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InnovaMare project will jointly develop and establish an innovation ecosystem model in the area of underwater robotics with a mission-oriented on the sustainability of the Adriatic Sea.

Project HEKTOR shall provide a systematic solution for the coordination and cooperation of smart heterogeneous robots/vehicles (marine, land and air).

MARI-Sense project is aiming at the integration and adaptation of existing know-how and the development of novel knowledge and skills to develop the MARI-Sense Cognitive Decision Support System for Maritime Activities Planning, Emergency Response and Planning, and Maritime Spatial Planning.

The ADRIATIC project builds upon recent research accomplishments in the area of human-robot interaction underwater, by advancing the developed cooperative motion algorithms and introducing wearable sensors in a form of a diver glove for controlling an autonomous underwater vehicle that serves as a robotic diving buddy

The goal of this project is scientific exchange related to the design, modelling and management of marine robot systems, especially Autonomous SUrface Vehicles (ASVs)

CroMarX is a project aimed at increasing the efficiency of maritime research and surveillance by using cooperative marine surface and underwater unmanned vehicles.

EUMarineRobots (EUMR) proposes an access-infrastructure for the deployment of a full-range of aerial, surface, and subsurface marine robotic assets, which will open transnational access to significant national marine robotics R&D assets.

The project will synergize with the H2020 Twinning project EXCELLABUST and significantly improve the Laboratory's research infrastructure by building a pool for conducting experiments and other needed research spaces.

IMPACT aims for reinforced academia-industry cooperation, more effective transfer of knowledge and significant financial outcomes regarding new products, and new and optimized processes