Kubernetes Cluster Backup and Recovery

Velero is a backup and recovery tool for Kubernetes cluster resources and persistent volumes. It functions as a disaster recovery solution and a utility for migrating applications and their associated data between different clusters. The project enables the replication of production environments by cloning cluster resources into development or testing environments for validation and debugging. It provides capabilities for backing up system objects, restoring resources to a known good state, and transferring applications across environments to facilitate system transitions.

An extensible framework for application-level data management on Kubernetes, Kanister is a Cloud Native Computing Foundation sandbox project and was originally created by the Veeam Kasten team.

This tool is a command-line utility designed for managing the lifecycle of persistent storage within containerized environments. It facilitates the migration, backup, and restoration of data between persistent volume claims across different namespaces, clusters, or storage classes. By automating these tasks, it supports infrastructure scaling, disaster recovery, and general storage administration. The project distinguishes itself through its orchestration of ephemeral jobs that execute data transfers in the background, ensuring operations continue even if the client session is disconnected. I

Duplicacy is a cross-platform, deduplicated backup tool that stores encrypted snapshots to local disks and cloud storage services. It operates through both a command-line executable and a web-based graphical interface, enabling backup, restore, and repository management in scripts or through a browser. The software splits files into variable-size chunks identified by their hash, enabling cross-machine deduplication without a central database or chunk index. Each backup creates an immutable snapshot that stores file metadata and chunk references, supporting incremental updates and point-in-tim

Rustfs is a distributed object storage system designed for high availability and horizontal scalability. It functions as a cluster-based platform that manages data across multiple nodes, providing a self-hosted infrastructure for large-scale storage requirements. The system is built to be container-native, utilizing an operator to automate deployment and management within orchestrated environments. It provides compatibility with standard object storage protocols, allowing existing applications and tools to interact with the storage layer through a translation interface. To ensure long-term re

JuiceFS is a distributed file system designed to mount object storage as a local, POSIX-compliant drive. It functions as a cloud-native persistent storage layer that decouples file metadata from raw data, storing metadata in a transactional database while keeping data blocks in object storage. This architecture enables multiple hosts across different regions to access the same storage simultaneously while maintaining strong consistency. The system distinguishes itself by performing data processing, including compression and encryption, directly on the client side before transmission. By split

OpenEBS is a container-native storage platform that provides persistent volumes for stateful applications running on Kubernetes. It operates through a Kubernetes-native microservice architecture, where storage controllers are managed entirely with kubectl and standard Kubernetes APIs, and offers both local and replicated block storage options. The platform distinguishes itself through synchronous NVMe-TCP replication, which replicates block data across nodes to enable pod rescheduling after node failure without data loss. It also includes a snapshot and clone engine for capturing point-in-tim

minio-go is a client library and software development kit for interacting with S3-compatible object storage. It provides a programmatic interface for Go applications to manage buckets and objects using the S3 protocol. The library enables the execution of complex storage operations, including multi-part uploads for large datasets, data synchronization between filesystems, and the management of bucket lifecycle and replication policies. It also supports advanced data retrieval through object searching and SQL-based querying of stored data. The toolkit covers a broad range of administrative an

MinIO is a software-defined, cloud-native object storage server designed to manage large volumes of unstructured data. It functions as a distributed storage cluster that aggregates multiple independent nodes into a unified, scalable pool, providing a high-performance infrastructure compatible with standard cloud storage protocols and application programming interfaces. The system utilizes a shared-nothing architecture that eliminates central metadata servers, relying instead on a decentralized hash table to map objects across the cluster. Data availability and resilience are maintained throug

ZeroByte is a backup management platform built around the Restic backup engine, providing encrypted, deduplicated, and compressed snapshots across multiple storage backends. It offers a web interface for scheduling, monitoring, and managing backup operations, with support for cron-based job scheduling and configurable retention policies that automatically prune older snapshots. The platform distinguishes itself through comprehensive multi-protocol volume mounting, allowing backup ingestion from NFS, SMB, WebDAV, SFTP, and rclone-backed sources alongside local directories. It includes a snapsh

bup is a deduplicating backup manager and incremental backup system. It uses a Git packfile-based storage format to eliminate redundant data across files and versions, treating every incremental save as a full backup. The system provides secure remote transport interfaces for transferring and managing backup data on remote servers via SSH. It also includes a backup repository browser available as both a web interface and a filesystem mount for exploring and retrieving files from snapshots. The project covers broad capability areas including disaster recovery, repository administration, and s

This project is a command-line utility designed for secure, content-addressable data archiving. It functions as an encrypted backup tool that stores data as deduplicated chunks, ensuring that every piece of information is identified by a cryptographic hash to maintain integrity across all backups. By applying strong encryption and message authentication codes to both data and metadata, the software prevents unauthorized access and detects potential tampering. The tool distinguishes itself through a backend-agnostic storage abstraction that allows users to maintain repositories across diverse