Portfolio
Currently collaborating with Fujitsu Portugal in the final stage of implementing the Deucalion Supercomputer at the Minho Advanced Computer Center in Portugal (MACC). This supercomputer is part of the EuroHPC project, which includes the 8 main European supercomputers as an initiative of the European community. For more information, visit [EuroHPC](https://eurohpc-ju.europa.eu).
Installation and support of three Lustre architectures with several PB of raw space each. Collaboration with ATOS. Currently, it's the highest-performing installation in Spain, receiving the Netapp 'Win Enterprise FY21' award for its innovative architecture.
Installation and support of the Finisterrae III Supercomputer, currently the second-largest supercomputer in Spain with over 16,000 dedicated cores for scientific computing. It includes two Lustre architectures with HSM Lustre storage of several PB of available space. Collaboration with ATOS.
Installation and support of Lustre architecture with Hierarchical Storage Management (HSM) of several PB of net space. Additionally, a CEPH distributed storage architecture is installed for backup purposes. Project developed with Lenovo.
Installation, configuration, management, and support of the UGRGrid-Alhambra-Albaicin Supercomputer (No. 467 on the TOP500 list 06/2007) since 2007. Updates to the entire HPC architecture and Lustre file system. Supercomputer with over 3000 cores dedicated to scientific calculation.
Installation and support of an HPC architecture with over 2000 cores and Lustre architecture. Project in collaboration with ATOS.
Installation, configuration, and consulting on an HPC architecture (over 4000 cores for scientific calculation). Project in collaboration with Fujitsu Technology Solutions.
Design and installation of a Lustre architecture, Linpack Benchmark execution for inclusion in the TOP500 list. One of the largest supercomputers in Mexico with over 5000 cores dedicated to scientific calculation. Project in collaboration with Fujitsu Technology Solutions.
Installation of Lustre architecture.
Design, installation, configuration, and support of an HPC architecture. More than 2000 cores dedicated to HPC.
Installation of HPC architecture, Lustre in high availability.
Installation, configuration, management, and support of an HPC architecture, Lustre in high availability.
Installation and support of HPC architecture, Lustre in high availability.
Design, installation, and support of an HPC architecture.
Design, installation, configuration, and support of a Distributed Computing Architecture. Lustre in high availability.
Design, installation, configuration, and support of an HPC architecture.
Integration of new Lustre nodes and clients in an HPC architecture.
Design, support, and consulting for an HPC architecture for DNA sequencer data analysis.
Installation, configuration, support of an HPC architecture with over 500 cores, Lustre in High Availability.
Design, installation, and support of a Lustre architecture in High Availability. Environment with over 2000 Cores.
Design, installation, benchmarking, and support of a Lustre architecture in High Availability for the LUSITANIA supercomputer with over 2000 Cores.
Execution of a joint collaboration project with SUSE Spain for the installation, configuration, and joint testing of a SUSE Software-Defined Storage (SES) architecture.
In collaboration with SUSE and Fujitsu, installation, support, and management of a CLOUD architecture based on SUSE Storage (SES) and SUSE Openstack Cloud, a reference installation of its kind in various events held by SUSE and Fujitsu in Spain.
Design and installation of an HPC architecture on the Teide supercomputer, Linpack Benchmark execution for TOP500 (No. 138 on the TOP500 list 11/2013). One of the largest supercomputers in Spain with over 8000 cores dedicated to scientific calculation. Project in collaboration with Fujitsu Technology Solutions.
Installation and configuration of the STARLIFE supercomputer (with over 1080 CPU cores) at this global HPC reference center. Consulting on HPC, Cloud, and low-latency Omnipath networks. Project in collaboration with Fujitsu Technology Solutions.
