Innovative Autonomous Ship Navigation Solutions

Transforming maritime operations with autonomous navigation technology and real-time decision-making processes.

Real Ship Trials

Conducted under diverse sea conditions and weather.

Improving navigation decisions for safer voyages.

Enhancing system performance through meticulous testing.

Test Ships
Sea Areas

Innovating Autonomous Ship Navigation Solutions

At Hanhai Yuqiong, we specialize in autonomous ship navigation, integrating perception, decision-making, and execution for unmanned maritime operations, ensuring safe and efficient navigation in diverse conditions.

Autonomous Ship Navigation

We provide integrated solutions for unmanned ship navigation, enhancing decision-making and execution capabilities.

A large blue and white ship with orange accents is positioned on calm waters. The ship has a complex array of antennas and equipment on its upper deck. A small red buoy is floating nearby with a flag attached.
A large blue and white ship with orange accents is positioned on calm waters. The ship has a complex array of antennas and equipment on its upper deck. A small red buoy is floating nearby with a flag attached.
Real Ship Trials

Conducting actual navigation tests in various sea areas and weather conditions to ensure system reliability.

Performance Evaluation

Collecting test data to assess system performance and implement improvements based on results.

Autonomous Navigation

Innovative solutions for unmanned ship navigation and control.

A close-up view of the bridge of a ship, featuring a control room with large windows. Various antennas and navigational equipment are mounted on the structure, and a person is visible inside the room. The ship's exterior is white, and the background shows a clear sky and blurry outlines of trees and electrical wires.
A close-up view of the bridge of a ship, featuring a control room with large windows. Various antennas and navigational equipment are mounted on the structure, and a person is visible inside the room. The ship's exterior is white, and the background shows a clear sky and blurry outlines of trees and electrical wires.
Navigation Trials

Conducting real ship trials in various conditions.

A nautical control panel featuring a compass and a navigation screen is seen through a ship's window with a view of the open sea and horizon under a clear sky.
A nautical control panel featuring a compass and a navigation screen is seen through a ship's window with a view of the open sea and horizon under a clear sky.
System Evaluation

Assessing performance and improving navigation systems continuously.

A large research vessel navigates through the ocean, leaving a trail of white foam in its wake. The ship is equipped with various antennas and cranes, highlighting its function for scientific exploration. The vessel's name and identification number are visible on its side.
A large research vessel navigates through the ocean, leaving a trail of white foam in its wake. The ship is equipped with various antennas and cranes, highlighting its function for scientific exploration. The vessel's name and identification number are visible on its side.
A large ship navigates through rough seas with waves crashing over its deck. The sky is overcast with hints of light suggesting early morning or late evening. Long pipelines run along the length of the ship, which appears sturdy and industrial.
A large ship navigates through rough seas with waves crashing over its deck. The sky is overcast with hints of light suggesting early morning or late evening. Long pipelines run along the length of the ship, which appears sturdy and industrial.
Data Collection

Gathering test data for system performance analysis.

Decision Making

Timely navigation decisions for autonomous ship operations.