Abstract: A computing system includes at least one processor and memory storing instructions executable by the at least one processor, wherein the instructions, when executed, cause the computing system to identify configuration data that defines computing functionality of a first service instance assigned to an end user tenant in the computing system, generate a test tenant comprising a second service instance provisioned with computing resources that are configured based on the configuration data, detect a technical issue in the first service instance, and generate the technical issue in the second service instance.

Abstract: A computing system includes at least one processor and memory storing instructions executable by the at least one processor, wherein the instructions, when executed, cause the computing system to identify configuration data that defines computing functionality of a first service instance assigned to an end user tenant in the computing system, generate a test tenant comprising a second service instance provisioned with computing resources that are configured based on the configuration data, detect a technical issue in the first service instance, and generate the technical issue in the second service instance.

Abstract: A test tenant generation system comprises, in one example, a scheduling component configured to define a deployment schedule for deploying a plurality of test tenants, and a tenant deployment component configured to deploy the plurality of test tenants to a computing system based on the deployment schedule.

Abstract: A test tenant generation system comprises, in one example, a scheduling component configured to define a deployment schedule for deploying a plurality of test tenants, and a tenant deployment component configured to deploy the plurality of test tenants to a computing system based on the deployment schedule.

Abstract: A tenant provisioning system. The system allows users to request creation of test tenants for a multi-tenant service targeting specific infrastructure resources and automated bulk creation of test tenants. Test tenants created by the system are clearly identified as test tenants to prevent test tenants from being misreported by business intelligence systems providing information about the multi-tenant service. Automated provisioning of test tenants on a regular schedule provides a mechanism for monitoring the operation of the multi-tenant service. Further, the ability to provision a test tenant in specific infrastructure resources allows comprehensive operational testing of most or all infrastructure resources, as well as targeted testing of individual infrastructure resources. The system may provide test tenants with an expiration allowing automatic removal of out-of-date test tenants. The system reduces the costs and errors inherent with the manual creation of test tenants.

Abstract: A shared account service may be provided to consolidate account creation for one or more service providers. A unified UI is provided to receive a description information of one or more accounts of a tenant. A contract is configured with a service provider based on an analysis of the description information received through the unified UI and a capability information of the service provider. The contract is transmitted to the service provider to cause the service provider to create the account.