Abstract: A computerized method efficiently and instantaneously delivers an application in a third-party environment. An application plugin associated with the application is published to an application publishing portal, while the application itself is stored in an application repository. The application plugin is a fraction of a size of the application. A request is received from a client machine to download the application. In response to the request, the application plugin, instead of the application, is provided to the client machine. The application plugin, comprising metadata and instructions to locate the application on the application repository, is used to make the application available to the user without installing the application on the client machine. The disclosure enables savings on network bandwidth, memory usage, and processing when delivering the application to the client machine.

Abstract: A computerized method efficiently and instantaneously delivers an application in a third-party environment. An application plugin associated with the application is published to an application publishing portal, while the application itself is stored in an application repository. The application plugin is a fraction of a size of the application. A request is received from a client machine to download the application. In response to the request, the application plugin, instead of the application, is provided to the client machine. The application plugin, comprising metadata and instructions to locate the application on the application repository, is used to make the application available to the user without installing the application on the client machine. The disclosure enables savings on network bandwidth, memory usage, and processing when delivering the application to the client machine.

Abstract: A computerized method efficiently and instantaneously delivers an application in a third-party environment. An application plugin associated with the application is published to an application publishing portal, while the application itself is stored in an application repository. The application plugin is a fraction of a size of the application. A request is received from a client machine to download the application. In response to the request, the application plugin, instead of the application, is provided to the client machine. The application plugin, comprising metadata and instructions to locate the application on the application repository, is used to make the application available to the user without installing the application on the client machine. The disclosure enables savings on network bandwidth, memory usage, and processing when delivering the application to the client machine.

Abstract: Methods, systems, and computer-readable media for optimizing and enhancing delivery of application virtualization layers to client computing devices are described herein. In various embodiments, an application virtualization layer optimization service may identify a first and a second application virtualization layer to be delivered to one or more client computing devices. Each application virtualization layer may represent a package of one or more applications. A layer analysis service may analyze the first and second application virtualization layers to determine conflicts between the layers, using predetermined conflict analysis rules, and generate an actionable conflict resolution report based on the analysis.

Abstract: Methods, systems, and computer-readable media for optimizing and enhancing delivery of application virtualization layers to client computing devices are described herein. In various embodiments, an application virtualization layer optimization service may identify a first and a second application virtualization layer to be delivered to one or more client computing devices. Each application virtualization layer may represent a package of one or more applications. A layer analysis service may analyze the first and second application virtualization layers to determine conflicts between the layers, using predetermined conflict analysis rules, and generate an actionable conflict resolution report based on the analysis.

Abstract: Methods, systems, and computer-readable media for optimizing and enhancing delivery of application virtualization layers to client computing devices are described herein. In various embodiments, an application virtualization layer optimization service may identify a first and a second application virtualization layer to be delivered to one or more client computing devices. Each application virtualization layer may represent a package of one or more applications. A layer analysis service may analyze the first and second application virtualization layers to determine conflicts between the layers, using predetermined conflict analysis rules, and generate an actionable conflict resolution report based on the analysis.

Abstract: Methods, systems, and computer-readable media for optimizing and enhancing delivery of application virtualization layers to client computing devices are described herein. In various embodiments, an application virtualization layer optimization service may identify a first and a second application virtualization layer to be delivered to one or more client computing devices. Each application virtualization layer may represent a package of one or more applications. A layer analysis service may analyze the first and second application virtualization layers to determine conflicts between the layers, using predetermined conflict analysis rules, and generate an actionable conflict resolution report based on the analysis.