3 dépôts
Create and manage local volumes from host paths, attached storage, or existing LVM/ZFS stacks, mounting them directly into pods for low-latency access.
Distinct from Persistent Storage Volumes: Distinct from Persistent Storage Volumes: focuses on local volume management from host paths or LVM/ZFS, not general persistent volume attachment.
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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
Creates and manages local volumes from host paths, attached storage, or existing LVM/ZFS stacks for low-latency access.
Microsandbox is a runtime for creating and managing lightweight, hardware-isolated virtual machines — called sandboxes — that boot directly from standard OCI container images. Each sandbox runs as its own host process with a separate kernel, filesystem, and network stack, providing process-per-sandbox isolation. The project includes a command-line tool and multi-language SDKs (Rust, TypeScript, Python, Go) for programmatic lifecycle control, and it communicates with sandbox agents over Unix sockets using a CBOR-encoded protocol. What distinguishes Microsandbox is its combination of host-manag
Creates, lists, and removes persistent storage volumes attached to sandboxes for data durability.
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
Facilitates seamless data transfers between persistent storage claims across namespaces, clusters, or storage classes.