AUV Development
Leveraging insights from the AUV project with NIOT and our own research, we plan to integrate advanced autonomy into UUR. This means outfitting the robot with onboard navigation intelligence, obstacle avoidance, and mission planning capabilities so it can execute surveys or search missions on its own. In the near future, an Andromeida AUV will be deployed for coral reef mapping, habitat monitoring for underwater wildlife and to govern reconnaissance and research grade operations to overcome possible threats and security obstructions, all while the operators simply set the mission parameters and let it roam. This will unlock new possibilities in deep ocean exploration, where tethered operation is impractical
AUV Hybrid ROV-AUV “Quest”
We are also exploring hybrid configurations (sometimes called “hovering AUVs” or hybrid ROVs ). Imagine a UUR that can operate as a tethered ROV when real-time control is needed, but also detach and go fully autonomous for segments of a mission– the best of both worlds . Such flexibility would be invaluable in complex scenarios (e.g. an inspection where part of the route is straightforward open water – ideal for AUV mode – but certain tasks need a pilot’s finesse – enter ROV mode).
Enhanced AI & Sensing
Future upgrades will include more AI-driven features. We’re working on algorithms for adaptive decision-making underwater – so the robot can react to unexpected events (like encountering an obstacle or a scientific point of interest) without awaiting surface commands. We are also investing in better sensors: imagine UUR equipped with advanced chemical sensors to detect pollutants or ultra-high-definition sonar for imaging the seabed in 3D.
From Underwater to Surface
While underwater is our core, we recognize the interconnectedness of marine systems. Down the line, Andromeida aims to expand into Uncrewed Surface Vessels (USVs) that can work in tandem with our underwater robots – much like how combining USVs and UUVs can create powerful coordinated systems . A surface drone could deploy an AUV, relay communications, and provide a charging base, enabling persistent ocean presence. This holistic approach mirrors what leading companies like Ocean Infinity are doing with integrated fleets of robotic ships and sub-sea vehicles for smarter, greener maritime operations
Global Outreach and Scaling
In the coming years, we aim to deploy UURs (and future AUVs) across research institutions and industries globally. We are scaling our manufacturing to meet demand and working on making our robots even more affordable without compromising quality, so that every marine researcher or explorer who dreams of an underwater robot can have one. We’re also keen on establishing training centers (in partnership with universities) where we can cultivate talent in operating and customizing these robots – ensuring a supportive ecosystem as the user base grows.
