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  • Object Storage Fast Flexible Hyper-scalable

    High Performance Object Storage
    for Big Data and AI

    Why choose between performance and scalability, when you can have the best of both?

OpenIO Software Defined Storage

OpenIO SDS is an open source object storage solution ideal for Big Data, HPC and AI. With its distributed grid architecture and unique self-healing technology, OpenIO scales easily without mandatory data rebalancing, while delivering consistent high performance. OpenIO is S3 compatible and can be deployed on-premise or cloud-hosted, on any hardware that you choose.

  • Hyper-scalable object storage

    Scale seamlessly from Terabytes to Exabytes. Simply add nodes to expand capacity, without rebalancing data, and watch as performance increases linearly.

  • Designed for high performance

    Transfer data at 1 Tbps and beyond. Experience consistent high performance, even during scaling operations. Ideal for capacity-intensive and challenging workloads.

  • Hardware agnostic, lightweight solution

    Use servers and storage media that suit your evolving needs. Avoid vendor lock-in. You can combine heterogenous hardware at any time, of different specs, generations, and capacities.

Case studies
  • IIJ
  • Dailymotion
  • CEA
  • Aqua Ray
  • Teezly
  • IIJ
    • 14 M
    • 5,5 K
      emails indexed per minute
    • 2
    • 100%

    With peak requests that can easily reach 5,500 emails/sec, we needed a high performance object store. With OpenIO we were able to build a very high performance all-flash storage system. Yuuki Wakisaka, Engineer at IIJ

    Read the Case Study
  • Dailymotion
    • 50 M
      videos per month
    • 800 M
    • 40 PB
    • 30%
      storage growth per year

    OpenIO stands out as a scalable, efficient and easy-to-run object store. It costs us 50% less than a comparable scale-out NAS solution. Alan Martins, VP Infrastructure at Dailymotion

    Read the Case Study
  • CEA
    • 4U
    • 96
    • 768 TB
      net storage
    • S3

    Using OpenIO on ARM, we have improved the power efficiency of Active Archiving in our HPC center

  • Aqua Ray
    • 3
      data centers
    • Mixed
    • 200 TB
    • 20%
      storage growth per year

    We can run the software on any kind of server, on any hardware, with small amounts of CPU and RAM. When we add a new node it is immediately available without rebalancing, without redistributing data and network traffic. Guillaume de Lafond, Technical Director at Aqua Ray

    Read the Case Study
  • Teezly
    • 35
    • 10 Bln
    • 500 TB
    • 90%

    Moving from Amazon AWS to OpenIO SDS, we saved 90% of storage infrastructure costs each year, Enzo Finidori, CTO at Teezily

    Watch the Video

Why OpenIO SDS?

  • Store your data with real-time routing

    Take advantage of the Conscience technology for optimal positioning of data, flexible scale-out/up, performance optimization, and better hardware management.

  • Access your data

    Use standard object APIs (Amazon S3 and Openstack Swift), file sharing and access methods (NFS, SMB, FTP, Local FUSE); and native object APIs (Python, C, Java).

  • Set your rules

    Benefit from automated tiering and fine-grained storage policies throughout the lifecycle of your data for best results in terms of cost, performance, and protection.

  • Protect your data

    Leverage two data protection mechanisms: replication (supporting multiple copies, local or remote), and erasure coding (deployed in one data center, geo-distributed, or stretched clusters).

  • Use any hardware

    Mix any x86 and ARM v7/v8 server within a single cluster. No matter how many drives, CPU cores, and RAM per server.

  • Rely on OpenIO

    Choose our subscriptions for 24/7 support, WebUI, geo replication and deployment tools, while you can access the open source code on Github.

In the spotlight

  • The Future of Object Storage - Preview
    OpenIO Summit '18 The Future of Object Storage View content
  • Data Repatriation: What, When, Why, and How - Preview
    Blog post Data Repatriation: What, When, Why, and How View content

Take-off with OpenIO

Unlock the value of your unstructured data today. Hyper-scalable, high performance object storage.

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High Performance Object Store