Now, imagine what a hacker could do with this same knowledge and a computer with a ton of processing power. (For example, CocoPuffsssRock14 )ĭid I guess part of your password right? I’m not a mind reader, but I do know that weak password policies from employers and from websites can often force you to create password patterns so predictable, that even I have a good chance of getting it right. –An extra letter or two added to the base word to make the password longer. –Two of the same special characters in the same password. –Two to four numbers at the end of the password it’ll most likely be a year, your favorite number, and/or include the number “1”. –A capitalized letter at the beginning of a word, followed by three to six lowercase letters. Think about or write down your “strong” password. Let me guess! Does it have… –Switching the order of digits or special characters (For example, CocoPuffs1! to 1CocoPuffs! ).”Ĭomplicated password policies also force you to create passwords with numbers, letters, and special characters placed in predictable ways as well. –Adding or deleting a special character (For example, CocoPuffs1 to CocoPuffs1! ) ![]() –Changing a letter to similar-looking symbol (For example, CocoPuffs1 to CocoPuff$1 ) –Incrementing a number, letter, or character (For example, CocoPuffs1 to CocoPuffs2, or CocoPuffsRock! to CocoPuffsRock!! ) The study concluded that as a result, people “tended to create passwords that followed predictable patterns, called ‘transformations.’” These “transformations” often result in one of the following: In our recent blog article on memorizing passwords, we referenced a study that supports the argument that companies requiring frequent password changes actually weaken their employee’s passwords. One major reason why your “strong” passwords remain predictable is because of a website or company’s password policy. Weak Password Policies = Weaker Passwords Fox argues that while these passwords may satisfy the minimum requirements of a strong password, they all have one thing in common: they’re using common patterns that almost all of us use to create a strong password, which ends up making them easier to guess. ![]() These look like strong passwords, wouldn’t you say? They’re longer than 8 characters, all contain at least one lowercase letter, three contain at least one uppercase letter, and all have included at least one number. Take a look at these four passwords randomly generated passwords by author Jeff Fox: ![]() I’m sure you’re going to read countless blog posts, news articles, infographics, security roundups, and other materials on how to generate strong passwords today, but even if you follow every single rule in the book, is your “strong” password strong enough? The Problem With “Strong” Passwords Happy World Password Day! As one of the best password managers in the industry, the Dashlane team is excited to participate in the global celebration to remind consumers and businesses to change and protect their passwords.
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