HAVEnS - High Assurance Vehicle Entry System

HAVEnS - 高保证车辆进入系统

• 批准号: 10004426
• 金额: $ 34.32万
• 依托单位: TOKK LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2021
• 资助国家: 英国
• 起止时间: 2021 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10004426
• 关键词: HAVEnS; Assurance; Vehicle; Entry; System

This project originally focused on the development of an advanced software security system aimed at combating the sharp rise in vehicle theft associated with keyless car technology witnessed in recent years, the system used a patented One Time Pad (OTP) authentication protocol.The proposed system was capable of defending against all current passive keyless entry attacks as well as the 'brute force' quantum attacks that are likely to become commonplace as quantum computing technology advances in the coming years. We are now proposing to expand the scope of the system to include a wide range of authentication scenarios that include but are not limited to: -Machine to machine secure authentication include remote access -Secure access systems both environmental and Supply chain -Financial and transactional systems The demonstration will provide not only car security but authentication security in the form of 3-way authentication using mobile and secure cloud-based servers.The solution can also be deployed in an offline mode, authenticating directly between devices. The project brings together a highly experienced consortium with specialists in cyber security, connected mobility, design of specialised IoT RF systems, and communications technology to develop a prototype system, we are testing a software solution, that will be designed in a way that can be ported onto multiple hardware platforms as part of commercialisation to assess technical and commercial viability

该项目最初专注于开发一种先进的软件安全系统，旨在打击近年来与无钥匙汽车技术相关的车辆盗窃案的急剧上升，该系统使用了专利的一次性密码本（OTP）所提出的系统能够防御所有当前的被动无钥匙进入攻击以及可能变得司空见惯的“蛮力”量子攻击随着量子计算技术在未来几年的发展。我们现在建议扩大该系统的范围，以包括广泛的身份验证方案，包括但不限于：- 机器对机器的安全认证包括远程访问-环境和供应链的安全访问系统-金融和交易系统该演示不仅提供汽车安全，还将提供使用移动的和安全云的三方认证形式的认证安全-该解决方案还可以以离线模式部署，直接在设备之间进行身份验证。该项目汇集了一个经验丰富的联盟，包括网络安全，连接移动性，专业物联网RF系统设计和通信技术方面的专家，以开发原型系统，我们正在测试软件解决方案，该解决方案的设计方式可以移植到多个硬件平台上，作为商业化的一部分，以评估技术和商业可行性