As specialists, we provide advanced technology for remote operations and autonomy, helping maritime clients streamline operations and reduce their environmental footprint.
Sustainability is high on the agenda in the maritime industry, where fleet owners and operators are turning every stone to reduce their environmental footprint. A distinct trend is on the rise where actors are centralizing support functions in remote operation centers (ROC) to streamline maritime operations and cut emissions caused by traveling. Low-emission vessels with reduced accommodation arriving on the market are further accelerating this trend.
Seaonics is at the forefront and has taken on a mission to assist our clients in streamlining their operations and reducing their environmental footprint. Our solutions for remote operations and autonomy are fundamental building blocks for our clients when preparing for the future.
New builds designed for remote marine operations can be built smaller and lighter compared to fully manned vessels.
Operation – Seaonics equipment allows for seamless integration into clients' ROC, facilitating the centralization of operators and specialists to serve whole fleets rather than single shifts per vessel.
Maintenance – Equipment is designed from the ground up to accept lower maintenance frequencies.
Support – All our systems have an inbuilt capability for remote diagnostics and have extended instrumentation and computational models to effectively communicate equipment state to clients.
Equipment fully integrated into clients' ROC will lead to smaller boats, fewer travels, reduced accommodation needs, and more centralized functions.
Seaonics state-of-the-art solutions for remote operation and autonomy are designed with flexibility in mind to support each client's remote operation philosophy. Our offerings range from turnkey solutions, where Seaonics supplies everything, to solutions where we seamlessly integrate our equipment into the client ROC.
Our solutions are future-proof and scalable, and can be extended with real-time operator training simulators and real-time digital twins for increased situational awareness in the ROC. Our framework can be configured with machine learning algorithms, depending on clients' needs, to unlock future productivity gains.