Rafla

A-VMS Project (Autonomous Vineyard Management System): The A-VMS project is designed to revolutionize vineyard management with a fully autonomous robotic system. The ground rover (UGV - Unmanned Ground Vehicle) is capable of performing complex operations such as grape harvesting, pruning, applying phytosanitary treatments, and monitoring plant health. With advanced sensors like LiDAR and optical sensors, combined with machine learning algorithms, the rover can autonomously navigate sloped and uneven terrain, typical of vineyards, accurately assessing soil and plant conditions while identifying diseases. A key innovation is the modular payload, which allows the rover to adapt to different operational needs through interchangeable robotic arms. Additionally, the rover is supported by an autonomous docking station, which manages charging and automatic cleaning, making the system highly sustainable.

BOX M.A.R.S. (Multiple Airdrones Response System): This system allows drones to operate fully autonomously 24/7. The system can automatically replace batteries and payloads in a matter of seconds, enabling continuous and extended missions. Equipped with Artificial Intelligence (AI) algorithms, M.A.R.S. manages the drone swarm, optimizing operations based on operational needs. Its applications range from critical environments such as energy, infrastructure monitoring, and emergency management. The platform is extremely versatile and modular, easily transportable, and can be used for environmental surveillance and critical infrastructure maintenance.