NDNCERT: NDN通用可用信任管理

Zhiyi Zhang, A. Afanasyev, Lixia Zhang
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引用次数: 18

摘要

命名数据网络(NDN)体系结构将安全原语构建到网络层中:所有检索到的数据包必须经过签名,以确保其完整性、真实性和来源。为了确保以有意义的方式使用这些原语,而不会给NDN用户带来不必要的负担,加密密钥和证书的管理需要以一种简单、安全和用户友好的方式进行。这张海报介绍了NDN信任管理系统(NDNCERT),该系统旨在满足这一需求。NDNCERT提供了灵活的机制来在证书之间委托信任,无论是在单个设备内(管理节点上本地应用程序在给定命名空间下操作的权限)还是跨设备/实体。NDNCERT采用模块化设计来应对安全挑战,通过带外方式颁发证书来建立信任。一旦节点或应用程序获得了其名称空间的有效证书(或配置了自签名证书),它就自动成为其名称空间的证书颁发机构,并且可以使用相同的NDNCERT协议为子名称空间生成证书。
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NDNCERT: universal usable trust management for NDN
The Named Data Networking (NDN) architecture builds the security primitives into the network layer: all retrieved data packets must be signed to ensure their integrity authenticity and provenance. To ensure that these primitives are used in a meaningful way without imposing undue burdens on NDN users, the management of cryptographic keys and certificates needs to work in a simple, secure, and user-friendly way. This poster introduces the NDN Trust Management system (NDNCERT) which is designed to fill this need. NDNCERT provides flexible mechanisms to delegate trust between certificates, either within a single device (managing permissions for local applications on a node to operate under a given namespace) or across devices/entities. NDNCERT features a modular design for security challenges that establish trust through out-of-band means for certificate issuing. Once a node or an application obtains a valid certificate for its namespace (or being configured with a self-signed certificate), it automatically becomes a certificate authority for its namespace, and can use the same NDNCERT protocol to produce certificates for the sub-namespaces.
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