Most password managers keep authentication credentials (logins, passwords and other data) in an encrypted vault, and use a single user-provided master password to encrypt those other passwords. This in turn would allow users providing secure authentication credentials without reusing the same password on different resources. Only 3 of them are unique.Īt least in theory, the use of password managers can increase overall security by relieving users from having to memorize a number of unique, strong passwords. The rest are variations of one or more strings such as “password”, “password1”, “password1959”, “Password1”, and so on.Ģ0 online accounts. Various researches conducted in 20 suggest that, while an average consumer has 20 different online accounts, that same consumer only uses 7 different passwords, and even those 7 are actually based on as few as 3 truly unique passwords. Password managers are designed to solve the problem of password reuse, which gets more attention every year as the number of online accounts used by an average consumer grows. They’ve been around for years, helping users store, organize, and use passwords.

In this article, we’ll talk about security of today’s password managers, and provide insight on what exactly we did and how to break in to encrypted vaults. We’ve just updated Elcomsoft Distributed Password Recovery with the ability to break master passwords protecting encrypted vaults of the four popular password keepers: 1Password, KeePass, LastPass and Dashlane.

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