授权的新扩展的合作智能交通系统（C-ITS）迫切需要加密，作为数十亿欧元基础设施计划的一部分。C-ITS将定义安全标准，使道路使用者和交通管理人员能够共享信息，并利用信息协调行动。在交通系统中的不同参与者之间交换数据意味着供应和需求可以在真实的时间内匹配，从而更有效地利用资源，无论是共享汽车，集装箱还是铁路网络。数字技术有助于减少人为错误，这是迄今为止交通事故的最大来源。他们还可以创建一个真正的多式联运系统，将所有运输方式整合到一个移动服务中，使人员和货物能够顺利地从门到门。它们还可以刺激社会创新，并确保所有人的流动性，同时出现新的参与者和新的价值创造形式，如协作经济。车辆、基础设施和其他道路使用者之间的通信对于提高未来自动驾驶汽车的安全性及其在整个交通系统中的全面整合也至关重要。通过车辆之间以及车辆与交通基础设施之间的高度安全和强大的数字连接，道路安全和交通效率可以大大提高。该项目将对基于QRNG的加密平台进行区域和行业可行性研究，以评估该技术在C-ITS中的市场机会，以及潜在的市场路线和潜在的工业合作伙伴，以推动芯片和软件走向商业化。

Random numbers are a critical component of encryption/cybersecurity which currently relies heavily on Pseudo Random Number Generators (PRNG). These algorithms are deterministic & vulnerable to hacking. Increasing interconnectivity of our devices (IoT) is now leading to an accelerating rise in frequency and impact of both hacking & cybercrime. Both trends illustrate the critical importance of proper security for devices and communications. An effective way to address the problem is to use Quantum Random Number Generators (QRNG). The inherent entropy at the core of quantum mechanics makes quantum systems a perfect source of randomness. However, existing QRNG technologies are large, expensive and only optimal in static environments, e.g. server farms. TeskaLabs and Crypta Labs are co-developing QRNG products which can provide miniaturised, end-to-end encryption without reduction in device speed/encryption rates. Example use cases for our technology include critical infrastructure, healthcare, military communications, transport and logistics.There is an urgent need for encryption for the newly expanding Cooperative Intelligent Transport Systems (C-ITS) mandated by the European Commission as part of a multi-billion-euro infrastructure programme. C-ITS will define security standards to allow road users and traffic managers to share information and use it to coordinate their actions. Exchanging data between different actors in the transport system means supply and demand can be matched in real time, leading to a more efficient use of resources, be it a shared car, a container or a rail network. Digital technologies help reduce human error, by far the greatest source of accidents in transport. They can also create a truly multimodal transport system integrating all modes of transport into one mobility service, allowing people and cargo to travel smoothly from door to door. And they can spur social innovation and ensure mobility for all, with the emergence of new players and new forms of value creation such as the collaborative economy. Communication between vehicles, infrastructure and other road users is also crucial to increase the safety of future automated vehicles and their full integration in the overall transport system. Road safety and traffic efficiency could vastly improve -- enabled by highly secure and robust digital connectivity between vehicles and between vehicles and transport infrastructure.This project will conduct a regional and industrial feasibility study on a QRNG-based encryption platform to evaluate the market opportunity for the technology within C-ITS, together with prospective routes to market and potential industrial partners for propelling the chip & software towards commercialisation.