Is a dictionary attack inherently faster than brute-forcing? A brute force attack will simply try every possible combination in lexicographic order A dictionary attack will try the more likely passwords first, and therefore will be much, much faster in general
Where can I find good dictionaries for dictionary attacks? I’m wondering where I can find good collections of dictionaries which can be used for dictionary attacks? I've found some through Google, but I’m interested in hearing about where you get your
How can I determine whether a website somehow protects against brute . . . How can I determine whether a website somehow protects against a brute force attack on my password? (assume I can't create an anonymous account) Google reveals some indication that there exists applications and libraries to mount a probative attack of my own, I'd rather not risk drawing attention or causing denial of service
passwords - How is Gmail susceptible to brute-force attacks . . . Guessing less often involves social engineering—trying your birthday or your hometown or your relatives’ names—than “brute-force attacks,” Which is most likely what he was referring to In other words, although by most quantitative standards it's a strong password, it is actually made up of two easily guessed words and a number
Email Account under attack (really) - anything I can do? My password is as strong as a password can be so the chance of brute force winning is infinitesimal However as a result of the authentication failures, my hosting provider keeps locking the email account Is there anything I can do (or that I can ask my hosting provider to do), or am I just screwed until the botnet moves on?
attacks - What prevents a coder from brute forcing a wifi . . . When discussing brute force attacks, it's important to consider the size of the search space (the collection of possible values) This is often discussed in terms of entropy, usually discussed in the base-2 logarithm of the number of possible values