Google has deployed FIDO U2F security keys for two-factor authentication at scale within their organization. They found security keys to be faster and cause fewer support incidents than one-time passwords. Google has also made security keys available to consumers as an optional second factor for their accounts. Other companies like Dropbox, GitHub, and Facebook have also adopted FIDO security keys. Google's experience shows that security keys can provide stronger authentication that is also more usable for users and enterprises.
Google has deployed FIDO U2F security keys for two-factor authentication at scale within their organization. They found security keys to be faster and cause fewer support incidents than one-time passwords. Google has also made security keys available to consumers as an optional second factor for their accounts. Other companies like Dropbox, GitHub, and Facebook have also adopted FIDO security keys. Google's experience shows that security keys can provide stronger authentication that is also more usable for users and enterprises.
The document discusses the FIDO2 authentication process for creating and using passkeys across multiple devices. It describes creating a passkey for a banking app on Android, then signing into the same banking app on Windows and macOS using the passkey from Android. This involves scanning a QR code to link devices, performing user verification on each device, and having the passkey detected and stored locally on each new platform using the respective authentication method (Windows Hello, macOS, etc).
The document discusses the FIDO2 authentication process for creating and using passkeys across multiple devices. It describes creating a passkey for a banking app on Android, then signing into the same banking app on Windows and macOS using the passkey from Android. This involves scanning a QR code to link devices, performing user verification on each device, and having the passkey detected and stored locally on each new platform using the respective authentication method (Windows Hello, macOS, etc).
Presented at GSMA Mobile Connect + FIDO Alliance: The Future of Strong Authentication
By: Rolf Lindemann, Senior Director of Technology and Products, Nok Nok Labs
The document discusses the FIDO2 authentication process for creating and using passkeys across multiple devices. It describes creating a passkey for a banking app on Android, then signing into the same banking app on Windows and macOS using the passkey from Android. This involves scanning a QR code to link devices, performing user verification on each device, and having the passkey detected and stored locally on each new platform using the respective authentication method (Windows Hello, macOS, etc).
The document discusses the FIDO2 authentication process for creating and using passkeys across multiple devices. It describes creating a passkey for a banking app on Android, then signing into the same banking app on Windows and macOS using the passkey from Android. This involves scanning a QR code to link devices, performing user verification on each device, and having the passkey detected and stored locally on each new platform using the respective authentication method (Windows Hello, macOS, etc).
Presented at GSMA Mobile Connect + FIDO Alliance: The Future of Strong Authentication
By: Rolf Lindemann, Senior Director of Technology and Products, Nok Nok Labs