Techniques for migrating containerized workloads across different container orchestration platform offerings

A system comprising:

• one or more processors;
• and
• at least one memory, the one or more processors and the at least one memory configured to:
• receive a migration specification for containerized workloads identifying at least a source cluster where the containerized workloads are currently running and a destination cluster where the containerized workloads are to be migrated to, wherein the source cluster is provisioned via a first container orchestration platform offering and the destination cluster is provisioned via a second container orchestration platform offering;
• obtain a current state of the containerized workloads running on the source cluster based on objects created for the source cluster, wherein the objects comprise a first object supported by the first orchestration platform offering of the source cluster and not the second orchestration platform offering of the destination cluster;
• apply mutation logic to convert the first object to a second object supported by the second orchestration platform offering of the destination cluster;
• store one or more images associated with the containerized workloads on the destination cluster;
• and
• configure the containerized workloads at the destination cluster using the second object.

A non-transitory computer-readable medium comprising instructions that, when executed by one or more processors of a computing system, cause the computing system to perform operations for migrating containerized workloads across different container orchestration platform offerings, the operations comprising

• receiving a migration specification for the containerized workloads identifying at least a source cluster where the containerized workloads are currently running and a destination cluster where the containerized workloads are to be migrated to, wherein the source cluster is provisioned via a first container orchestration platform offering and the destination cluster is provisioned via a second container orchestration platform offering;
• obtaining a current state of the containerized workloads running on the source cluster based on objects created for the source cluster, wherein the objects comprise a first object supported by the first orchestration platform offering of the source cluster and not the second orchestration platform offering of the destination cluster;
• applying mutation logic to convert the first object to a second object supported by the second orchestration platform offering of the destination cluster;
• storing one or more images associated with the containerized workloads on the destination cluster;
• and
• configuring the containerized workloads at the destination cluster using the second object.