Abstract: A trusted platform module (TPM) is a silicon chip that constitutes a secure encryption key-pair generator and key management device. A TPM provides a hardware-based root-of-trust contingent on the generation of the first key-pair that the device creates: the SRK (storage root key). Each SRK is unique, making each TPM unique, and an SRK is never exported from a TPM. Broadly contemplated herein is an arrangement for determining automatically whether a TPM has been replaced or cleared via loading a TPM blob into the TPM prior to the first time it is to be used (e.g. when a security-related software application runs). If the TPM blob loads successfully, then it can be concluded that the TPM is the same TPM that was used previously. If the TPM blob cannot be loaded, then corrective action will preferably take place automatically to configure the new TPM.

Abstract: An approach is provided that receives a gesture from a user with the gesture being directed at a graphical user interface element. The gesture is received by the user at a touch-enabled display screen. Emulated physics properties are retrieved that correspond to the selected graphical user interface element. The system detects a speed and a direction from the received gesture and, based on this information, determines an initial trajectory of the selected graphical user interface element. The initial trajectory is adjusted based on the retrieved emulated physics properties with the movement of the element being rendered on the display screen based upon the adjusted trajectory.

Abstract: A trusted platform module (TPM) is a silicon chip that constitutes a secure encryption key-pair generator and key management device. A TPM provides a hardware-based root-of-trust contingent on the generation of the first key-pair that the device creates: the SRK (storage root key). Each SRK is unique, making each TPM unique, and an SRK is never exported from a TPM. Broadly contemplated herein is an arrangement for determining automatically whether a TPM has been replaced or cleared via loading a TPM blob into the TPM prior to the first time it is to be used (e.g. when a security-related software application runs). If the TPM blob loads successfully, then it can be concluded that the TPM is the same TPM that was used previously. If the TPM blob cannot be loaded, then corrective action will preferably take place automatically to configure the new TPM.

Abstract: An approach is provided to join graphical user interface objects into a group. A request is received at a touch-enabled display screen to join a first graphical user interface object with a second graphical user interface object. The request is from a user of the system. The first and second graphical user interface objects are then associated with each other. The first and second graphical user interface objects are displayed on the touch-enabled display screen adjacent to each other and a visual indicator is also displayed near the objects that indicates that the objects have been joined in a group.

Abstract: A trusted platform module (TPM) is a silicon chip that constitutes a secure encryption key-pair generator and key management device. A TPM provides a hardware-based root-of-trust contingent on the generation of the first key-pair that the device creates: the SRK (storage root key). Each SRK is unique, making each TPM unique, and an SRK is never exported from a TPM. Broadly contemplated herein is an arrangement for determining automatically whether a TPM has been replaced or cleared via loading a TPM blob into the TPM prior to the first time it is to be used (e.g. when a security-related software application runs). If the TPM blob loads successfully, then it can be concluded that the TPM is the same TPM that was used previously. If the TPM blob cannot be loaded, then corrective action will preferably take place automatically to configure the new TPM.

Abstract: An approach is provided to join graphical user interface objects into a group. A request is received at a touch-enabled display screen to join a first graphical user interface object with a second graphical user interface object. The request is from a user of the system. The first and second graphical user interface objects are then associated with each other. The first and second graphical user interface objects are displayed on the touch-enabled display screen adjacent to each other and a visual indicator is also displayed near the objects that indicates that the objects have been joined in a group.

Abstract: An approach is provided that receives a gesture from a user with the gesture being directed at a graphical user interface element. The gesture is received by the user at a touch-enabled display screen. Emulated physics properties are retrieved that correspond to the selected graphical user interface element. The system detects a speed and a direction from the received gesture and, based on this information, determines an initial trajectory of the selected graphical user interface element. The initial trajectory is adjusted based on the retrieved emulated physics properties with the movement of the element being rendered on the display screen based upon the adjusted trajectory.

Abstract: An approach is provided that renders graphical user interface (GUI) elements, such as tiles or icons, on display screen. Some of the tiles correspond to software functions. User configurable rendering properties are retrieved that correspond to one of the GUI elements. The configurable rendering properties include a shape property or size property. The selected tile is then rendered on the display screen using the rendering properties. A gesture, directed toward the rendered GUI element, is received at the touch-enabled display screen. If the GUI element corresponds to a software function, the software function is launched in response to one or more of the gestures, such as a “tap” gesture.

Abstract: A trusted platform module (TPM) is a silicon chip that constitutes a secure encryption key-pair generator and key management device. A TPM provides a hardware-based root-of-trust contingent on the generation of the first key-pair that the device creates: the SRK (storage root key). Each SRK is unique, making each TPM unique, and an SRK is never exported from a TPM. Broadly contemplated herein is an arrangement for determining automatically whether a TPM has been replaced or cleared via loading a TPM blob into the TPM prior to the first time it is to be used (e.g. when a security-related software application runs). If the TPM blob loads successfully, then it can be concluded that the TPM is the same TPM that was used previously. If the TPM blob cannot be loaded, then corrective action will preferably take place automatically to configure the new TPM.