Abstract: An apparatus includes a boundary module that determines if a mobile device is within a secure area. The mobile device includes a computing device capable of connecting to a wireless network. The apparatus includes a download module that downloads a latest version of a file from a secure server to the mobile device in response to the boundary module determining that the mobile device has entered the secure area. The apparatus includes a copy module that copies the file from the mobile device to the secure server in response to the boundary module determining that the mobile device has left the secure area and a deletion module that deletes the file from the mobile device in response to determining that the mobile device has left the secure area and in response to having completed copying the file from the mobile device to the secure server.

Abstract: An apparatus includes a boundary module that determines if a mobile device is within a secure area. The mobile device includes a computing device capable of connecting to a wireless network. The apparatus includes a download module that downloads a latest version of a file from a secure server to the mobile device in response to the boundary module determining that the mobile device has entered the secure area. The apparatus includes a copy module that copies the file from the mobile device to the secure server in response to the boundary module determining that the mobile device has left the secure area and a deletion module that deletes the file from the mobile device in response to determining that the mobile device has left the secure area and in response to having completed copying the file from the mobile device to the secure server.

Abstract: An apparatus includes a boundary module that determines if a mobile device is within a secure area. The mobile device includes a computing device capable of connecting to a wireless network. The apparatus includes a download module that downloads a latest version of a file from a secure server to the mobile device in response to the boundary module determining that the mobile device has entered the secure area. The apparatus includes a copy module that copies the file from the mobile device to the secure server in response to the boundary module determining that the mobile device has left the secure area and a deletion module that deletes the file from the mobile device in response to the boundary module determining that the mobile device has left the secure area and in response to the copy module completing copying the file from the mobile device to the secure server.

Abstract: An apparatus includes a boundary module that determines if a mobile device is within a secure area. The mobile device includes a computing device capable of connecting to a wireless network. The apparatus includes a download module that downloads a latest version of a file from a secure server to the mobile device in response to the boundary module determining that the mobile device has entered the secure area. The apparatus includes a copy module that copies the file from the mobile device to the secure server in response to the boundary module determining that the mobile device has left the secure area and a deletion module that deletes the file from the mobile device in response to the boundary module determining that the mobile device has left the secure area and in response to the copy module completing copying the file from the mobile device to the secure server.

Abstract: For generating privacy, a detection module detects an optical lingual cue from user speech that comprises an audible signal. A generation module transmits an inverse audible signal generated from the optical lingual cue.

Abstract: For generating privacy, a detection module detects an optical lingual cue from user speech that generates an audible signal. A generation module transmits an inverse audible signal generated from the optical lingual cue.

Abstract: A portable electronic device receives wireless signals from an external signal-generating source. The wireless signals include offering identifiers that are associated with an offering at a location of the external signal-generating source. The portable electronic device may determine the offering identifier from the wireless signal, and match the offering identifier with one or more offerings of interest that are selected by the user. The portable electronic device may determine the direction from which the wireless signal is received based on the strength of the wireless signal received by the antenna, and presenting an indicator to the user that indicates the direction to the location of the external signal-generating source if the offering identifier matches one or more of the offerings of interest as selected by the user.

Abstract: A method for activating objects displayed on a touch screen by using a finger of a user. The method includes the steps of displaying one or more objects on the touch screen, detecting an activation event of a specific one of the one or more objects caused by the user touching the specific object, and displaying a first peripheral zone around the specific object. The peripheral zone contains a plurality of regions each for allowing the selection or activation of a function underlying the specific object by finger touch of the user.