Tunde Ibrahim's Contact Details

Tunde Ibrahim's Company Details

HPCNow!

Advanced Industry Park Barcelona, N/A, es • 20 - 49 Employees
Technology Consulting/Tech Services

HPCNow!Advanced Supercomputing Services for Science and EngineeringHPCNow! provides its customers with technology and solutions to address complex issues in the field of high performance computing, data storage, and Big Data systems. HPCNow! can offer experts in services that span multiple areas, including cluster design and installation, supercomputer administration and deployment, and optimization of distributed file systems. Our company also offers training and consulting services for public and private companies in science and engineering sectors. Additionally, we contribute to the development of several open source projects related to HPC. HPCNow! provides its customers with the best solutions, getting the most out of their systems and maximizing the investment made.Activity areasHPCNow! is a consulting business mainly working in supercomputing. We stand out from our competitors by offering our extensive knowledge and expertise in HPC. We have worked and collaborated in this area with many companies and institutions in several sectors: pharmaceutical, biotechnological, chemical, meteorological, automotive, aeronautical, banking...Our experience also allows us to extend the range of our services to the field of Big Data systems. The Big Data paradigm can deal with extremely large volumes of information quickly and efficiently, making it very attractive for HPDA applications (High Performance Data Analysis). These applications constitute the point of convergence between HPC and Big Data models, as they can run tasks with such large data volume and algorithmic complexity that they require the use of HPC resources.Finally, we also design and develop solutions in the field of data storage. To do so, we advise our client on the most appropriate model (SAN, NAS, DAS) and the file system that best suits their needs. We have experience in parallel file systems which are tailored to design easily scalable solutions both in space, bandwidth and IOPS.