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Using SSL/TLS in authentication and key agreement procedures of future mobile networks

机译:在未来的移动网络的身份验证和密钥协商过程中使用SSL / TLS

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Existing security schemes in 2G and 3G systems are inadequate, as there is a greater demand to provide a more flexible, reconfigurable and scalable security mechanism that can advance as fast as mobile hosts are evolving into full-IP enabled devices. Work has already begun on such an "all-IP" end-to-end solution, commonly referred to as 4G systems. Fully-fledged integration between mobile networks and the Internet demands fully compatible, time-tested and reliable mechanisms to depend on. SSL/TLS protocol has proved its effectiveness in wired Internet and it will probably be the most promising candidate for future wireless environments. We discuss existing problems related to authentication and key agreement procedures (AKA), such as compromised authentication vectors attacks, as they appear in 2G and 3G systems, and propose how SSL/TLS can be used to overcome these inefficiencies. Further on, we mark down additional benefits that stem from the introduction of SSL/TLS combined with the appropriate PKI elements in the 4G wireless environment.
机译:2G和3G系统中的现有安全方案不足,因为人们越来越需要提供更灵活,可重新配置和可扩展的安全机制,该机制可以随着移动主机向支持全IP的设备发展而迅速发展。这种“全IP”端到端解决方案(通常称为4G系统)的工作已经开始。移动网络与Internet之间的全面集成需要完全兼容,经过时间考验且可靠的机制来依赖。 SSL / TLS协议已证明其在有线Internet中的有效性,并且可能会成为未来无线环境中最有希望的候选者。我们讨论了与身份验证和密钥协商过程(AKA)相关的现有问题,例如在2G和3G系统中出现的受损的身份验证向量攻击,并提出了如何使用SSL / TLS来克服这些低效率的问题。此外,我们还降低了在4G无线环境中引入SSL / TLS以及适当的PKI元素所带来的其他好处。

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