正确的马电池主食:探索系统分配的密码的可用性

Richard Shay, Patrick Gage Kelley, Saranga Komanduri, Michelle L. Mazurek, Blase Ur, Timothy M. Vidas, Lujo Bauer, Nicolas Christin, L. Cranor
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引用次数: 146

摘要

用户倾向于创建易于猜测的密码,而系统分配的密码往往很难记住。密码短语是一组以空格分隔的自然语言单词,几十年来一直被认为既安全又可用。在一项1,476名参与者的在线研究中,我们探讨了3个和4个单词的系统分配密码与由5到6个随机字符组成的系统分配密码和8个字符的系统分配可发音密码的可用性。与预期相反,在我们检查的可用性指标中,系统分配的密码与熵相似的系统分配密码的表现相似。密码短语和密码被遗忘的比率相似,对用户造成的困难和烦恼程度相似,而且大多数参与者都记下来了。然而,参与者输入密码所需的时间要长得多,而且似乎需要纠错来抵消输入错误。当我们缩小选择单词的字典,减少密码短语中的单词数量,或者允许用户改变单词的顺序时,密码短语的可用性似乎并没有增加。
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Correct horse battery staple: exploring the usability of system-assigned passphrases
Users tend to create passwords that are easy to guess, while system-assigned passwords tend to be hard to remember. Passphrases, space-delimited sets of natural language words, have been suggested as both secure and usable for decades. In a 1,476-participant online study, we explored the usability of 3- and 4-word system-assigned passphrases in comparison to system-assigned passwords composed of 5 to 6 random characters, and 8-character system-assigned pronounceable passwords. Contrary to expectations, system-assigned passphrases performed similarly to system-assigned passwords of similar entropy across the usability metrics we examined. Passphrases and passwords were forgotten at similar rates, led to similar levels of user difficulty and annoyance, and were both written down by a majority of participants. However, passphrases took significantly longer for participants to enter, and appear to require error-correction to counteract entry mistakes. Passphrase usability did not seem to increase when we shrunk the dictionary from which words were chosen, reduced the number of words in a passphrase, or allowed users to change the order of words.
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