We discover and design, develop and deliver. Reach a breakthrough in enterprise IT expectations. Become an origin of innovation. Create prominent products for modern workloads.
What we do
Advanced technologies, powerful alliances and open collaboration — this is the YADRO recipe for the rapid progress, proven by practice. Enjoy the taste of this mix, just like we do.
Why we can
Great things are created by great people. It takes a special company to accumulate and nurture talents. Become familiar with YADRO culture and become a fan or a valued team member.
Who we are

We've meticulously engineered TATLIN.Archive and TATLIN.Unified to enable enterprise goals delivering high reliability with outstanding performance, data integrity and TCO

Robust storage platforms for the data-driven era

An acclaimed domestic storage leader

According to the IDC 2018 EMEA Enterprise Storage Systems Tracker report, TATLIN.Archive Gen1 achieved the dominant position on the domestic enterprise storage market with the 38,2% share of total storage shipments in terms of raw capacity.
Named after a prominent constructivist architect Vladimir Tatlin, TATLIN storage systems seamlessly integrate innovations strategically introduced by YADRO engineers in both the software layer and the hardware layer.

Powered by integrated innovation

Avantgarde storage architecture

YADRO team investigated the everyday storage experience of our enterprise customers and thoughtfully revised traditional storage approaches. We combined cutting-edge technology with our unique hardware and software designs.

Outstanding hardware performance

Both TATLIN.Archive and TATLIN.Unified are built on OpenPOWER platform which enables unprecedented bandwidth capabilities, reliable data protection accelerated by vector computation and outstanding performance by deep parallelization in I/O processing.

We believe in the power of global technology collaboration and make significant contributions to the OpenPOWER community and technology evolution as a Platinum member of the OpenPOWER Foundation.

Modern data integrity

As drive capacities continue to grow, the old-fashioned methods of ensuring data integrity have turned ineffective and obsolete. The TATLIN family storage products utilize a custom-made tool to ensure data integrity based on the Reed-Solomon error correcting codes. The modern approach brings a high level of data protection, flexible redundancy policies and support for heterogeneous drive sets. Lightning-fast storage recovery after a drive failure enables its overall reliability and resiliency.

YADRO owns and manages end-to-end production cycle of the TATLIN storage platform — from hardware design and software development to product manufacturing and support.

In-house technology design

YADRO created the first generation of TATLIN.Archive solution as part of our storage product portfolio under the brand name TATLIN. By rethinking archive storage methods and adopting modern technologies like ultra-high capacity enterprise drives we designed the storage system with a unique price/performance ratio and effortless simplicity for long-term compliant archiving.

Video surveillance or network activity feeds, data backups or simply cold user data can now be archived at high data rates in a cost-effective fashion. Outstanding economy and performance are the reasons for the dominant position TATLIN.Archive gained on the domestic storage market by reaching more than 1,000 petabytes shipments.
TATLIN.Unified is YADRO's first generation of hybrid mid-range storage solution. Our technology team strategically revised traditional storage approaches and came up with unique product design to enable an affordable storage system with unmatched performance, density and TCO characteristics which suit a wide range of primary storage workloads.

Applications like real-time analytics gain performance boost and deliver additional business value by leveraging extremely fast and low latency NVMe flash tiers. TATLIN.Unified storage reliability is ensured by flexible data protection policies, failure-resilient hardware design and custom AI algorithms for complex failure prediction.