The laboratory develops new technologies and solutions to strengthen existing command and control systems (C2), transforming them into true cognitive systems by using Artificial Intelligence (AI). The laboratory employs technologies and algorithms that can be applied to autonomous vehicles, predictive maintenance systems and systems to detect and recognise human actions and individuals in crowded settings.
Future Electronics & Sensing
Research Unit
AI applied to C2 and decision support (DSS - Decision Support Systems)
The unit develops AI architectures that can be applied to various functions in command and control systems to support operator decision-making.
Researchers: Gabriele Gennaro, Andrea Paudice
Researchers: Gabriele Gennaro, Andrea Paudice
Cognitive devices
The research unit studies how to apply AI to sensors, such as radar and radio, so that they can be adjusted to different operating scenarios and to increase their resilience and detection capabilities.
Predictive Maintenance
The research unit studies new solutions to implement predictive maintenance capabilities in Leonardo systems, making this technology modular and efficient.
Researcher: Vasmi Krishna Varmi Gunturi
UxV/Unmanned
The unit is dedicated to the design and development of a decision support system (DSS) applied to unmanned systems, to allow the identification of objects and people (classifying them as friend or foe) by using audio and video plug-ins based on AI.
Researcher: Andrès Arciniegas
Team
Matteo Baiguera
Research Fellow
Materials |
Design & Integration Technologies |
Propulsion |
Digital Enablers |
Mechanics |
Modeling & Simulation |
Communication networks |
Cyber |
Quantum Technologies |
SW Architecture & Processing |
Optronics |
Future Electronic & Sensing |
Future Rotorcraft Technologies |
Material Technologies |
Quantum Technologies |
Space Technologies |
Applied and artificial intelligence |
Future Security & Safety Technologies |