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Smarter.Yachts Node combines embedded control hardware, a web-based control app, and a scalable (multi-) server layer into one unified system — delivering seamless control of all onboard systems.
Built as a digital switching solution based on standardized ESP32 hardware, it is designed for both new builds and refits — enabling fast integration and minimal installation effort onboard.
The entire solution is designed for intuitive operation via a browser-based interface, accessible across iOS, Android, and Windows devices.
The IoT control unit is built on a robust ESP32 architecture and designed for deterministic, real-time switching and monitoring of onboard systems.
Engineered for marine environments, it provides stable operation under continuous load and integrates seamlessly with both simple and complex onboard equipment — from lighting and pumps to hydraulic systems and critical control functions.
The following specifications outline the core hardware capabilities and system interfaces in detail.
Designed to control lights, pumps, compressors, hydraulic systems, and complex devices such as gangways or tenderlifts.
The server layer runs directly on the embedded hardware platform, connecting multiple devices and acting as the central intelligence of the system — managing configuration, coordination, and real-time communication between all components without external dependencies.
It enables structured control logic and consistent behavior across all connected subsystems, ensuring reliable operation of onboard equipment within a unified control environment.
The following capabilities define the core functionality of the server layer:
Enables unified operation of multiple subsystems within one interface.
The client interface is delivered as a web-based app, providing real-time control of all connected systems. It runs directly in the browser and can be installed as a Progressive Web App (PWA), offering a native app-like experience across mobile and desktop devices — without app store dependency.
Designed for onboard use, it delivers a fast and responsive user experience across mobile devices, tablets, and desktops, adapting seamlessly to different screen sizes and user roles.
The interface is optimized for intuitive operation under real conditions at sea — enabling guests, crew, and system administrators to interact with onboard systems safely, efficiently, and without complexity.
Designed for fast, intuitive operation under real onboard conditions — tailored for guests, crew, and system administrators.
