Noteworthy Projects

ACTHYV

AI-based digital platform to optimise time and cost for the collection, analysis and generation of clinical trial results.

IA4TES

Development of AI-based technology and business models in the framework of Sustainable Electricity Transition

INURGE

New model of hospital emergency care based on innovative technological tools

Monitorizatu

Analysis of the feasibility of an intelligent system for the planning, provision and management of home help services, based on the monitoring of electricity consumption data

SLISE

The objective of the SLISE project is to mitigate the vulnerabilities that the new virtualization technologies adopted massively in the core of the 5G architecture have brought to the new paradigm of communications as a service

DIVINE

KINAITICS

ORKESTA

System for close monitoring of the overall condition of older persons in order to detect and intervene at an early stage

PROMISE

Development of technologies to support renewable energy production

PISSA

Development of a platform for monitoring alarms of a refinery in a geo-referenced way.

FOURNOS

The project develops a platform for monitoring the temperature of a refinery furnace by integrating thermography and Artificial Intelligence (AI) technologies.

TWIN HOTEL

Digital twins and virtual models to optimize integrated hotel management

EKATE

Vicomtech works hand together with the UPV/EHU, developing subrogated models of energy production and consumption for optimal energy management in the buildings of the ESTIA campus

EMPHASIS

EMPHASIS aims to take the back-office towards what has been called HyperAutomation or Cognitive Automation, which proposes integrating AI with RPA solutions.

AMA

The AMA project starts with the aim of generating a platform for comprehensive maternal care capable of predicting and preventing possible complications related to pregnancy

DISTRA

implements AI-based tools to develop algorithms that define different trajectories of temporal pathologies to predict future diseases

RE-INGRES

Extracts clinical knowledge to reduce hospital readmission rates

PATHFLOW

The project will investigate artificial intelligence models for the analysis of digitized images of lung tissue samples from biopsies

AIRSAFE

Provides society with safe and healthy environments in areas of daily life for citizens, public buildings, hospitals, schools and other places of daily use

OSAC

The project focused on developing new epidemiological methodologies and tools for analysis and decision making during the COVID19 pandemic