OpenIO SDS is a scalable open-source object storage solution. It is compatible with Amazon S3 and OpenStack Swift. Using OpenIO SDS, it is easy to scale a storage infrastructure from a simple cluster of a few terabytes to a multi-petabyte platform.

This Docker image provides an easy way to run an OpenIO namespace. It deploys and configure a simple non-replicated namespace in a single container. OpenIO SDS service discovery and resolution relies on IP addresses, meaning that you can’t change service IPs after they have been registered to the cluster.

Try OpenIO SDS. Quick Start; Docker Image; Multi Nodes Installation; OIOFS Node Installation; Build from Source; Supported Linux Distributions; Supported OpenStack Distributions; Solution. Key Characteristics; Data Access; Data Management; System Management; OpenIO FS Architecture; OpenIO SDS: Core Concepts; Services; S3 Compliancy; Identity ...

This guide shows object storage users how to use our solution using compatible clients. It presents the usage of the OpenIO command line interface and simple usage of other clients, refer to their respective project page for an extensive documentation.

OIO-FS is lightweight, like all of the solutions that are part of the OpenIO suite. It has a small footprint, and all unused resources are immediately available to cache data.

OpenIO SDS: Core Concepts. Learn how OpenIO SDS is internally organized, the core notions and components of the on-premises software-defined object storage.

OpenIO SDS is a highly flexible solution that allows users to build storage infrastructures that can respond to the most demanding requirements, both in terms of scalability and performance. In this section, we briefly introduce the most important characteristics of its design.

# openio help container create usage: openio container create [-h] [-f {csv,html,json,table,value,yaml}] [-c COLUMN] [--max-width <integer>] [--quote {all,minimal,none,nonnumeric}] <container-name> [<container-name> ...] Create container positional arguments: <container-name> New container name(s) [...]

OpenIO SDS offer a full set of data management features designed for the best efficiency and performance while maintaining a low $/GB, thanks to the ability to store and move data to the best-suited media for each single workload.

$> python3 -m venv openio_venv $> source openio_venv/bin/activate $> pip install -r ansible.pip Architecture This playbook will deploy a multi-nodes cluster as shown below: