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Towards Practical Biometric Key Generation with Randomized Biometric Templates

机译:对随机生物识别模板的实用生物识别键生成

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Although biometrics have garnered significant interest as a source of entropy for cryptographic key generation, recent studies indicate that many biometric modalities may not actually offer enough uncertainty for this purpose. In this paper, we exploit a novel source of entropy that can be used with any biometric modality but that has yet to be utilized for key generation, namely associating uncertainty with the way in which the biometric input is measured. Our construction poses only a modest requirement on a user: the ability to remember a low-entropy password. We identify the technical challenges of this approach, and develop novel techniques to overcome these difficulties. Our analysis of this approach indicates that it may offer the potential to generate stronger keys: In our experiments, 40% of the users are able to generate keys that are at least 2~(30) times stronger than passwords alone.
机译:虽然生物识别技术已经作为加密键生成的熵源获得了重大兴趣,但最近的研究表明许多生物识别方式可能实际上不能为此目的提供足够的不确定性。 在本文中,我们利用了一种新颖的熵源,其可以与任何生物识别模态一起使用,但尚未用于关键生成,即将不确定性与测量生物识别输入的方式相关联。 我们的施工仅对用户造成了适度的要求:记住低熵密码的能力。 我们确定了这种方法的技术挑战,开发了克服这些困难的新技术。 我们对这种方法的分析表明它可能提供产生更强的键的潜力:在我们的实验中,40%的用户能够生成比单独密码更强2〜(30)倍的键。

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