In a world that is increasingly becoming digital-first, the importance of cybersecurity cannot be overstated. As we stride into 2026, ...

Morehead State University Office for Information Technology (OIT) offers enhanced protection for key applications and services using Multi-Factor Authentication (MFA) or two-factor authentication.

Have you ever heard about Multi-Factor Authentication (MFA)? Maybe not, but chances are you’ve been using it without even knowing. You see, MFA in the eyes of many is viewed as the gold standard for ...

Authentication has been a part of digital life since MIT set up a password on their shared-access computer in 1961. Today, authentication covers virtually every interaction you can have on the ...

Discord is the go-to communication platform for many people. If you use it to communicate with friends or keep up with the latest developments in your fields of interest, you must enable two-factor ...

A talented hacker might be able to easily crack the password for your bank account – especially if it falls under the easy-to-guess formula of your first name and last initial. However, if you have ...

Two-factor authentication (2FA) is a great way to boost the security of your accounts. But even with that added layer of security, malicious actors are finding ways to break in. So-called adversary-in ...

Multi-factor authentication (MFA) significantly strengthens cryptocurrency security by requiring multiple forms of verification. Implementing MFA for cryptocurrency is crucial for protecting exchanges ...

Fortinet has warned customers that threat actors are still actively exploiting a critical FortiOS vulnerability that allows ...

Two-factor authentication has been a cornerstone of security in today’s day and age. Almost all social media platforms use this mode of verification to ensure the security of the user. However, for ...

The purpose of this policy is to define requirements for accessing Connecticut College's network and information systems securely. These standards are designed to minimize the potential security ...