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About

Simone Marini is a leading figure at the intersection of marine robotics, deep-sea exploration, and astrobiology. His research focuses on developing autonomous robotic systems for bentho-pelagic monitoring, marine biomimetics, and the technological synergies between deep-sea and space exploration. Marini’s major contributions include pioneering the use of AI-powered edge computing for real-time species classification on mobile deep-sea crawlers, as demonstrated in his 2024 paper on automated species counting using YOLO (24 citations). He has also advanced fishery-independent stock assessments for the Norway lobster through new monitoring technologies (23 citations). His work on the ARIM project (28 citations) established a flexible autonomous observatory infrastructure for bentho-pelagic monitoring, while his visionary 2020 paper on exo-ocean exploration (28 citations) proposed a bio-exploration concept for Enceladus. Marini’s 2021 study on marine biomimicking robotics (29 citations) used bibliographic statistics to map emerging knowledge domains. His 2022 paper on deep-sea and space research synergies (26 citations) highlights his unique ability to bridge marine and space technologies. With over 150 citations across his top papers, Marini is a transformative force in marine robotics and planetary exploration.