针对现有密钥恢复攻击的安全WEP操作建议及其评估

Tsubasa Tsukaune, Yosuke Todo, M. Morii
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引用次数: 11

摘要

WEP是无线局域网中的一种安全协议。然而,人们指出了它的脆弱性,并利用它提出了许多针对WEP的密钥恢复攻击。一些攻击可以通过观察大约20,000个数据包轻松获取WEP密钥。为了避免这种攻击,我们必须在通信数据包数量超过一定阈值时更新WEP密钥。为了防止密钥恢复攻击,最好的方法是每10000个数据包更新一次密钥。但是,10,000个数据包非常少,因此不现实。在本文中,我们提出了一种针对密钥恢复攻击的安全WEP操作。该方法要求攻击者至少需要100,000个数据包才能恢复WEP密钥。此外,我们从理论上评估了我们的技术运行一个安全的WEP通信。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposal of a Secure WEP Operation against Existing Key Recovery Attacks and its Evaluation
WEP is a security protocol in a wireless LAN network. However its vulnerability has been pointed out, and many key recovery attacks against WEP were proposed by using it. Some attacks can retrieve a WEP key easily by observing about 20,000 packets. In order to avoid such attack, we have to update the WEP key whenever the number of communicated packets exceeds a certain threshold. For immunizing against key recovery attacks, it is the best way to update the key every 10,000 packets. However 10,000 packets are very few, so it is not realistic. In this paper, we propose a secure WEP operation against key recovery attacks. The proposed method requires for attackers at least 100,000 packets to recover the WEP key. Furthermore we theoretically evaluate our technique to operate a secure WEP communication.
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