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Three-factor control protocol based on elliptic curve cryptosystem for universal serial bus mass storage devices

机译:通用串行总线海量存储设备的基于椭圆曲线密码的三因素控制协议

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摘要

This study proposes a three-factor control protocol for universal serial bus (USB) on an elliptic curve cryptosystem (ECC). USB is a universal interface used in an enormous number of devices. It has become the most popular interface standard for computer connections. However, since USB provides high transmission speed and is very convenient to carry, many workplace and commercial establishments have prohibited their employees from using USB devices. This precaution is an important way to prevent confidential data leaks via USB devices, as USB connections lack security management. Therefore the authors use a three-factor control protocol to ensure the security of USB connections. The proposed authentication protocol combines biometric, password and smart card to provide high security on the USB mutual authentication. To provide secure and efficient transmission between the user and the USB server, the proposed protocol adopts ECC to encrypt data. Compared to other encryption methods, the proposed protocol uses much smaller key sizes. As a further benefit, this protocol reduces the smart card computational cost and provides an efficient transmission for USB devices. This new scheme improves the security, efficiency and usability of the authentication process. More studies on USB are needed.
机译:这项研究提出了一种用于椭圆曲线密码系统(ECC)上的通用串行总线(USB)的三因素控制协议。 USB是用于大量设备的通用接口。它已成为最流行的计算机连接接口标准。但是,由于USB提供高传输速度并且非常方便携带,因此许多工作场所和商业机构都禁止其员工使用USB设备。由于USB连接缺乏安全性管理,因此此预防措施是防止机密数据通过USB设备泄漏的重要方法。因此,作者使用三因素控制协议来确保USB连接的安全性。所提出的身份验证协议结合了生物识别,密码和智能卡,以提供USB相互身份验证的高度安全性。为了在用户和USB服务器之间提供安全有效的传输,建议的协议采用ECC加密数据。与其他加密方法相比,建议的协议使用的密钥大小要小得多。另一个好处是,该协议降低了智能卡的计算成本,并为USB设备提供了有效的传输。这种新方案提高了身份验证过程的安全性,效率和可用性。需要对USB进行更多研究。

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