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- Why Fujitsu
Society faces a number of climate change, sustainability and healthcare challenges. In the increasingly urgent search for solutions to these issues, scientists and researchers often rely on technical computing abilities. In many cases they apply advanced computational modeling and simulation capabilities to specific scientific research and engineering tasks. As the stakes rise, many of these projects call for a new class of IT – petascale computing – with the capacity to deliver the horsepower needed to perform the most sophisticated, compute-intensive calculations and simulations.
Positioned at the forefront of the technical computing space, we are involved in numerous ground-breaking projects dedicated to resolving the world’s most pressing dilemmas. Our experience, broad portfolio and innovative lead make us the partner of choice not only among research and government bodies, but also among the fast-growing number of companies that are increasingly exploring the advantages of technical computing.
Building on our long-standing history of innovation, 30 years of experience in the development of supercomputers and the exceptional depth and breadth of our offering, we provide the enabling technologies and services for a wide range of aerospace, meteorology, astronomy, healthcare and industrial projects. We have also teamed up with numerous prominent research agencies to design bespoke solutions for the most varied and challenging technical computing applications.
Read how we are meeting the rising demand for supercomputers worldwide and how our benchmark systems are being used to resolve increasingly complex social, environmental and business challenges.
We provide cutting-edge information and communication technologies that allow satellites, probes and orbiters to reliably carry out their missions as they travel through space. Our high-performance platforms are used to build the ground-based systems that receive data transmitted from space, track control operations and process observational data.
We deliver high-performance information and communication technologies that collect, aggregate and distribute meteorological observation data – around the clock. This data is used to forecast weather, predict natural disasters and orchestrate response plans to pending disasters.
Here we develop high-performance observation control, analysis and archiving systems for some of the world's largest telescopes. Our systems gather vast volumes of radio wave data from the distant universe with unprecedented levels of sensitivity and resolution. This allows scientists to see back in time and explore our cosmic origins.
We support some of the world's leading research organizations by providing non-stop, high-volume measurement and analytical capabilities that allow researchers to turn the massive data streams they collect into new scientific discoveries and findings.
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