Abstract: Examples described herein provide systems and methods for providing mixed reality biometric authentication and privileged access management. Aspects include receiving an identity and location of a user from a mixed reality device, identifying a physical device within a field of view of the mixed reality device, and identifying one or more mixed reality overlays based on the identity and location of a user. Aspects also include transmitting the one or more mixed reality overlays to the mixed reality device and instructing the physical device to set an access control level of the physical device, where the access control level is determined based on the identity of the user.

Abstract: A computer-implemented method identifies a set of system applications of a system and a set of resources. A composite performance score is determined for each of the resources and the resources are ranked. The system applications are classified in at least two classifications such that each system application corresponds to a single classification and the classifications include a hierarchy of importance. The resources are ranked based on the composite scores. A highest ranked available resource is scheduled to an unscheduled system application having the highest classification of unscheduled system applications as a primary resource. A next highest ranked available resource is scheduled to the unscheduled system application as a secondary resource. The ranking and scheduling is reiterated until all system applications have been assigned to a resource. A schedule of resources identifying each system application and each resource scheduled to the system applications is output.

Abstract: Techniques are disclosed for identifying an optimal set of test cases of a larger test case bucket to execute on a new software release. The release includes one or more patches modifying development code of a previous release of the software, and each test case includes metadata specifying a history of the test case relative to an execution on the previous release. In each patch, it is determined, based on the metadata, whether at a test case targets the development code modified by the patch. Upon determining that the test case targets the development code, a score associated with the test case is incremented. The test cases are prioritized for execution based on score.

Abstract: Techniques are disclosed for identifying an optimal set of test cases of a larger test case bucket to execute on a new software release. The release includes one or more patches modifying development code of a previous release of the software, and each test case includes metadata specifying a history of the test case relative to an execution on the previous release. In each patch, it is determined, based on the metadata, whether at a test case targets the development code modified by the patch. Upon determining that the test case targets the development code, a score associated with the test case is incremented. The test cases are prioritized for execution based on score.