Tag: Marine

Hydrus is revolutionizing the aquaculture industry by offering cost-effective and sustainable solutions for monitoring seabed health.

Underwater drone Hydrus completes successful simulation to identify hazards in tropical waters with Australian Institute of Marine Science.

Advanced Navigation successfully completes testing of Hydrus at ReefWorks, Australian Institute of Marine Science’s tropical marine technology test range.

Australia, April 2023 – Advanced Navigation, the world’s most determined innovator in artificial intelligence (AI) for robotic and navigation technologies, is announcing the largest subsea robotics centre in Australia, located in Balcatta, Western Australia (WA).

There are several techniques for using USBL that are suited to different applications, each of which provides different advantages and results. USBL-squared (USBL2) is unique to Advanced Navigation. This article briefly explains each technique and the benefits of USBL-squared to help untangle any confusion on the subject.

JM Robotics adopt Subsonus USBL2 acoustic compass for accurate ROV heading in difficult, shallow water conditions.

BOSS Magazine delves into Advanced Navigation’s innovative technologies – from AI and neural networks to navigation in the open space and the deep blue.

Companies around the world have developed a variety of smart navigation solutions and services. Advanced Navigation’s GNSS compass and Subsonus have been highlighted as key players supporting seafarers in achieving safer and more accurate voyages.

Global, October 2022 – Advanced Navigation, the world’s most determined innovator in artificial intelligence for robotic and navigation technologies is announcing Boreas D70, a fibre-optic gyroscope (FOG) inertial navigation system (INS).

Acoustic signaling is a method of using sound as a means of wireless underwater communications. Acoustics are used because radio waves, light waves and satellite signals cannot travel through water for any useful distance because of signal attenuation (reduction in amplitude) due to water density.