Technology

Successful sea trials demonstrated the viability of a scalable, autonomous solution for long-endurance anti-submarine warfare and real-time maritime domain awareness—advancing AUKUS undersea warfare objectives.

Saildrone has unveiled new capabilities to overcome GPS jamming and spoofing that has hindered unmanned operating systems in the region.

National Data Buoy Center Director Dr. William Burnett says what we need is a conglomerate of moored and uncrewed systems working together to resolve observation gaps and grow the Blue Economy.

A lighter, leaner design to optimize speed, power, and payload for long-range, long-endurance autonomous ocean mapping and maritime security.

The American Bureau of Shipping issued interim classification for a commercial autonomous, uncrewed vehicle to Saildrone for the 10-meter Voyager.

The accomplishment comes just 10 years after the first Saildrone USV crossed the Pacific Ocean and confirms Saildrone’s position as the only proven long-range, long-endurance uncrewed platform.

Saildrone’s passive acoustics array is designed to detect marine mammals like whales and dolphins to mitigate impacts on those species from human activities.

AIP, an important first step to full classification of a new maritime vehicle, was awarded to the Saildrone Voyager and Saildrone Surveyor.

The 33-foot Saildrone Voyager is designed for near-shore bathymetry and maritime security missions.

The award is one of five new projects to receive a total of $3.5 million for ocean co-use and transmission.

Offshore wind energy is a key element in reducing dependence on fossil fuels, but it’s important to understand the potential effects on marine mammals and the ocean ecosystem during and after development.

Detailed information about the coastal seafloor is essential to predicting destructive hurricane storm surge.