Self-sovereign Identity technology using blockchain for customers, airlines and border authorities

使用区块链为客户、航空公司和边境当局提供自主主权身份技术

• 批准号: 70280
• 金额: $ 38.58万
• 依托单位: ZAMNA TECHNOLOGIES LIMITED
• 依托单位国家: 英国
• 项目类别: Study
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=70280
• 关键词: Self; sovereign; Identity; technology; using

Currently, airlines are unable to share data about passengers and rely on repeated one-off document checks. This challenge is exacerbated by the fact that, on average, passengers are only 50% accurate when filling out the information required to fly. This means that airlines not only waste time and resources checking each passenger's documents multiple times in the airport, but they also spend time and money correcting that information. Government fines mean that failing to check this information diligently creates further costs for airlines, and there are increasing demands from governments for airlines to provide more accurate passenger information.Zamna is an award-winning software company named by IBM Security as providing "GDPR compliant identity-as-a-service". We work with airlines and border authorities in the UK, UAE, etc to verify accurate passenger information. Our blockchain-powered data verification technology improves airport security and immigration-related information, while delivering a seamless passenger experience. Our current software technology is already integrated with British Airways global IT systems, commercially active in British Airways, with pre-COVID-19 volumes of ~100,000 daily passenger passport checks.This project will extend the technology by adding an innovative model of identity management which will put the passenger in control of their data, whilst solving GDPR and data accuracy challenges, and securing value for the enterprise validating passenger data - without exposing the commercial or competitive advantages of that enterprise to others. To achieve this, we need to conduct significant technical research using multiple computation techniques, before testing can take place with the early adopters and stakeholders, which we have already engaged with.

目前，航空公司无法共享乘客数据，只能依赖重复的一次性文件检查。这一挑战因以下事实而加剧：平均而言，乘客在填写飞行所需信息时只有50%的准确率。这意味着航空公司不仅浪费时间和资源在机场多次检查每位乘客的文件，而且还花费时间和金钱纠正这些信息。政府罚款意味着未能认真检查这些信息会给航空公司带来更多成本，政府对航空公司提供更准确的乘客信息的要求越来越高。Zamna是一家屡获殊荣的软件公司，被IBM Security评为提供“符合GDPR的身份即服务”。我们与英国、阿联酋等地的航空公司和边境当局合作，以核实准确的乘客信息。我们的区块链数据验证技术改善了机场安全和移民相关信息，同时提供无缝的乘客体验。我们目前的软件技术已经与英国航空公司的全球IT系统集成，在英国航空公司开展商业活动，在COVID-19之前每天检查约100，000名乘客的护照。该项目将通过添加创新的身份管理模型来扩展该技术，该模型将使乘客能够控制他们的数据，同时解决GDPR和数据准确性挑战，并确保验证乘客数据的企业的价值-而不会将该企业的商业或竞争优势暴露给他人。为了实现这一目标，我们需要使用多种计算技术进行重要的技术研究，然后才能与早期采用者和利益相关者进行测试。