IVA’s 100 List - 2019-2024

Our research addresses the need for flexible, adaptable industrial systems, tackling inefficiencies in complex system development. COVID-19 highlighted these challenges, as industries struggled to rapidly shift production.

Our research addresses the need for flexible, adaptable industrial systems, tackling inefficiencies in complex system development. COVID-19 highlighted these challenges, as industries struggled to rapidly shift production.

This research project aims to develop a cutting-edge molecular tool for highly sensitive and specific profiling of genetic mutations in intact tissues and cells. Our tool can enable researchers and clinicians to detect, map, and quantify mutations at the single-cell level within their native spatial context, overcoming current limitations in tissue disaggregation and loss of spatial information.

This research project aims to develop a cutting-edge molecular tool for highly sensitive and specific profiling of genetic mutations in intact tissues and cells. Our tool can enable researchers and clinicians to detect, map, and quantify mutations at the single-cell level within their native spatial context, overcoming current limitations in tissue disaggregation and loss of spatial information.

The Campus.AI project leverages AI to transform how we understand and utilise campus spaces, addressing crucial challenges in energy efficiency and sustainable building usage. Campus.AI focuses particularly on occupancy patterns, and together with other environmental measurements is able to predict space utilisation, as well as detects potential anomalies, taking into account the features of the campus such as lecture rooms, labs, and more.

The Campus.AI project leverages AI to transform how we understand and utilise campus spaces, addressing crucial challenges in energy efficiency and sustainable building usage. Campus.AI focuses particularly on occupancy patterns, and together with other environmental measurements is able to predict space utilisation, as well as detects potential anomalies, taking into account the features of the campus such as lecture rooms, labs, and more.

The biggest trend in the mining industry is the extraction of deposits from increasing larger depths that forces the utilization of novel concepts for deep mining at depths where the human presence is not possible and only fully autonomous robotized solutions for inspection and extraction can secure a safe and profitable mining.

The biggest trend in the mining industry is the extraction of deposits from increasing larger depths that forces the utilization of novel concepts for deep mining at depths where the human presence is not possible and only fully autonomous robotized solutions for inspection and extraction can secure a safe and profitable mining.

45% of fruit and vegetables go to waste every year. Currently, plastic packaging is used to extend the shelf life of fruit and vegetables.

45% of fruit and vegetables go to waste every year. Currently, plastic packaging is used to extend the shelf life of fruit and vegetables.