Post by account_disabled on Sept 14, 2023 19:23:21 GMT 8
If you set up a passkey for your Google account, the passkey will now become your default login method. When you enter a user name, a dialog box appears asking whether to use a passkey. Click the blue ‘Continue’ button.
In the first step of setting up Phone Number List the passkey, confirm your identity once again.
Usually, I use a smartphone or tablet, but a dialog box appears again asking if I want to log in with a passkey on this device. After pressing the 'Continue' button, switch to your smartphone and confirm the PIN or biometric authentication request to log in.
If you have set up two-factor authentication on your Google account, two-factor authentication is only required when logging in with a password. Passwords are recognized as something you already know (your personal encryption key stored on your device) and something you already own (your smartphone). In other words, it is a two-factor authentication method integrated into one system.
How Passkey Works
At first glance, because Passkey is so simple, security is weak, and it is easy to think that you can protect your Google account with only your smartphone's facial recognition, fingerprint, and PIN.
Passkey uses public key encryption, known as asymmetric encryption, for login authentication. When you create a passkey, a public key and a private key are created. The public key is shared with the website (Google) and the private key is kept by the user. You'll need both keys every time you log in to your account. The website asks for proof that you are who you say you are. If the user accepts the request, the device uses its private key to create a digital signature to send to the website, which then decrypts it using the public key shared by the user. A PIN or biometric security method is not used as an entire authentication process and only protects the private key.
If you sync your passkey to the cloud, you can easily log in on multiple devices by searching, and you can continue browsing even if your primary device is lost or stolen. ⓒ Google
This process better prevents website breaches because no one can figure out your private key based on your public key. Unlike a password, the passkey is linked to the website from which it was created, so it cannot be found out even by fake phishing sites.
Passkeys are stored in a variety of ways, not only on devices, but also on hardware security keys, compatible PCs, and the cloud. You can use a password manager like Dashlane or NodePass to back up your passwords to the cloud, or save them to operating systems like Windows, macOS, or iOS. The user can control how and where the passkey is stored.
Besides Google, there are many major websites that support passkey login. Apple was the first to begin supporting PassKey last summer. You can find other popular websites, such as Best Buy, in the list created by 1Password, a password manager service . Other password managers are expected to support PassKey in the coming months. Passkey is expected to become a more common method within this year.
In the first step of setting up Phone Number List the passkey, confirm your identity once again.
Usually, I use a smartphone or tablet, but a dialog box appears again asking if I want to log in with a passkey on this device. After pressing the 'Continue' button, switch to your smartphone and confirm the PIN or biometric authentication request to log in.
If you have set up two-factor authentication on your Google account, two-factor authentication is only required when logging in with a password. Passwords are recognized as something you already know (your personal encryption key stored on your device) and something you already own (your smartphone). In other words, it is a two-factor authentication method integrated into one system.
How Passkey Works
At first glance, because Passkey is so simple, security is weak, and it is easy to think that you can protect your Google account with only your smartphone's facial recognition, fingerprint, and PIN.
Passkey uses public key encryption, known as asymmetric encryption, for login authentication. When you create a passkey, a public key and a private key are created. The public key is shared with the website (Google) and the private key is kept by the user. You'll need both keys every time you log in to your account. The website asks for proof that you are who you say you are. If the user accepts the request, the device uses its private key to create a digital signature to send to the website, which then decrypts it using the public key shared by the user. A PIN or biometric security method is not used as an entire authentication process and only protects the private key.
If you sync your passkey to the cloud, you can easily log in on multiple devices by searching, and you can continue browsing even if your primary device is lost or stolen. ⓒ Google
This process better prevents website breaches because no one can figure out your private key based on your public key. Unlike a password, the passkey is linked to the website from which it was created, so it cannot be found out even by fake phishing sites.
Passkeys are stored in a variety of ways, not only on devices, but also on hardware security keys, compatible PCs, and the cloud. You can use a password manager like Dashlane or NodePass to back up your passwords to the cloud, or save them to operating systems like Windows, macOS, or iOS. The user can control how and where the passkey is stored.
Besides Google, there are many major websites that support passkey login. Apple was the first to begin supporting PassKey last summer. You can find other popular websites, such as Best Buy, in the list created by 1Password, a password manager service . Other password managers are expected to support PassKey in the coming months. Passkey is expected to become a more common method within this year.