Here’s an updated list of containerized storage orchestration solutions for Kubernetes as of 2025:

Persistent Volume (PV) and Persistent Volume Claim (PVC)

• Native Kubernetes resources for managing storage
• Provide an abstraction layer between storage and applications

Storage Classes

• Allow dynamic provisioning of storage resources
• Enable automatic creation of Persistent Volumes

Container Storage Interface (CSI)

• Standardized interface for container orchestration platforms to manage storage systems
• Supports a wide range of storage providers

Rook

• Cloud-native storage orchestrator for Kubernetes
• Automates deployment, bootstrapping, configuration, provisioning, scaling, upgrading, and migration of storage services

OpenEBS

• Container-native storage for Kubernetes
• Provides persistent storage for stateful applications

Longhorn

• Distributed block storage system for Kubernetes
• Designed for edge and IoT use cases

Portworx

• Cloud-native storage platform for running stateful containers in production
• Offers data protection, disaster recovery, and multi-cloud mobility

Ceph

• Distributed storage system that provides object, block, and file storage
• Can be deployed and managed within Kubernetes clusters

GlusterFS

• Scale-out network-attached storage file system
• Can be integrated with Kubernetes for distributed storage

MinIO

• High-performance object storage system
• Kubernetes-native and compatible with Amazon S3 API

Velero

• Backup and restore solution for Kubernetes cluster resources and persistent volumes
• Supports multiple storage providers and offers disaster recovery capabilities

Rancher Longhorn

• Lightweight, reliable, and easy-to-use distributed block storage system
• Designed for Kubernetes and cloud-native environments

StorageOS

• Software-defined storage for cloud-native applications
• Provides persistent storage for containerized applications in Kubernetes

These solutions offer various features for managing containerized storage in Kubernetes environments, catering to different use cases and requirements in the evolving landscape of cloud-native storage orchestration.

Here are the best use cases for each of the containerized storage orchestration solutions in Kubernetes as of 2025:

1. Rook

• Use Case: Dynamic Storage Management for Microservices
  • Rook is ideal for deploying storage services like Ceph within Kubernetes clusters. It automates the management of storage resources, making it suitable for microservices architectures where applications require scalable and reliable storage solutions.

2. OpenEBS

• Use Case: Stateful Applications and DevOps Environments
  • OpenEBS is well-suited for stateful applications such as databases and message queues. Its cloud-native architecture allows for seamless integration with Kubernetes, making it a great choice for DevOps environments that require flexible and scalable storage.

3. Longhorn

• Use Case: Low-Cost Development and Testing Environments
  • Longhorn provides a cost-effective solution for development and testing environments. Its quick deployment and ease of management make it ideal for smaller teams needing persistent storage without extensive configuration.

4. Portworx

• Use Case: Enterprise-Grade Data Protection and Disaster Recovery
  • Portworx excels in environments requiring high availability and disaster recovery capabilities. Its ability to aggregate storage from multiple nodes into a virtual pool makes it suitable for enterprise applications that demand robust data protection.

5. Ceph

• Use Case: Scalable Object, Block, and File Storage
  • Ceph is perfect for organizations needing a unified storage solution that supports object, block, and file storage. Its scalability makes it suitable for large-scale deployments where performance and redundancy are critical.

6. GlusterFS

• Use Case: Shared Storage for Web Applications
  • GlusterFS is an excellent choice for web applications that require shared access to files across multiple replicas. Its simplicity and scalability allow easy addition of storage nodes, ensuring high availability.

7. MinIO

• Use Case: High-Performance Object Storage
  • MinIO is ideal for applications that require S3-compatible object storage in a Kubernetes environment. It’s particularly useful in multi-cloud or hybrid cloud scenarios where consistent storage performance is needed across different infrastructures.

8. Velero

• Use Case: Backup and Restore Solutions
  • Velero is designed for data protection, disaster recovery, and migration between Kubernetes clusters. It’s best used in environments where automated backup processes are crucial to maintaining data integrity during changes or failures.

These use cases highlight how each containerized storage orchestration solution can be effectively utilized within Kubernetes environments to meet specific application needs and operational requirements.