SOUND ON

Building the World’s
Most Advanced Roads.
Today.

Imagine the highways of the future with fewer accidents and reliable, instant safety alerts, faster and more consistent drive time that are navigated by fully automated vehicles that do this without the help of their human passengers. With the emergence of connected and autonomous vehicles (CAVs), our vehicles are getting smarter and our roads and infrastructure must adapt too; the opportunities that these changes will bring with them will change surface transport forever.

This reality isn’t just science fiction and not that far into the future.
But first, we will need to find a way to support mixed traffic, with more traditional vehicles alongside CAVs of various levels of sophistication. This will require our roads to get smarter with new enhancements and an increasing ability and need to evolve over time as technology matures – it won’t be quite as simple as going from point A to point B.

Learn more about this journey to orchestrated connected corridors with AIVIA.

Drivers Becoming Passengers

45%

OF GLOBAL NEW CAR SALES AT L3 AUTOMATION OR ABOVE BY 2030

Mixed Traffic Scenarios

30+yrs

PREDICTED PERIOD WHEN AVS WILL CO-HABIT WITH NON-AVS

Extended Connectivity

100%

OF GLOBAL VEHICLE FLEET THAT IS “CONNECTED” BY 2030

Seamless Services For All

$86B

VALUE OF ALL CONNECTIVITY ENABLED “IN-VEHICLE” SERVICES BY 2025

Experience the Future of Smart Roads

AIVIA will change the driving experience – from advanced hazard detection and road condition monitoring to allowing autonomous vehicles to share the road with human drivers safely and efficiently.

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    AIVIA Smart Roads

    1

    Physical Infrastructure Enhancement

    • Highly reflective pavement markings
    • Smart signage & dynamic lighting
    • Improved sight lines
    • In-road charging
    2

    Digital Infrastructure

    • Enabling 5G and C-V2X connectivity to all vehicles
    • High-fidelity data capture and edge processing
    • HD mapping & ODD enhancement using Digital Twins
    • Enhanced location & positioning (including in tunnels)
    3

    Supervision & Orchestration

    • Real-time sensing of driver/vehicle behaviors
    • Incident and near-miss detection and prevention
    • Dynamic capacity management
    • Emergency lane creation