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Analysis of encryption mechanism in KeePass Password Safe 2.30

机译:KeepAss密码安全机制的分析安全2.30

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摘要

In the Internet era, there are a lot of places that require a password, such as login forum, e-mile, MSN, etc. How to effectively remember the password? It has become a required course to people. KeePass Password Safe is designed to solve the problem that human can't remember so many passwords, which contains a strong password generation engine and encryption storage function, and provides a secure password storage space, As a result, people may manage all the password safely only need to remember an initial password, and the security of the document mainly through the software's own encryption functions to ensure. But with the new method of crack and the speed of the computer running speed, its security has been on a risk. In this paper, we analyzed the latest version of KeePass encryption/decryption mechanism, and then designed a comparison experiment with earlier version, the experiment used brute-force means to recover the password on CPU-based platform and GPU-based platform respectively. We analyzed the security of KeePass through the experiment result at last.
机译:在互联网时代,有很多东西需要密码,如登录论坛,电子英里,MSN​​等。如何有效记住密码?它已成为人们所需的课程。 KeepAss密码安全旨在解决人类不记得这么多密码的问题,其中包含强密码生成引擎和加密存储功能,并提供安全的密码存储空间,因此人们可以安全地管理所有密码只需要记住初始密码,以及文件的安全性主要通过软件自己的加密功能来确保。但随着新的裂缝方法和计算机运行速度的速度,其安全性已经存在风险。在本文中,我们分析了最新版本的KeePASS加密/解密机制,然后设计了具有早期版本的比较实验,实验使用了Brute-Force方法分别在基于CPU的平台和基于GPU的平台上恢复密码。我们通过实验结果分析了KeepAss的安全性。

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