Abstract: A server computer runs several remote mobile operating systems. A remote mobile app running on one of the remote mobile operating systems generates a user interface that includes an input field for receiving a credential. The user interface is displayed on a touchscreen of a mobile device that is in communication with the server computer. A touchscreen keyboard with an autofill button is displayed on the touchscreen. When a user of the mobile device clicks on the autofill button, the credential of the user is retrieved and sent from the mobile device to the server computer, where the credential is entered into the input field.

Abstract: A server computer runs several remote mobile operating systems. A remote mobile app running on one of the remote mobile operating systems generates a user interface that includes an input field for receiving a credential. The user interface is displayed on a touchscreen of a mobile device that is in communication with the server computer. A touchscreen keyboard with an autofill button is displayed on the touchscreen. When a user of the mobile device clicks on the autofill button, the credential of the user is retrieved and sent from the mobile device to the server computer, where the credential is entered into the input field.

Abstract: A virtual mobile infrastructure includes mobile devices and server computers. A server computer runs multiple mobile operating systems. A quick response (QR) scan app runs on one of the mobile operating systems. A mobile device takes a photo of a QR code, decodes the QR code to generate a QR scan result, and provides the QR scan result to the server computer. There, the QR scan result is encoded into another QR code and camera data of the other QR code is provided to the remote QR scan app for scanning and processing.