The NESO (Nano Environmental Swimming Oceanographer) project is a pioneering initiative aimed at developing a state-of-the-art autonomous robotic vehicle, specifically designed for in-depth marine research. This small, sophisticated underwater robot is tailored to simulate and monitor the behaviors and environments of marine larvae, particularly focusing on the clonal plumose anemone, Metridium Senile. The objective is to facilitate unprecedented exploration and data collection in the deep ocean, a realm that presents significant challenges such as high pressure, low visibility, and extreme temperatures.

At the heart of the NESO's design is a suite of advanced technological features that distinguish it from traditional submersible vehicles. It is equipped with a piezoelectric propulsion system, enabling precise and power-efficient depth control. This feature allows the NESO to navigate the vertical plane with remarkable agility, essential for closely following and studying the movement patterns of marine larvae.