首页> 外文会议>SKLOIS Conference on Information Security and Cryptology(CISC 2005); 20051215-17; Beijing(CN) >On Bluetooth Repairing: Key Agreement Based on Symmetric-Key Cryptography
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On Bluetooth Repairing: Key Agreement Based on Symmetric-Key Cryptography

机译:蓝牙修复:基于对称密钥密码学的密钥协商

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Despite many good (secure) key agreement protocols based on public-key cryptography exist, secure associations between two wireless devices are often established using symmetric-key cryptography for cost reasons. The consequence is that common daily used security protocols such as Bluetooth pairing are insecure in the sense that an adversary can easily extract the main private key from the protocol communications. Nevertheless, we show that a feature in the Bluetooth standard provides a pragmatic and costless protocol that can' eventually repair privateless associations, thanks to mobility. This proves (in the random oracle model) the pragmatic security of the Bluetooth pairing protocol when repairing is used.
机译:尽管存在许多基于公钥加密的良好(安全)密钥协商协议,但出于成本原因,经常使用对称密钥加密在两个无线设备之间建立安全关联。结果是,在对手可以轻松地从协议通信中提取主私钥的意义上,常见的日常使用的安全协议(如蓝牙配对)是不安全的。然而,我们证明了蓝牙标准中的一项功能提供了一种实用且无成本的协议,该协议由于移动性最终可以修复无私的关联。这证明了(在随机预言模型中)使用修复时蓝牙配对协议的实用安全性。

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