Abstract: Systems, methods, and apparatuses are provided for self-contained nucleic acid preparation, amplification, and analysis.

Abstract: Systems and methods for cross platform configuration are described herein. The platform may receive selections for software programs or operating system configurations and selections of installation settings. A blueprint file is generated to specify the software programs or operating systems that are selected. In addition, the blueprint file may specify different installation settings and configuration settings. The blueprint file is stored in a repository and may be applied to one or more target devices. When applied, a task schedule is generated, where the task schedule prioritizes installations specified in a blueprint file. In addition, the task schedule specifies various provider identifiers to perform the installation(s).

Abstract: Systems and methods for cross platform configuration are described herein. The platform may receive selections for software programs or operating system configurations and selections of installation settings. A blueprint file is generated to specify the software programs or operating systems that are selected. In addition, the blueprint file may specify different installation settings and configuration settings. The blueprint file is stored in a repository and may be applied to one or more target devices. When applied, a task schedule is generated, where the task schedule prioritizes installations specified in a blueprint file. In addition, the task schedule specifies various provider identifiers to perform the installation(s).

Abstract: Systems and methods for cross platform configuration are described herein. The platform may receive selections for software programs or operating system configurations and selections of installation settings. A blueprint file is generated to specify the software programs or operating systems that are selected. In addition, the blueprint file may specify different installation settings and configuration settings. The blueprint file is stored in a repository and may be applied to one or more target devices. When applied, a task schedule is generated, where the task schedule prioritizes installations specified in a blueprint file. In addition, the task schedule specifies various provider identifiers to perform the installation(s).

Abstract: An embodiment of the present invention is directed to implementing a complex patching micro service architecture. An embodiment of the present invention is directed to controlling and managing patching of complex patterns using a micro service architecture. Using a defined library of micro services, an application owner may build a configuration to follow for patching routines. The configuration may be used as reference data and further used to establish a workflow for each patching iteration.

Abstract: An embodiment of the present invention is directed to implementing a complex patching micro service architecture. An embodiment of the present invention is directed to controlling and managing patching of complex patterns using a micro service architecture. Using a defined library of micro services, an application owner may build a configuration to follow for patching routines. The configuration may be used as reference data and further used to establish a workflow for each patching iteration.

Abstract: An embodiment of the present invention is directed to evaluating and identifying optimal features to address and improve automation patching success. An embodiment of the present invention compares machine leaning algorithms and their accuracy in predicting the outcome of upcoming scheduled maintenance activities. Understanding that predicted outcome and the path that is generated to reach that outcome, the features that predispose an asset into a failure state can be addressed preemptively.