Abstract: An embodiment generates a compute resource allocation limit parameter for controlling a total amount of compute resources consumed by a set of virtual machines over a combination of a source host environment and a target host environment. The embodiment adjusts an allocation of compute resources for the set of virtual machines according to the compute resource allocation limit parameter. The embodiment migrates the set of virtual machines from the source host environment to the target host environment.

Abstract: Provided are techniques for using binaries of container images as operating system commands. Metadata describing one or more binaries for a container image is received, where each of the one or more binaries has an associated operating system command. The one or more binaries are integrated with the container image by placing the one or more binaries into the container image. Each operating system command is injected into an operating system by adding each operating system command to a command file accessed by the operating system. In response to receiving an operating system command associated with a binary of the one or more binaries, the container image is pulled using the metadata, the container image is executed with the one or more binaries, and a result is returned.

Abstract: The systems and methods provided herein provide techniques for discovering applications installed in a cluster-based computing environment. A catalog of signatures is obtained. One or more clusters are scanned to obtain information about configuration parameters in the one or more clusters. The catalog of signatures is compared with the information from scanning comprising configuration parameters to identify software applications installed on a per-cluster basis.

Abstract: Provided are techniques for using binaries of container images as operating system commands. Metadata describing one or more binaries for a container image is received, where each of the one or more binaries has an associated operating system command. The one or more binaries are integrated with the container image by placing the one or more binaries into the container image. Each operating system command is injected into an operating system by adding each operating system command to a command file accessed by the operating system. In response to receiving an operating system command associated with a binary of the one or more binaries, the container image is pulled using the metadata, the container image is executed with the one or more binaries, and a result is returned.

Abstract: The systems and methods provided herein provide techniques for discovering applications installed in a cluster-based computing environment. A catalog of signatures is obtained. One or more clusters are scanned to obtain information about configuration parameters in the one or more clusters. The catalog of signatures is compared with the information from scanning comprising configuration parameters to identify software applications installed on a per-cluster basis.