Projects
inLab FIB and Oracle collaborate on the implementation of SQL Assertions to automate the validation of database integrity constraints.
Development of an automated pentesting system based on artificial intelligence to speed up the detection of vulnerabilities and optimize cybersecurity audit processes.
Cardinality estimation in relational databases is a well-studied problem, but graph databases rarely follow the uniformity and independence assumptions that these estimators make, and therefore lose precision.
Funditec is an organization specialized in the research and development of next-generation drugs and antibiotics. Within the framework of its high-throughput screening processes, the company requires an improvement in data visualization to accurately identify the compounds with the greatest therapeutic potential.
CAMARAC is a non-profit artistic collective dedicated to the environment and improving life in cities. Refugi Sonor is a project about noise pollution and its impact on the well-being of citizens.
Develop a SaaS (Software as a Service) called CloudPGD, as a platform with an integrated digital twin for decision-making in the industrial sector.
The objective of the project is to translate Matlab code into C++ and improve its internal structures in order to facilitate the expansion of the project in the near future.
In this project, the inLab FIB team has worked jointly with the Barcelona Innovative Transportation (BIT) research group of the ETSECCPB school in the development of a web solution for HPC task submission within the framework of the European E-Med project.
In this project, the company, together with the participation of inLab FIB, aims to make the daily work of Help Desk staff easier, as well as that of employees who need to report requests or incidents, by automating form filling.
The main propose of AgriLogistics is the creation of a collaborative data space that facilitates access to information for all stakeholders in the agri-food supply chain, with the aim of strengthening logistics and improving its efficiency.
inLab FIB and Qorvo Inc. are collaborating on a research project exploring artificial intelligence-based approaches to accelerate microelectronic circuit design, with a focus on design automation and performance prediction.
The purpose of this project is to develop a proof of concept for the design, development, and experimentation of a simulation model for a specific section of a highway using available open-source tools.