Abstract: An example system including a plurality of computing resources, distributed across a plurality of hosts, to execute virtual workloads; and a computing device, communicatively coupled to the plurality of hosts, comprising a processing resource and a memory resource. The memory resource may store instructions executable by the processing resource to monitor utilization data of the plurality of computing resources executing assigned respective virtual workloads; predict a destination host from the plurality of hosts with available computing resources in an amount to accommodate a predicted resource utilization of a particular virtual workload based on the monitored utilization data of the plurality of computing resources; and migrate the particular virtual workload assigned to a source host of the plurality of hosts to the destination host to be executed.

Abstract: Examples of launching web browser applications in microservice-based containers are disclosed. In an example, a computing resource is fetched, from amongst a plurality of computing resources, in a network, in response to receipt of a redirection request from a client device. The redirection request is generated on initialization of a web browser application in the client device. The computing resource is fetched based on resource availability data indicative of availability of memories and processors of the plurality of computing resources. A microservice-based container is launched in the fetched computing resource, where the microservice-based container is dedicated to the web browser application and linked to the client device. The web browser application is launched in the microservice-based container.

Abstract: Examples of launching web browser applications in microservice-based containers are disclosed. In an example, a computing resource is fetched, from amongst a plurality of computing resources, in a network, in response to receipt of a redirection request from a client device. The redirection request is generated on initialization of a web browser application in the client device. The computing resource is fetched based on resource availability data indicative of availability of memories and processors of the plurality of computing resources. A microservice-based container is launched in the fetched computing resource, where the microservice-based container is dedicated to the web browser application and linked to the client device. The web browser application is launched in the microservice-based container.

Abstract: An example system including a plurality of computing resources, distributed across a plurality of hosts, to execute virtual workloads; and a computing device, communicatively coupled to the plurality of hosts, comprising a processing resource and a memory resource. The memory resource may store instructions executable by the processing resource to monitor utilization data of the plurality of computing resources executing assigned respective virtual workloads; predict a destination host from the plurality of hosts with available computing resources in an amount to accommodate a predicted resource utilization of a particular virtual workload based on the monitored utilization data of the plurality of computing resources; and migrate the particular virtual workload assigned to a source host of the plurality of hosts to the destination host to be executed.