Abstract: A system can receive network build sheets corresponding to proposed network architectures for a computer network. The system can aggregate the network build sheets to generate the holistic build data for the computer network. The system can receive a request to access a user interface for displaying the holistic build data. The system can determine an access level associated with the request. The system can generate the user interface that includes a graphical representation of at least a portion of the holistic build data. The graphical representation can be customized based on the determined access level.

Abstract: Some examples of the present disclosure relate to an environment framework controller. In one example, a computer system may transmit a first request to a first application programming interface of a first framework configured to manage a first set of computing resources. The computer system may then transmit a second request to a second application programming interface of a second framework configured to manage a second set of computing resources. In response to the first request and the second request, the computer system can receive a first configuration of the first set of computing resources and a second configuration of the second set of resources from the respective frameworks. The computer system use the first configuration and the second configuration to generate an environment snapshot of the first set of computing resources and the second set of computing resources. The computer system may then store the environment snapshot.

Abstract: A network architecture visualizer and design tool is disclosed. In one example, a computer system may generate a graphical user interface of a network design application. The graphical user interface can include a drag and drop canvas. The computer system can receive input from a user via the graphical user interface for spatially positioning one or more template objects that correspond to network infrastructure components. The arrangement of the template objects can form a computer network infrastructure. The computer system can output a default parameter for a template object forming the computer network architecture and receive an adjusted parameter value from the user for the template object. The computer system can modify the parameter value for the template object and update the GUI to indicate the adjusted parameter value.

Abstract: One example described herein includes a system that can perform an inflight encryption of data from a server to a network attached storage (NAS) device. The system can include a first network adapter card that can receive data from the server via a network file system (NFS) protocol. The first network adapter card can determine that the data is unencrypted based at least in part on receiving the data via an NFS port of the server. The first network adapter card can encrypt the data based at least in part on the data being received via the NFS port. The system can transmit the encrypted data to the NAS device via a second network adapter card, where the second network adapter card is configured to decrypt the encrypted data.

Abstract: Some examples of the present disclosure relate to a network architecture provisioning tool. In one example, a computer system may receive a build sheet specifying a computer network architecture and including a component inventory and configuration information usable to provision the computer network architecture. The computer system can generate a build ticket for a component of the component inventory. The computer system can use the build ticket to determine an orchestration script for provisioning the component within a computer network corresponding to the network architecture. The computer system can initiate execution of the orchestration script to provision the component in the computer network.

Abstract: A network architecture visualizer and design tool is disclosed. In one example, a computer system may generate a graphical user interface of a network design application. The graphical user interface can include a drag and drop canvas. The computer system can receive user input at the graphical user interface for spatially positioning one or more template objects that correspond to network infrastructure components. The arrangement of the template objects can form a computer network infrastructure. The computer system can determine one or more parameters of the template objects that correspond to the infrastructure components and then automatically generate a build sheet that includes instructions usable to implement the network architecture.

Abstract: A network architecture visualizer and design tool is disclosed. In one example, a computer system may generate a graphical user interface of a network design application. The graphical user interface can include a drag and drop canvas. The computer system can receive user input at the graphical user interface for spatially positioning one or more template objects that correspond to network infrastructure components. The arrangement of the template objects can form a computer network infrastructure. The computer system can determine one or more parameters of the template objects that correspond to the infrastructure components and then automatically generate a build sheet that includes instructions usable to implement the network architecture.

Abstract: One example described herein includes a system that can generate a graphical user interface indicating pieces of legacy software in a computer system. The graphical user interface can also include options corresponding to the pieces of legacy software. The system can receive a first selection of a first option corresponding to a first piece of legacy software identified in the graphical user interface. In response, the system can deploy the first piece of legacy software within a container in the computer system. The system can also receive a second selection of a second option corresponding to a second piece of legacy software identified in the graphical user interface. In response, the system can initiate a process for obtaining security support from an external support entity for the second piece of legacy software.

Abstract: A system can receive network build sheets corresponding to proposed network architectures for a computer network. The system can aggregate the network build sheets to generate the holistic build data for the computer network. The system can receive a request to access a user interface for displaying the holistic build data. The system can determine an access level associated with the request. The system can generate the user interface that includes a graphical representation of at least a portion of the holistic build data. The graphical representation can be customized based on the determined access level.

Abstract: A system can generate a graphical user interface that includes performance indicators associated with computing devices of a computer network. For example, the system can receive performance data relating to computing devices of a computer network. The performance data can include usage and capacity data for the computing devices. The system can determine scores by applying thresholds to the performance data. The scores can indicate a health of the computing devices. The system can generate a heat map based on the performance data. The heat map can visually indicate whether a computing device is overutilized or underutilized. The system can generate a user interface including the heat map, graphical objects representing the computing devices, and visual indicators associated with the graphical objects. The visual indicators can each depict a respective score indicating the health of a corresponding computing device.