Research and development projects

We are developing new Analytical and Predictive models for Health Status Improvement of cancer patients.

We have developed an application for remote monitoring and clinical testing in the context of the pandemic COVID-19.

We are using Big Data and Artificial Intelligence for monitoring health status and improve the quality of life of seniors (+65) during and after cancer treatment.

We are Using our SaMD Framework and reusing DTx modules to provide remote screening solutions for infectious diseases.

We are ensuring compliance with COVID-19 through Artificial Intelligence.​

We are developing Smart medical technologies by providing a platform to ensure compliance with current legislation from an early stage of development.​

We are exploring quantum technologies, to generate and distribute OT keys, to make the communications of tomorrow more secure and resilient.

We are developing a skill management platform based on Artificial Intelligence, focused on the needs of Human Resource managers.

We are developing a claims management platform with natural language processing powered by Artificial Intelligence.

We are developing an agnostic test platform, with a modular and easily scalable architecture for multi-technology applications (web, mobile, desktop, mainframe, etc.).

We are focused on enabling software testing remotely over an Android Auto platform.

We are changing the paradigm of human-machine interaction by developing a solution for controlling drones via brain waves.

We are developing intelligent ways to test applications that only need to validate the affected use cases, accelerating the validation process.

We are developing the Artificial Intelligence of Things (AIoT), by bringing AI and IoT together to support 5G communications needed for platoons of autonomous vehicles (platooning).

We are creating a full-size test-bed for the development and validation of ADAS and AD technologies by equipping a light passenger vehicle with cameras, LiDAR and Radar.

We are committed to implementing seamless connectivity solutions and computing services for autonomous vehicle platoons (platooning) by accelerating the integration of public and non-public networks.

We are working on a small-scale automotive platform equipped with various sensors for validation of ADAS, robot architectures, and software in the Automotive World.

We are developing automated test solutions for observing automotive displays, using computer vision algorithms that monitor objects such as words, numbers, and symbols.

We are developing a tool, based on AI, and an innovative cloud connectivity architecture, based on Android Auto, for facial recognition and monitoring signs of fatigue in drivers.​

We helped implement the fifth generation of mobile networks by developing new services for managing and monitoring 5G networks.

We are working on the computing continuum, combining edge computing, software-defined networks, and big data, in order to improve video support in IoT environment and in 5G networks.

We are preparing the next generation of mobile networks (beyond 5G) by implementing deep learning algorithms to perform resource allocation in massive machine-to-machine communications.

We are working on a solution capable of combining data from Telecom networks, automatically generating indicators with added value that allow monetizing information.

We are defining intelligent, adaptative orchestration and resource optimization solutions for reliable, low-latency services for 5G networks.

We are preparing a Digital Twin for Telecom networks by measuring the impact of network failures through a highly scalable and flexible Graphical Database (GBD) environment.

We have developed an intelligent virtual assistant that can act as the first line of support for residential users of telecommunications services.