If you want a glimpse at the road ahead—one where your car reads the world as fluently as you do—Stellantis just offered a clear window into that future. At the Hi-Drive Final Event in Brussels, the global automaker laid out its most advanced automated-driving tech yet, and it’s aimed squarely at tackling the messy, unpredictable, very real world the rest of us drive in every day.

Hi-Drive, Europe’s flagship automation program, is built around one mission: move automated driving beyond the carefully manicured test route and into the gritty, chaotic mix of urban streets, highways, and everything in between. The project’s researchers aren’t just building smarter cars—they’re trying to prove those cars can behave reliably, safely, and intelligently in the wild.

“Hi-Drive is a great example of open innovation,” said Anne Laliron, Stellantis’s SVP of Technology Research. She emphasized that collaboration with Europe’s leading tech and research players is helping the company accelerate automated driving from lab theory to practical mobility. And at Brussels, Stellantis backed that up with metal—and a whole lot of sensors.

Two Test Cars, Two Approaches to the Future

Stellantis brought two “Living Lab” cars to demonstrate how its next-gen systems are taking shape.

Peugeot e-2008 Prototype
Sitting under a rooftop sensor stack that looks ready to map Mars, the e-2008 bristles with hardware: eight lidars, nine cameras, four radars, plus both short-range and cellular V2X communications. This isn’t gadget overload—it’s how the car builds a 360-degree view of its world. The setup is designed for dense urban environments, where automated systems must identify everything from cyclists weaving between lanes to sudden pedestrian crossings.

Maserati Levante (MY2018) Prototype
The Levante, on the other hand, focused on high-definition mapping and V2X communication. Using digital-signal messaging from infrastructure and other vehicles, it can interpret hazard alerts, react to dynamic road signage, and generally stay far more aware than any system relying on onboard sensors alone. The goal: driving that’s safer because the car knows more than what’s visible through the windshield.

Why Connectivity Is the Real Secret Sauce

If automated driving has a backbone, Stellantis believes it’s advanced connectivity. Short-range communication, 5G cellular networks, and high-speed data exchange will allow future automated vehicles—not just Stellantis’s—to feed each other traffic info, road conditions, and safety alerts.

In other words: your next car won’t just see the world. It’ll talk about it.

What Stellantis Is Doing Right Now

While Level 4 driverless vehicles are still in development, Stellantis is focusing on practical, usable tech today. That includes real-time traffic updates, driver-assist safety systems, and Level 2+ hands-free highway features—tools meant to ease the mental load rather than take over entirely.

But the company clearly has no intention of stopping there. It has two major parallel collaborations pushing toward scalable robotaxi-level autonomy:

• NVIDIA, Uber, and Foxconn
• Pony.ai

Both programs will run on Stellantis’s new AV-Ready Platform™, the company’s flexible architecture built to underpin a wide range of autonomous passenger and commercial vehicles.

The Big Picture

Stellantis isn’t just chasing a buzzword future of “smart mobility.” The company is investing heavily in automated driving as a long-term strategy—one that sees future cities where vehicles are cleaner, safer, more aware, and increasingly driverless.

If the tech shown in Brussels is any indication, Stellantis is betting that the next generation of mobility won’t just assist the driver… it may replace the driver altogether.

Source: Stellantis