![]() ![]() ![]() Don't worry, Authy periodically asks you to confirm that you still remember it. Make sure to write down your Authy password somewhere or memorize it well. Then you can decrypt your 2FA credentials and use them on your new handset. To access your 2FA codes when you switch to a new phone, you confirm your action using an SMS one-time code and a password you need to select during setup. Security is still at the core of this service. With SMS-based solutions, bad actors might also spoof your SIM card and receive your text messages. SMS is an outdated standard that doesn't protect messages in transit from prying eyes, as it's not end-to-end encrypted. If possible, you should avoid this option and opt for an app-based solution. Some services might send you one-time codes via SMS messages. Here, your phone might send you a prompt and ask you to confirm that it's you who wants to log in, all without forcing you to enter a code. There are other ways, and you might run into them when you log in to your Google account on a new device. When you log in to a service you protected via 2FA, you're prompted to enter your current one-time password, and the service authenticates you. This secret is used to generate new one-time passwords periodically. To achieve that, your preferred 2FA app saves a secret code (a hash) in a secure enclave within your phone. Most of the time, 2FA works in conjunction with one-time passwords (OTPs) or codes generated by an extra app, which is what we focus on here. This ensures that even if your password leaks, a bad actor can't get into your account. ![]() 2FA, or two-factor authentication, adds a second factor in addition to your password to the process of signing in to your account from a new device.
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