Abstract: A system may include processor(s) and a memory in communication with the processor(s) and storing instructions, that when executed by the processor(s), are configured to cause the system to perform a method for cross-region data processing. The system may receive data in a first processing region and may format the data into a plurality of data portions. The system may generate a copy of each data portion and may transmit each data portion copy to a cross-region processor. Responsive to determining the first processing region is functioning, the system may process data portion(s). The system may transmit, to a centralized location, the processed data portion(s). Responsive to determining the first processing region is not functioning, the system may transmit, from the cross-region processor, each data portion copy to a second processing region.

Abstract: A system may include processor(s) and a memory in communication with the processor(s) and storing instructions, that when executed by the processor(s), are configured to cause the system to perform a method for cross-region data processing. The system may receive data in a first processing region and may format the data into a plurality of data portions. The system may generate a copy of each data portion and may transmit each data portion copy to a cross-region processor. Responsive to determining the first processing region is functioning, the system may process data portion(s). The system may transmit, to a centralized location, the processed data portion(s). Responsive to determining the first processing region is not functioning, the system may transmit, from the cross-region processor, each data portion copy to a second processing region.

Abstract: In some implementations, a cloud computing system may deploy a virtual server to execute an application associated with an application licensor system. The cloud computing system may identify a virtual network interface that corresponds to the virtual server. The cloud computing system may associate a key received from the application licensor system to the virtual network interface to allow the application to be executed based on the virtual network interface. The cloud computing system may associate the virtual server and the virtual network interface. The cloud computing system may execute the application on the virtual server based on the key that is associated with the virtual network interface and based on associating the virtual server and the virtual network interface.

Abstract: Exemplary embodiments relate to techniques for improving startup times of a cloud-based virtual servers in response to a spike in service usage (although other applications are contemplated and described). According to some embodiments, in response to a request to provision a new virtual server in a cluster, high-priority services (e.g., those that enable the server to respond to system health checks or that support an application providing the service) are started while lower-priority services are delayed. In some embodiments, prior to receiving such a request, a new server may be started and then hibernated to create a “hot spare.” When the request is received, the hot spare may be taken out of hibernation to quickly bring the hot spare online. It is contemplated that the delayed-startup and hot spare embodiments may be used together to further improve performance.

Abstract: Exemplary embodiments relate to techniques for improving startup times of a cloud-based virtual servers in response to a spike in service usage (although other applications are contemplated and described). According to some embodiments, in response to a request to provision a new virtual server in a cluster, high-priority services (e.g., those that enable the server to respond to system health checks or that support an application providing the service) are started while lower-priority services are delayed. In some embodiments, prior to receiving such a request, a new server may be started and then hibernated to create a “hot spare.” When the request is received, the hot spare may be taken out of hibernation to quickly bring the hot spare online. It is contemplated that the delayed-startup and hot spare embodiments may be used together to further improve performance.

Abstract: Exemplary embodiments relate to techniques for improving startup times of a cloud-based virtual servers in response to a spike in service usage (although other applications are contemplated and described). According to some embodiments, in response to a request to provision a new virtual server in a cluster, high-priority services (e.g., those that enable the server to respond to system health checks or that support an application providing the service) are started while lower-priority services are delayed. In some embodiments, prior to receiving such a request, a new server may be started and then hibernated to create a “hot spare.” When the request is received, the hot spare may be taken out of hibernation to quickly bring the hot spare online. It is contemplated that the delayed-startup and hot spare embodiments may be used together to further improve performance.

Abstract: Exemplary embodiments relate to techniques for improving startup times of a cloud-based virtual servers in response to a spike in service usage (although other applications are contemplated and described). According to some embodiments, in response to a request to provision a new virtual server in a cluster, high-priority services (e.g., those that enable the server to respond to system health checks or that support an application providing the service) are started while lower-priority services are delayed. In some embodiments, prior to receiving such a request, a new server may be started and then hibernated to create a “hot spare.” When the request is received, the hot spare may be taken out of hibernation to quickly bring the hot spare online. It is contemplated that the delayed-startup and hot spare embodiments may be used together to further improve performance.

Abstract: A system and method for analyzing data from a plurality of computer environments. The computer environments are authenticated and data is imported to a memory location. The data is converted into a uniform format to enable expedited searching by one or more authenticated users. The data may be marked so that a user may determine which computer environment provided the data. The system may also create one or more indexes of the data to assist one or more users in searching the data.

Abstract: A system and method for analyzing data from a plurality of computer environments. The computer environments are authenticated and data is imported to a memory location. The data is converted into a uniform format to enable expedited searching by one or more authenticated users. The data may be marked so that a user may determine which computer environment provided the data. The system may also create one or more indexes of the data to assist one or more users in searching the data.

Abstract: A system and method for analyzing data from a plurality of computer environments. A user may search for computer environments that meet a certain criterion. The computer environments are authenticated and data is copied from the computer environments to a memory location. The data may be marked so that a user may determine which computer environment provided the data. The user may add notations to the data during a review. Changes to data on the computer environments may be provided to a user using a syndication feed.

Abstract: A system and method for analyzing data from a plurality of computer environments. The computer environments are authenticated and data is imported to a memory location. The data is converted into a uniform format to enable expedited searching by one or more authenticated users. The data may be marked so that a user may determine which computer environment provided the data. The system may also create one or more indexes of the data to assist one or more users in searching the data.

Abstract: A system and method for analyzing data from a plurality of computer environments. The computer environments are authenticated and data is imported to a memory location. The data is converted into a uniform format to enable expedited searching by one or more authenticated users. The data may be marked so that a user may determine which computer environment provided the data. The system may also create one or more indexes of the data to assist one or more users in searching the data.

Abstract: A system and method for analyzing data from a plurality of computer environments. A user may search for computer environments that meet a certain criterion. The computer environments are authenticated and data is copied from the computer environments to a memory location. The data may be marked so that a user may determine which computer environment provided the data. The user may add notations to the data during a review. Changes to data on the computer environments may be provided to a user using a syndication feed.

Abstract: A system and method for analyzing data from a plurality of computer environments. A user may search for computer environments that meet a certain criterion. The computer environments are authenticated and data is copied from the computer environments to a memory location. The data may be marked so that a user may determine which computer environment provided the data. The user may add notations to the data during a review. Changes to data on the computer environments may be provided to a user using a syndication feed.

Abstract: A system and method for analyzing data from a plurality of computer environments. The computer environments are authenticated and data is imported to a memory location. The data is converted into a uniform format to enable expedited searching by one or more authenticated users. The data may be marked so that a user may determine which computer environment provided the data. The system may also create one or more indexes of the data to assist one or more users in searching the data.

Abstract: A system and method for analyzing data from a plurality of computer environments. A user may search for computer environments that meet a certain criterion. The computer environments are authenticated and data is copied from the computer environments to a memory location. The data may be marked so that a user may determine which computer environment provided the data. The user may add notations to the data during a review. Changes to data on the computer environments may be provided to a user using a syndication feed.

Abstract: A system and method for analyzing data from a plurality of computer environments. The computer environments are authenticated and data is imported to a memory location. The data is converted into a uniform format to enable expedited searching by one or more authenticated users. The data may be marked so that a user may determine which computer environment provided the data. The system may also create one or more indexes of the data to assist one or more users in searching the data.

Abstract: A system and method for analyzing data from a plurality of computer environments. A user may search for computer environments that meet a certain criterion. The computer environments are authenticated and data is copied from the computer environments to a memory location. The data may be marked so that a user may determine which computer environment provided the data. The user may add notations to the data during a review. Changes to data on the computer environments may be provided to a user using a syndication feed.