Kasten and Veeam Partner to Offer a Multi-Platform Backup Strategy for Cloud Native Data Protection.

In an effort to provide organizations with a more comprehensive data protection solution, Veeam and Kasten have formed a strategic partnership that focuses on offering a multi-platform backup strategy for cloud-native workloads. This collaboration brings together two industry leaders in the backup and data management space, allowing them to leverage each other’s strengths to provide a more complete solution for their customers.

Kasten is a top technology platform for protecting and managing Kubernetes infrastructure and workloads, and has quickly established itself as such. The company offers an agnostic approach with support for ecosystem components across the entire application stack. In contrast, Veeam is well-known for its advanced backup and data management solutions that enable organizations to achieve availability and protect their data in a constantly changing IT environment.

One of the main benefits of this partnership is that it will provide customers with a more comprehensive data protection solution that can be used across multiple platforms. This means that organizations can use Veeam’s backup solutions alongside Kasten’s K10 Data Management Platform to protect their cloud-native workloads and achieve a more complete disaster recovery strategy.

The need for backups in the Kubernetes world.

Backing up critical pieces of data is essential for any organization that uses Kubernetes as its control plane, especially now that containerization has become more prominent in the industry. While Kubernetes has taken containers beyond just stateless entities and more towards an end-to-end control, management, and data plane, it has also created new challenges when it comes to backup strategies.

In traditional virtualization environments, backups were relatively straightforward, as all of the components were under the control of a single platform. However, in cloud-native environments, backup strategies are much more complex due to the distributed nature of the infrastructure and the ephemeral nature of containers. This has led to a lot of questions around how to backup critical pieces of data in a Kubernetes environment.

Kasten’s K10 Platform addresses these challenges by providing a comprehensive backup solution that is specifically designed for cloud-native workloads. The platform provides advanced features such as incremental forever backup, point-in-time recovery, and disaster recovery, all of which are essential for organizations that rely on Kubernetes to manage their applications and data.

In addition to providing a comprehensive backup solution, the partnership between Veeam and Kasten also addresses other common cloud-native pillars such as operations and security. This is significant because it shows that both companies understand the challenges of managing cloud-native workloads and are committed to helping their customers overcome these challenges.

How to backup containers with Kasten’s K10 Platform.

To backup critical pieces of data in a Kubernetes environment using Kasten’s K10 Platform, you can follow these steps:

Step 1: Install the Kasten K10 agent on each node in your cluster to ensure that all components are protected.

Step 2: Configure the backup schedule and retention policy for your data. You can choose to back up your data incrementally forever or at a specific point in time.

Step 3: Use the Kasten dashboard to monitor your backups and perform any necessary troubleshooting.

In conclusion, the partnership between Veeam and Kasten offers customers a more comprehensive data protection solution that can be used across multiple platforms. By combining their strengths, both companies are able to provide a more complete disaster recovery strategy for cloud-native workloads. Additionally, Kasten’s K10 Platform provides a comprehensive backup solution that addresses the challenges of backing up critical pieces of data in a Kubernetes environment, making it an essential tool for organizations that rely on Kubernetes to manage their applications and data.