Abstract: A disclosed method for assessing and influencing behavior, including workplace activity, of a personal computer user. User behavior and/or activity information pertaining to the user is received from the user's various smart devices such as a laptop, desktop, or hybrid computer, a mobile device, and a wearable device. The user's information is collected and an intelligence resource learns norms and distributions for various parameters and defines one or more user behavior thresholds. The user's present condition may be evaluated based on recently observed and collected activity and a risk factor score may be assigned. An initial behavior-influencing action appropriate for the user condition and risk level is performed. Disclosed methods further include performing at least one extended action pertaining to the initial action. The extended action can include evaluating and effectiveness of the initial action or the performance of a progressive action or a supplementary action.

Abstract: Systems and methods are disclosed herein for implementing one or more individual pressure sensitive keys that each support multiple native scan codes, with each scan code corresponding to a unique pressure level output. The disclosed systems and methods may be implemented in one exemplary embodiment to allow users to leverage the capability of a variable pressure keyboard by providing an information handling system having individual variable pressure keys that are each capable of outputting a different macro or multi-key sequence per key pressure level sensed.

Abstract: Systems and methods are disclosed herein for implementing one or more individual pressure sensitive keys that each support multiple native scan codes, with each scan code corresponding to a unique pressure level output. The disclosed systems and methods may be implemented in one exemplary embodiment to allow users to leverage the capability of a variable pressure keyboard by providing an information handling system having individual variable pressure keys that are each capable of outputting a different macro or multi-key sequence per key pressure level sensed.