Autonomy and robotics
Explore how HxGN SmartNet enables navigational accuracy for autonomous vehicles and an expanding range of robotics.
Autonomous technology and robotics are redefining possibilities, enabling greater efficiency and safety across sectors. High-performance applications such as self-driving vehicles, planting and harvesting robots, and even bots that sketch perfect chalk lines on athletic fields rely on precise GNSS/GPS positioning with centimetre-level accuracy to function correctly. As the realm of autonomous applications expands, the need for reliable, real-time GNSS/GPS correction services becomes not just valuable, but essential. HxGN SmartNet correction services are a key enabler of autonomous technologies, leveraging the world’s largest reference station network to ensure your technology operates with the high accuracy required for these demanding, precision applications.
Autonomous vehicles
Autonomous driving represents a frontier of transport, revolutionising our interaction with vehicles and reshaping urban mobility. From self-driving race cars to increasing levels of autonomy in public transport, commercial trucking, and agricultural and mining machines, the functionality of self-driving vehicles hinges on accuracy via real-time corrections to navigate complex and dynamic environments. GNSS/GPS corrections provide the linchpin for successful navigation with real-time centimetre-level positioning accuracy. HxGN SmartNet's precise and GNSS/GPS correction services help autonomous vehicles fulfil their promise of safe, consistent, and reliable operation, even in challenging circumstances.
Robotics
The robotics industry is burgeoning, expanding its capacities to include precision farming, athletic field marking applications, and more. Enabling robots to plant seeds, mow fields, harvest crops, or draw chalk lines with impeccable precision requires GNSS/GPS positioning corrections with centimetre-level accuracy. HxGN SmartNet's comprehensive GNSS/GPS correction services support successful robotics applications, providing precise, reliable performance across environments and use cases.