Software for fleet monitoring
and automation
Domestic production of modern and reliable equipment.
The VMTS on-board controller is a hardware and software system for collecting, storing, and transmitting data from a monitoring object.
Technology stack
The VMTS analytical automation system collects, stores and processes primary data received from measuring equipment installed on the vessel (sensors, controllers, systems).
With its help, specialists can learn in real time about the refueling process of a transport vessel, the condition of fuel and lubricant consumers, and fuel consumption linked to the route.
Our systems are included in the register of Russian software and have a certificate of conformity from the Russian Classification Society.
The DOTS hardware and software system is designed to collect, analyze, and visualize data from remote devices and objects in real time, with detailed information on each object.
Technology stack
The system displays the coordinates, speed, direction of movement, and operating mode of the monitored object, providing access to the collected data anywhere and at any time via the Internet.
Examples of data from real objects
Our systems offer the widest range of capabilities for displaying data from ship systems and instrumentation.
The DOTS Board hardware and software system provides processing and visualization. Developed using DOTS to display data for the ship's crew.
Technology stack
Examples of data from real objects
Our systems offer the widest range of capabilities for displaying data from ship systems and instrumentation.
Ship's electronic journal (SEJ)
Technology stack
The implementation of a ship’s electronic logbook is becoming a necessity in the context of growing demands for the safety and efficiency of maritime transport.
Modern technologies allow for the automation of accounting processes, reducing the likelihood of errors and simplifying vessel monitoring, which is especially important in conditions of increased workload and the need to comply with regulations such as Order No. 435 of the Russian Ministry of Transport.
Examples of data from real objects
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