1.用户身份认证 ESSIF (European Self Sovereign identity framework )
1.1 目前问题
数据孤岛、数据共享。
1.2 目前解决方法
2. 区块链解决方法
2.1 设计原则
PUBLIC PERMISSIONED — The identity of all participating nodes is known
DECENTRALIZED — Each member state should run its own set of nodes
SCALABLE — Support for high-throughput and high number of nodes
OPEN — (Preferably) open-source
SUSTAINABLE — Energy efficient
INTEROPERABLE — The EBSI should, as much as possible, be based on well-known standards and technical specifications
PUBLIC PERMISSIONED——所有参与节点的身份都是已知的
DECENTRALIZED——每个成员国都应该运行自己的一组节点
SCALABLE — 支持高吞吐量和大量节点
OPEN——(最好)开源
可持续发展——节能
互操作性——EBSI 应尽可能基于众所周知的标准和技术规范
2.2 解决问题
○ How to facilitate cross-border interaction with SSI.
○ How to make/keep national SSI projects interoperable.
○ How to integrate/align existing building blocks such as eIDAS,
e-delivery, once-only with SSI.
○ How to conceptualize and build an identity layer in the new European Blockchain Services Infrastructure.
○ How to preserve European/democratic values in the implementation of Self Sovereign identity.
○ 如何促进与 SSI 区块链平台的跨境互动。
○ 如何使/保持国家 SSI 区块链项目可互操作。
○ 如何整合/对齐现有的构建模块,例如 eIDAS、电子交付,仅使用 SSI 一次。
○ 如何在新环境中概念化和构建身份层欧洲区块链服务基础设施。
○ 如何在欧洲保持欧洲/民主价值观自我主权身份的实施。
参考
1.panel-_daniel_du_seuil.pdf