Automotive test


Our Supercorrelation™ technology revolutionises the accuracy and security of GPS technologies for the automotive industry.
Example of S-GNSS tracking car through dense city

According to a 2021 roadway survey, “crashes injure millions of people each year and impose a comprehensive cost on society of more than one trillion dollars”.

Advancements in Advanced Driver Assistance Systems (ADAS) and Autonomous Vehicles (AVs) aim to reduce accidents considerably and could potentially reduce this by as much as 90%.

Consistently accurate positioning to a lane level is a key requirement for autonomous systems to work safely and reliably in cities. Current solutions use a combination of traditional GNSS (widely known as GPS), together with imaging systems. Current GNSS systems suffer from environmental interference, causing satellite signals to bounce off buildings, cars and other objects, leading to inaccuracy and a consequent lack of confidence.

Supporting accurate positioning for autonomous cars and driver assistance platforms, Supercorrelation technologies, has the potential to:

  • Provide lane-level positioning accuracies in more challenging environments than currently possible

  • Transform the insurance industry

  • Reduce congestion and help make roads safer

  • Help facilitate a reduction in human error

  • Transport goods faster and more efficiently

  • Be resilient to spoofing attacks, enabling safe & secure GPS navigation

2024 Chevrolet Equinox EV 3 LT 120 1

View of driver’s side front cabin in 2024 Chevrolet Equinox EV 3LT with Super Cruise activated. Preproduction model shown.

“This collaboration with FocalPoint targets a specific aspect of ongoing expansion of Super Cruise and Ultra Cruise going forward”

Kent Helfrich, President, GM Ventures

Improving accuracy and safety of in-car navigation systems

Supercorrelation technologies make navigation and positioning more accurate, especially in dense urban environments. Real-world testing has improved GNSS measurements by up to 10 times, enabling lane-level positioning. This improvement to GNSS means we are one step closer to achieving full autonomy - traditionally, such improvements could only be achieved by adding unrealistically large and expensive antenna arrays.

Critically, Supercorrelation provides high resilience against cyber attacks and spoofing, caused by the ability to trick or falsify your location from potential signal interruption. Thanks to Supercorrelation, drivers can have total confidence they will be able to arrive safely and securely at their destination.

Working in collaboration with General Motors

We’re pleased to be working in conjunction with General Motors to explore bringing this next generation GPS technologies to the automotive industry and ongoing growth and capability of their ADAS and AV systems.