Automation has become a key enabler for shipowners and operators in the maritime industry. Through integrated automation systems (IAS), vessels can reduce downtime, optimize performance, and achieve higher operational efficiency. This applies not only to newbuilds but also to retrofitted vessels seeking modernization and smarter operations.
A maritime automation system gathers monitoring, control, and management of a vessel’s main systems—propulsion, power generation, auxiliary systems, and safety—into a unified interface. Research shows that a modern Integrated Automation System (IAS) provides significant benefits in terms of operational reliability and availability.
SEAM’s e-SEAMatic® IAS is designed to handle any control and monitoring demand on board. It consolidates all vessel data in one place, providing operators with full situational awareness and a simplified way of working.
“The concept of operation simplification is at the core of our system design,” SEAM states. “An intuitive system means all information is available in one place, allowing faster decisions and safer operations.”
When all systems are integrated into one unified interface, the workload for the crew is reduced. Operators can act faster when alarms or irregularities occur, without switching between multiple control systems. Fewer manual operations and reduced complexity lead to fewer human errors, and ultimately higher uptime.
Modern automation platforms enable continuous monitoring of critical components. By analyzing performance data, operators can predict maintenance needs before failures occur. This allows for planned maintenance instead of reactive repairs, minimizing unplanned downtime and costly emergency stops.
Uptime depends not only on insight but also on system resilience. SEAM’s IAS is built with redundancy across all essential levels—operator stations, networks, and controllers. Dual processors and fail-safe mechanisms ensure that mission-critical systems remain operational at all times, even in the event of component failure.
Automation enables smarter control of power and propulsion systems, ensuring that energy is used efficiently. With real-time data on fuel consumption and energy distribution, shipowners can cut fuel costs and lower emissions without compromising performance. By monitoring and managing energy consumption, vessels can save costs while lowering their emissions.
Every vessel is different, and so are its automation needs. SEAM’s e-SEAMatic® IAS is modular and scalable, meaning it can start small and expand as the vessel’s systems evolve. New subsystems and functionalities can be added easily, ensuring flexibility and future-proof operation without major redesigns.
Automation brings together propulsion, power, auxiliary, and safety systems into one cohesive ecosystem. This integration gives the crew a holistic overview of the vessel’s performance, allowing for faster and more accurate decisions. By connecting all these data points, shipowners gain control and insight.
SEAM’s automation platform has been refined through more than 15 years of development and real-world experience. Built on open architecture, the e-SEAMatic® platform combines reliability, user-friendliness, and scalability—tailored for the next generation of vessels. Its proven track record across ferries, offshore vessels, and hybrid-powered ships demonstrates SEAM’s deep understanding of maritime operations and their commitment to smarter, more sustainable solutions.
Maritime automation is redefining vessel performance. With intelligent systems like SEAM’s e-SEAMatic® IAS, shipowners can increase uptime, reduce operational costs, and ensure safer, more efficient voyages.
