• No. 388, 4th Floor, Wireless 3 Street, Mayangone Township, Yangon, Myanmar.

Smart Maritime Tracking. Safer, Connected Seas.

Compumatics Technology Ltd provides advanced Automatic Identification System (AIS) solutions designed to enhance vessel safety, navigation efficiency, and regulatory compliance across Myanmar’s coastal and inland waterways. AIS enables real-time exchange of vital vessel information—such as identity, position, course, and speed—between ships and shore-based stations, helping prevent collisions and improving maritime situational awareness.

AIS for Safer Maritime Navigation

As an authorized partner of Weatherdock AG (Germany), Compumatics delivers high-performance AIS transceivers, receivers, and monitoring systems that meet international IMO and SOLAS standards. Our AIS solutions are trusted by fishing fleets, cargo vessels, patrol boats, and port authorities worldwide.

We offer Class A and Class B AIS devices, shore-based monitoring systems, and integration with Vessel Monitoring System (VMS) and Iridium satellite tracking for extended offshore coverage. From system supply and installation to crew training and technical support, we provide end-to-end services ensuring seamless operation and data reliability.

AIS technology plays a vital role in search and rescue, coastal surveillance, and maritime domain awareness, contributing to safer and more transparent oceans.

AIS is a satellite and VHF-based vessel tracking system that automatically transmits a ship’s identity, position, speed, and course to improve maritime safety and navigation.

It enhances safety by preventing collisions, provides real-time tracking, and supports compliance with maritime authority regulations.

AIS transponders on vessels send data to nearby ships, coastal stations, and satellites, which relay the information to monitoring platforms or control centers.

Yes. With Iridium satellite connectivity, AIS offers global coverage — even in open seas and polar regions.

Authorities, vessel owners, fisheries departments, and port operators use AIS for monitoring, compliance, and fleet management.

Yes. Compumatics offers complete AIS solutions including supply, installation, configuration, training, and technical after-sales support across Myanmar.

Project Background

The Automatic Identification System (AIS) is a cornerstone of modern marine safety, acting as a digital beacon for vessels worldwide. Using a dedicated transponder, ships automatically broadcast critical information over VHF radio channels, allowing them to “see” and be “seen” by other AIS-equipped vessels and shore-based stations.

This constant exchange of data—including unique identification, precise position, course, and speed—paints a dynamic, real-time picture on electronic chart displays. Its primary function is collision avoidance, providing captains with the crucial information needed to make informed navigational decisions, especially in congested waters, at night, or during periods of poor visibility.

Beyond ship-to-ship safety, AIS is indispensable for Vessel Traffic Services (VTS) in managing port entries and busy shipping lanes. It is a vital tool for search and rescue operations, enabling authorities to quickly locate vessels in distress. From fleet management to maritime security and environmental monitoring, AIS technology creates a transparent and interconnected network on the water. Ultimately, it transforms our oceans into a significantly safer, more efficient, and more manageable environment for mariners and authorities alike.

The system’s utility is broadened by different classes of transponders. Class A units are mandated for large commercial vessels under SOLAS convention, offering higher transmission power and more frequent updates. Class B transponders are a lower-cost option designed for smaller commercial craft and recreational boats, making this safety technology accessible to a wider range of mariners.

The information transmitted is rich and layered, divided into static data (vessel name, dimensions, MMSI number), dynamic data (navigational status like “at anchor” or “underway,” rate of turn), and voyage-related data (destination, ETA, draft). This complex data sharing is managed seamlessly, ensuring the VHF airwaves remain clear and reliable for all users.