Abstract: A method for prioritizing First Failure Data Capture (FFDC) data for analysis. The method comprising identifying FFDC data in response to receiving an error message, the FFDC data comprising at least one of: a computer system event which may lead to system failure; a computer system event led to system failure; a computer system condition which may lead to system failure; a computer system condition which led to system failure; determining a relevancy rank for each data value in the FFDC data based on the error message received and a probability a given data value is relevant in resolving a cause of the error message; and sending, in order of relevancy, the data values of the FFDC data to a second server.

Abstract: A computer program product for prioritizing First Failure Data Capture (FFDC) data for analysis. A processor configured to: identify, by the processor, FFDC data in response to receiving an error message, the FFDC data comprising at least one of: a computer system event which may lead to system failure; a computer system event led to system failure; a computer system condition which may lead to system failure; a computer system condition which led to system failure; determine, by the processor, a relevancy rank for each data value in the FFDC data based on the error message received and a probability a given data value is relevant in resolving a cause of the error message; and send, by the processor, in order of relevancy, the data values of the FFDC data to a second server.

Abstract: A method for preventing photographic capture of a displayed image on an electronically controlled screen using a photographic capture device is provided. The method includes intercepting an image for display; generating a plurality of subset frames based on the intercepted image; dividing the intercepted image into a plurality of subsections; generating a pseudo random number on each of the subsections within the plurality of subsections using a pseudo random number generator; mapping, on each of the subset frames within the plurality of subset frames, a group of subsections within the plurality of subsections that share a common generated pseudo random number; determining a frame rate value for displaying the plurality of subset frames, which enables human visualization of the plurality of subset frames as a single perceived frame; and displaying each subset frame consecutively on the electronically controlled screen based on the determined frame rate.

Abstract: A method for preventing photographic capture of a displayed image on an electronically controlled screen using a photographic capture device is provided. The method includes intercepting an image for display; generating a plurality of subset frames based on the intercepted image; dividing the intercepted image into a plurality of subsections; generating a pseudo random number on each of the subsections within the plurality of subsections using a pseudo random number generator; mapping, on each of the subset frames within the plurality of subset frames, a group of subsections within the plurality of subsections that share a common generated pseudo random number; and determining a frame rate value for displaying the plurality of subset frames, which enables human visualization of the plurality of subset frames as a single perceived frame.

Abstract: A method for preventing photographic capture of a displayed image on an electronically controlled screen using a photographic capture device is provided. The method includes intercepting an image for display; generating a plurality of subset frames based on the intercepted image; dividing the intercepted image into a plurality of subsections; generating a pseudo random number on each of the subsections within the plurality of subsections using a pseudo random number generator; mapping, on each of the subset frames within the plurality of subset frames, a group of subsections within the plurality of subsections that share a common generated pseudo random number; and determining a frame rate value for displaying the plurality of subset frames, which enables human visualization of the plurality of subset frames as a single perceived frame.

Abstract: A computer system uses a clean boot technique to protect against malware attacks. Upon certain detection of a malware infection, the computer system is configured to clean boot off of a fixed secure volume containing its own operating system and security software. The security software in the fixed secure volume is usable to remediate the malware attack by itself or by relying at least in part on security software installed in the infected volume.