International Business Machines Corporation

Mihir Rohit Shah

Shikha Srivastava

Paul Brian Tippett

Ratnakar Asara

Tam Stangler

Dhyey Shah

Amitabh Prasad

Backing up resource changes in real time for resource restoration is provided. An indication that resources of a primary controller node need to be restored on a particular primary controller node in an orchestration environment in accordance with changes in the resources is monitored for. The resources are restored on the particular primary controller node in accordance with the changes in the resources based on the resources of a secondary controller node in the orchestration environment in response to the computer determining the indication was detected that the resources need to be restored on the particular primary controller node in accordance with the changes in the resources based on the monitoring for the indication.

Backup resource changes in a version control system with dynamic replication and restoration

An approach for managing workload deployment, specifically, restarting workloads that are interdependent is provided. The approach includes a mechanism by which a group of interdependent workloads in a cloud infrastructure environment can be restarted sequentially. Interdependent workloads simply mean workloads that depend on each other in some way such that if one goes down, then the cloud infrastructure environment can experience downtime. The workloads can be of the same or different types. Additionally, this mechanism can be scaled such that groups of workloads can be restarted simultaneously. Furthermore, the approach can accommodate cloud infrastructure environments with multiple types of workloads, and it allows for groups of workloads to be restarted simultaneously while also allowing the workloads within each group to be restarted sequentially.

Sequentially restarting independent workloads across distributed cloud environment

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Holly Springs, NC, United States of America

Mihir Rohit Shah