Using OpenIO SDS, it is easy to scale a storage infrastructure from a simple cluster of a few terabytes to a multi-petabyte platform. OpenIO SDS is hardware-agnostic and can be installed …

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, …

Try OpenIO SDS This guide documents how to install and try OpenIO SDS.

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 …

Before using openio CLI or Python, Java or C API from the outside, copy the contents of /etc/oio/sds.conf.d/OPENIO from the container to the same file on your host.

In order to make a storage device available to OpenIO, you need to partition, format and mount it first. The choice of tools and methods is left to the operator, as long as the resulting …

OIO-FS is generally installed on Linux machines, either dedicated to its use or directly on machines that are part of the OpenIO cluster, according to the needs and performance …

You manage the encryption keys and OpenIO manages the encryption, as it writes to disks, and decryption, when you access your objects. Data directly accessed on disk thereby are …

SDK guides Python API This sections describes how to install and use the OpenIO SDS Python API. OpenIO SDS supports Python 2.7 and Python 3.6 (or >).

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.