![]() ![]() However, that “application-specific password” is actually a new password that provides access to your entire account, bypassing two-factor authentication entirely. Most people will probably continue on their way, secure in the knowledge they’re using two-factor authentication and are safe. RELATED: How to Avoid Getting Locked Out When Using Two-Factor Authentication Problem solved - applications that wouldn’t be compatible with two-step authentication now work with it. To fix this, Google, Microsoft, Apple, and various other account providers that offer two-step verification also offer the ability to generate an “application-specific password.” You then enter this password into the application - for example, your desktop email client of choice - and that application can happily connect to your account. There’s no way to enter a two-step verification code into these older applications. These email clients work by asking you for a password and then they store that password and use it every time they access the server. For example, let’s say you want to use a desktop email client to access Gmail,, or iCloud email. However, some applications aren’t compatible with this two-step scheme. RELATED: Secure Yourself by Using Two-Step Verification on These 16 Web Services ![]() You enter the code, and your device receives an OAuth token that considers the application or browser authenticated, or something like that - it doesn’t actually store the password. You enter your password, and then you’re prompted for the one-time code. This is how it normally works when you log into a service’s website or a compatible application. You have to first enter your password, and then you have to enter a one-time-use code generated by a smartphone app, sent via SMS, or emailed to you. Two-factor authentication - or two-step verification, or whatever a service calls it - requires two things to log into your account. RELATED: What Is Two-Factor Authentication, and Why Do I Need It? Why Application-Specific Passwords Are Necessary
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