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QYSEA launches ‘groundbreaking AI underwater measurement system’ for submersible robots

QYSEA Technology has launched its QY-MT QYSEA Measurement Tool, its self-developed AI underwater intelligent precision measurement system.

The “cutting-edge technology” harnesses the robust subsea capabilities of QYSEA’s FIFISH underwater robot, heralding a new era of AI intelligence for underwater robot measurements, says the company.

The QY-MT intelligent measurement system seamlessly integrates underwater data through QYSEA’s advanced AI visual algorithms. It features real-time and offline dual measurement modes, ensuring precision even with offline videos.

Designed with customizable shapes and adaptive capabilities for complex underwater environments, QY-MT aims to enhance operational efficiency and revolutionize professional subsea measurement methods.

QY-MT’s applications cover five major scenarios: bridge inspection, water resources and hydropower, underwater infrastructure, ship inspections, and offshore wind power, marking the introduction of an intelligent tool for underwater detection in these critical areas.

The QY-MT system demonstrates remarkable adaptability in measuring various irregular shapes, leveraging the FIFISH Underwater Robot’s 4K camera system and an AI software measurement platform to precisely identify complex shapes, thereby simplifying challenging non-destructive underwater measurements.

The AI-based algorithm seamlessly adjusts to measurement ranges, ensuring visualized measurement data accuracy at a centimeter-level precision. The system includes a movable ruler with customizable colors to suit different environmental conditions.

Additionally, it supports one-click screenshot saving of measurement results, making it ideal for various industry inspection tasks.

Multi-measurement capabilities

QY-MT streamlines the measurement of length and height for chosen underwater objects, offering adaptable units in centimeters or inches for effective data display on the system screen.

Overcoming underwater measurement challenges, QY-MT facilitates drawing curves and arcs, intelligently measuring the length of curved objects within a plane, thereby optimizing efficiency in underwater measurements.

Expanding its capabilities, QY-MT caters to underwater polygonal target objects, enabling precise angle data retrieval through the angle measurement option.

Furthermore, it tackles complex irregular underwater objects by harnessing powerful AI computing capabilities, ensuring the capture of area and perimeter data with high precision in a single click.

As a pioneer in AI underwater robots, QYSEA Technology stays committed to exploration and self-revolution, continuously pushing the boundaries of imagination.

With the global introduction of the QY-MT intelligent measurement system, QYSEA infuses new vitality into underwater measurements, leading the industry’s ongoing transformation.

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