Abstract: A real-time event data reporting system is disclosed that makes real-time and near-real-time monitoring and reporting possible in edge devices. For example, in various instances, the real-time event data reporting system embeds services within traditional event data collectors of edge devices to obtain, organize, and publish event data for local computing devices in real time utilizing in-memory storage. Additionally, the real-time event data reporting system further processes the published event data to generate aggregated data that is persisted to a persistence storage. In this manner, the real-time reporting system efficiently and accurately provides event data reports to client devices with processed metric data in real time, or in near-real time when utilizing additional fallback safeguards.

Abstract: The present disclosure relates to generating, updating, modifying, and otherwise managing configurations for virtual services on a cloud computing system. The present disclosure provides example implementations of a configuration management system and configuration handlers on respective server nodes that receive and process requests for modifying one or more configurations that manage operation of virtual services on the cloud. Systems described herein involve leveraging a hierarchical model of configuration characteristics to facilitate both large and small scale modifications. Moreover, the systems described herein leverage a persistent store on server nodes to identify how to update a current base configuration and sub-version as well as synchronize modifications across a set of server nodes.

Abstract: Examples of the present disclosure describe improved systems and methods for disaster recovery for edge devices. In one example implementation, a current device configuration for a first device is received. The current device configuration comprises a device state and a workload configuration of the first device. A bootstrapping package for the first device is generated based on the current device configuration for the first device. Generating the bootstrapping package comprises segmenting the device state and the workload configuration into a namespace. The bootstrapping package is provided to a second device. The bootstrapping package is configured to be automatically installed on the second device.

Abstract: Examples of the present disclosure describe improved systems and methods for disaster recovery for edge devices. In one example implementation, a current device configuration for a first device is received. The current device configuration comprises a device state and a workload configuration of the first device. A bootstrapping package for the first device is generated based on the current device configuration for the first device. Generating the bootstrapping package comprises segmenting the device state and the workload configuration into a namespace. The bootstrapping package is provided to a second device. The bootstrapping package is configured to be automatically installed on the second device.

Abstract: AC-DC converter circuits which may include: first and second rectifier circuits each having a plurality of input connections for connection to respective first and second sets of windings of a generator, each input connection connected between a pair of series-connected rectifier diodes connected between first and second output terminals, an output capacitor connected between the first and second output terminals; a first output diode connected between the second output terminals of the first and second rectifier circuits; and a first output switch connected between the second output terminal of the first rectifier circuit and the first output terminal of the second rectifier circuit.

Abstract: The present disclosure relates to generating, updating, modifying, and otherwise managing configurations for virtual services on a cloud computing system. The present disclosure provides example implementations of a configuration management system and configuration handlers on respective server nodes that receive and process requests for modifying one or more configurations that manage operation of virtual services on the cloud. Systems described herein involve leveraging a hierarchical model of configuration characteristics to facilitate both large and small scale modifications. Moreover, the systems described herein leverage a persistent store on server nodes to identify how to update a current base configuration and sub-version as well as synchronize modifications across a set of server nodes.

Abstract: The present disclosure relates to generating, updating, modifying, and otherwise managing configurations for virtual services on a cloud computing system. The present disclosure provides example implementations of a configuration management system and configuration handlers on respective server nodes that receive and process requests for modifying one or more configurations that manage operation of virtual services on the cloud. Systems described herein involve leveraging a hierarchical model of configuration characteristics to facilitate both large and small scale modifications. Moreover, the systems described herein leverage a persistent store on server nodes to identify how to update a current base configuration and sub-version as well as synchronize modifications across a set of server nodes.

Abstract: The present disclosure relates to utilizing a real-time event data reporting system that makes real-time and near-real-time monitoring and reporting possible in edge devices. For example, in various instances, the real-time event data reporting system embeds services within traditional event data collectors of edge devices to obtain, organize, and publish event data for local computing devices in real time utilizing in-memory storage. Additionally, the real-time event data reporting system further processes the published event data to generate aggregated data that is persisted to a persistence storage. In this manner, the real-time reporting system efficiently and accurately provides event data reports to client devices with processed metric data in real time, or in near-real time when utilizing additional fallback safeguards.

Abstract: Examples of the present disclosure describe improved systems and methods for disaster recovery for edge devices. In one example implementation, a current device configuration for a first device is received. The current device configuration comprises a device state and a workload configuration of the first device. A bootstrapping package for the first device is generated based on the current device configuration for the first device. Generating the bootstrapping package comprises segmenting the device state and the workload configuration into a namespace. The bootstrapping package is provided to a second device. The bootstrapping package is configured to be automatically installed on the second device.

Abstract: The present disclosure relates to generating, updating, modifying, and otherwise managing configurations for virtual services on a cloud computing system. The present disclosure provides example implementations of a configuration management system and configuration handlers on respective server nodes that receive and process requests for modifying one or more configurations that manage operation of virtual services on the cloud. Systems described herein involve leveraging a hierarchical model of configuration characteristics to facilitate both large and small scale modifications. Moreover, the systems described herein leverage a persistent store on server nodes to identify how to update a current base configuration and sub-version as well as synchronize modifications across a set of server nodes.