Abstract: A first mobile terminal processes video data from a camera of the first mobile terminal to identify occurrence of a second mobile terminal being aligned to electronically image a display device of the first mobile terminal Responsive to identifying occurrence of the second mobile terminal being aligned to electronically image the display device, the first mobile terminal controls operation of the display device of the first mobile terminal to interfere with an ability of the second mobile terminal to be operated to electronically image the display device. Related mobile terminals and computer program products are disclosed.

Abstract: A processor of a user terminal performs operations that include obtaining a user identifier for a user operating the user terminal, measuring an initial operational performance metric of the user terminal, generating an initial terminal metric identifier from the initial operational performance metric, and communicating with a content server to register a combination of the initial terminal metric identifier and the user identifier for authorized access to content identified by a content identifier through the content server. Responsive to a request to access the content, a present operational performance metric of the user terminal is measured. A present terminal metric identifier is generated based on the present operational performance metric, and a combination of the user identifier and the present terminal metric identifier are communicated to the content server to request that the user using the user terminal be granted access through the content server to the content.

Abstract: A method includes performing operations as follows on a processor: receiving a request for a content item from a mobile device, determining that the content item is protected by a security policy, the security policy comprising an environmental factor associated with the use of the mobile device, ghosting a portion of the content item based on the security policy, and sending the content item and the security policy to the mobile device.

Abstract: Single sign on technology enables shared access to a protected service, such as an application, from a plurality of dynamically associated computing devices. After logging into the application from one of the computing device, a user may access the application from the other computing devices without re-authentication. A user may also log out from the application from any of the computing device. Unique machine identifications, such as device DNA, for identifying each of the computing devices are used in, for example, a method, apparatus (such as a login server) and computer program product. A single session may be shared across multiple computing devices. The same authentication token, such as a SAML token, may also be used for all of the computing devices having the same user session.

Abstract: Methods, systems and computer program products for monitoring and analysis of network servers and web analytics programs are disclosed. A monitoring program, for example, is configured to monitor the status of web analytics program(s) associated with one or more network servers. The monitoring program may monitor server-specific metrics such as server free disk space, server available memory, server on-line/off-line status, report processing time, difference between system time and log file time, table size details, etc. The program may be configured to present status indicators to the user that are indicative of the health of the web analytics program and/or server. A user may receive an alert generated by the monitoring program regarding a change in web analytics program status. Additionally, the monitoring program may be configured to automatically take corrective action to remedy or prevent a critical event that may cause loss of data or delay web analytics reporting.

Abstract: Methods, systems and computer program products for monitoring and analysis of network servers and web analytics programs are disclosed. A monitoring program, for example, is configured to monitor the status of web analytics program(s) associated with one or more network servers. The monitoring program may monitor server-specific metrics such as server free disk space, server available memory, server on-line/off-line status, report processing time, difference between system time and log file time, table size details, etc. The program may be configured to present status indicators to the user that are indicative of the health of the web analytics program and/or server. A user may receive an alert generated by the monitoring program regarding a change in web analytics program status. Additionally, the monitoring program may be configured to automatically take corrective action to remedy or prevent a critical event that may cause loss of data or delay web analytics reporting.