02/04/2025
HiveDock is a modular system of charging stations designed to integrate unmanned vehicles (UVs) into agriculture, enhancing efficiency and sustainability.
Conceived by Matteo Mojoli and developed in collaboration with Giorgio Sbaraini, Lorenzo Silvestri, Valentino Stella, and Francesca Zeccara, HiveDock enables both ground (UGV) and aerial (UAV) platforms to operate autonomously, addressing the challenges of modern agriculture.
Highly customizable and flexible, the system is designed to meet the needs of farms and agricultural cooperatives. By automating operational cycles, optimizing resources, increasing crop yields, and mapping local biodiversity, HiveDock helps drive a smarter, more sustainable approach to agriculture.
Built on two core principles—modularity and distributed production—its charging stations are designed to adapt to diverse and fragmented agricultural environments.
Each station serves three primary functions: protecting the drone, providing operational support, and integrating with other platforms.
The internal compartment offers shelter and autonomous recharging, efficiently managing power cycles at every stage. Additionally, stations can be equipped with secondary systems for data collection, weather monitoring, precision enhancement, and other advanced functionalities.
The project was developed in 2025 at Polifactory as part of the Distributed Design for Urban & Agrifood Biodiversity within distributedesign platform.
Co-funded by the European Union, the Platform connects cultural and creative institutions, supporting emerging designers in the field of Distributed Design.