Platform One

Securing GNSS with AI

Researchers in China have developed a lightweight module to secure global navigation satellite system (GNSS) signals used in existing UAV autopilots. Civilian UAVs rely on unencrypted GNSS navigation, making them easy prey...

Platform One

Improving the urban canyon

Researchers in Norway have combined three techniques to improve the accuracy of GNSS signals for driverless cars in cities. Phase-only positioning can overcome the issues of the urban canyon that make data from GNSSs such as GPS or Galileo...

Platform One

Cooperative lifting

A new algorithm allows multiple quadcopters to work together to control and transport heavy payloads, even in windy conditions. The algorithm is suitable for reaching and maintaining hard-to-reach infrastructure, such as offshore...

Platform One

Landing a UAV on a ship

A new algorithm can help quadrotor UAVs land on a moving ship more efficiently. A research team led by Tao Song, professor at the School of Aerospace Engineering at Beijing Institute of Technology, has developed a fixed-time control...

Platform One

Octopus inspires underwater drive

Researchers in the US have developed an underwater propulsion system based on the way an octopus moves. The research team at the University of Iowa outfitted the wings of an underwater hydrofoil with a series of coiled spires that...

Platform One

Multimodal delivery robots

A team of researchers in Canada has developed a model that combines electric vehicles, round robots and lockers for more efficient deliveries. The customised optimisation algorithm developed by the team at Concordia University...

Platform One

Autonomous trucking

Waabi in Canada is working with Volvo Autonomous Solutions on a self-driving truck system. The system integrates the Waabi Driver software running on NVIDIA’s AGX Thor processor and DRIVE AGX Hyperion 10 architecture...

Platform One

Event-based AI for driverless cars

Researchers in Germany have developed a system for more effective image detection using event-driven AI. Traditional cameras used by driverless cars capture images frame by frame, which can cause motion blur or loss of important details...

Platform One

AUV for deep-water exploration

A new autonomous underwater vehicle has visited previously unexplored areas of the ocean depths. The Orpheus benthic exploration AUV has been designed for deep-ocean exploration with a pair of landing skids that allows the vehicle...

Platform One

Fibre-based pressure sensors

Researchers in Japan have developed a new type of pressure sensor using fibres. Measuring pressure from the distortion of hydrogels or films using decreasing resistance when the fibre is compressed, requires sensitive measurement...