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
Высокопроизводительные серверы
Все прекрасное в мире создается талантливыми людьми. Для сплочения и взращивания талантов требуется особая команда. Познакомьтесь с культурой YADRO и станьте ценителем или неотъемлемой частью нашей команды.
О нашей команде
Technology Focus
YADRO is focused on high-impact technology for delivering new performance to modern era applications through innovative hardware platforms.
Data is a powerful resource that drives economic growth
We can observe an explosion of structured and unstructured data from all kinds of sources but the volume of accumulated data is growing faster than our ability to process it and extract insights.
Today, enterprise leaders need meaningful, relevant insights to enable data-driven decisions in near real time. These insights include deeper understanding of big data, answering "what if" questions, making predictions, business modeling, and real-time response to data changes.
Today, enterprise leaders need meaningful, relevant insights to enable data-driven decisions in near real time. These insights include deeper understanding of big data, answering "what if" questions, making predictions, business modeling, and real-time response to data changes.
Modern workloads require new hardware approaches
As we incorporate more features into our engineering systems based on our own cognitive capabilities to extract more data insights, those systems will inherit our insatiable appetite for information and demand more computing power as a result. Improved performance of modern hardware is one of the key enablers of the recent surge in popularity and adoption of AI, deep neural networks and other data-intensive workloads. However, few of the general-purpose enterprise-ready hardware solutions have enough computational power to run all possible AI applications of today and tomorrow.
Many new data-intensive workloads require capabilities that current architectures cannot easily meet. This creates a need for innovative memory-driven design approach and specific technology platforms optimized to meet growing performance requirements.
Many new data-intensive workloads require capabilities that current architectures cannot easily meet. This creates a need for innovative memory-driven design approach and specific technology platforms optimized to meet growing performance requirements.
Hardware platform built for the new era
At YADRO, we recognize the need for new hardware solutions built for the big data era. Our ultimate goal is to bring ingenuity to hardware design by developing solutions optimized and balanced for scale-out architectures of data-intensive workloads in order to accelerate AI, machine learning, supercomputing, containerized data centers and edge-to-core distributed systems.
As a forward-thinking technology vendor, we reassess the current and develop disruptive server and storage product offerings designed for specific modern data center workloads. As a result, our flagship products, VESNIN server and TATLIN storage, enable large enterprises to transform their raw data potential into relevant, business-critical insights — a vital economic asset that enables solid competitive advantage and business growth.
As a forward-thinking technology vendor, we reassess the current and develop disruptive server and storage product offerings designed for specific modern data center workloads. As a result, our flagship products, VESNIN server and TATLIN storage, enable large enterprises to transform their raw data potential into relevant, business-critical insights — a vital economic asset that enables solid competitive advantage and business growth.
Joint research
Power of the open collaboration
We are always open and in constant search for how to enhance our competitiveness, new opportunities to create innovative technologies and ways to drive a higher level of activity in the industry. Better synergy to achieve this might be obtained when putting together different forces — private companies and universities, academia and public research institutes.
Taking the best from the two worlds
In that scenario private companies bring concentrated knowledge of the industry and practical problems that ache to be solved. Meanwhile, academia carry out study and research whose outcomes are then being applied in the solutions, products or processes to bring new value to the whole industry. Such joint initiatives can be expected to produce more creative outcomes by establishing common research themes between all players while exchanging expert opinions cooperatively and applying research results in real-life solutions and products.
We are always open and in constant search for how to enhance our competitiveness, new opportunities to create innovative technologies and ways to drive a higher level of activity in the industry. Better synergy to achieve this might be obtained when putting together different forces — private companies and universities, academia and public research institutes.
Taking the best from the two worlds
In that scenario private companies bring concentrated knowledge of the industry and practical problems that ache to be solved. Meanwhile, academia carry out study and research whose outcomes are then being applied in the solutions, products or processes to bring new value to the whole industry. Such joint initiatives can be expected to produce more creative outcomes by establishing common research themes between all players while exchanging expert opinions cooperatively and applying research results in real-life solutions and products.
Practical results
We realize the power of joint research initiatives and do engage in several of that kind. The scientific outcomes of these projects are being implemented in our products enriching their functionality, reliability and novelty. Moreover, such projects are traditionally expressed in scientific publications and a number of patents that contribute to both academia and industry communities.
Explore one of our recent research activity with leading computer science universities on machine learning models for storage failure prediction techniques.
We realize the power of joint research initiatives and do engage in several of that kind. The scientific outcomes of these projects are being implemented in our products enriching their functionality, reliability and novelty. Moreover, such projects are traditionally expressed in scientific publications and a number of patents that contribute to both academia and industry communities.
Explore one of our recent research activity with leading computer science universities on machine learning models for storage failure prediction techniques.
Power of the open collaboration
We are always open and in constant search for how to enhance our competitiveness, new opportunities to create innovative technologies and ways to drive a higher level of activity in the industry. Better synergy to achieve this might be obtained when putting together different forces — private companies and universities, academia and public research institutes.
Taking the best from the two worlds
In that scenario private companies bring concentrated knowledge of the industry and practical problems that ache to be solved. Meanwhile, academia carry out study and research whose outcomes are then being applied in the solutions, products or processes to bring new value to the whole industry. Such joint initiatives can be expected to produce more creative outcomes by establishing common research themes between all players while exchanging expert opinions cooperatively and applying research results in real-life solutions and products.
Practical results
We realize the power of joint research initiatives and do engage in several of that kind. The scientific outcomes of these projects are being implemented in our products enriching their functionality, reliability and novelty. Moreover, such projects are traditionally expressed in scientific publications and a number of patents that contribute to both academia and industry communities.
Explore one of our recent research activity with leading computer science universities on machine learning models for storage failure prediction techniques.
We are always open and in constant search for how to enhance our competitiveness, new opportunities to create innovative technologies and ways to drive a higher level of activity in the industry. Better synergy to achieve this might be obtained when putting together different forces — private companies and universities, academia and public research institutes.
Taking the best from the two worlds
In that scenario private companies bring concentrated knowledge of the industry and practical problems that ache to be solved. Meanwhile, academia carry out study and research whose outcomes are then being applied in the solutions, products or processes to bring new value to the whole industry. Such joint initiatives can be expected to produce more creative outcomes by establishing common research themes between all players while exchanging expert opinions cooperatively and applying research results in real-life solutions and products.
Practical results
We realize the power of joint research initiatives and do engage in several of that kind. The scientific outcomes of these projects are being implemented in our products enriching their functionality, reliability and novelty. Moreover, such projects are traditionally expressed in scientific publications and a number of patents that contribute to both academia and industry communities.
Explore one of our recent research activity with leading computer science universities on machine learning models for storage failure prediction techniques.