This is why LastPass utilizes the Password-Based Key Derivation Function (PBKDF2) to turn your master password (a passphrase, for example) into the encryption key (a series of unrecognizable numbers and letters) to your vault. If you use a password manager, then you already know it’s critical to keep your vault as secure as possible. As cyber attacks have become more sophisticated and serious in recent decades, password security has gradually evolved behind the scenes to ramp up its defenses in response.įor starters, many of us now use password managers to securely store and manage all of our passwords instead of trying to manually keep track of them, and layer multi-factor authentication on top! Plus, the best password managers use encryption to scramble your passwords so that, even if a hacker were to somehow come across those passwords, they would be unreadable and impossible to use. Passwords may seem to have remained largely unchanged since the 1960s, but that’s not exactly the case. We’ll also look ahead to the next chapter of password history: the fast-approaching passwordless era. Here’s a look at the current state of password security, today’s password security threats, how our bad password behaviors make it harder to secure our digital lives. LastPass is marking the occasion a little differently this year by calling out World Password(less) Day in recognition of our passwordless future.įollowing up on our last post, which chronicled the rich history of passwords, we are now fast-forwarding to the present day. On World Password Day, we have the opportunity to reflect on how we use passwords to protect our business and personal data.
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