Kubernetes Application Mobility | Kasten K10

Kubernetes Application Mobility

Move Between Clouds and On-premises

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Kasten K10 in Action for Kubernetes Application Mobility

Reliable and Powerful Migration of Complete Applications Across Kubernetes Clusters

Kubernetes Application Mobility
Application Mobility
Kasten K10 provides the ability to move an application across namespaces, clusters, accounts, regions and clouds. This enables a variety of use cases including Disaster Recovery (DR), Test/Dev with realistic data sets, and performance testing in isolated environments.

Cross-Cloud Portability

What Kasten K10 does
Migrate applications, including all persistent data, between Kubernetes clusters regardless of the underlying infrastructure. Avoid vendor lock-in and move applications between different public cloud vendor deployments.

Hybrid Cloud Deployments

What Kasten K10 does
Have the flexibility to keep some applications and environments on-premises while running others in a cloud provider. Migrate application between private and public Kubernetes deployments in an efficient and controlled manner.

Cluster Upgrade Testing

What Kasten K10 does
Understand the impact of Kubernetes upgrades by migrating applications in a predictable manner to an upgraded cluster. Catch and address upgrade related issues before it is too late.

Free Kasten K10

Kasten K10 Key Features

Complete application protection

Automatically migrate an entire application stack including resource definitions, configuration, and underlying data.

Reliable automated workflows

Avoid the need for custom scripting and migrate applications with robust scheduled and on-demand workflows. Easily monitor execution.

Data security

Ensure security by encrypting migration data
in transit and at rest.

Infrastructure portability

Enable migration across different public or private cloud infrastructure with seamless data conversion between infrastructure formats when needed.

Environment isolation

Allow migration between non-federated clusters for better environment isolation and operational control.


Cost and performance optimizations

Take advantage of efficient operations that are specifically optimized for the underlying infrastructure including deduplication and transfer avoidance.