Mobileye, Intel's autonomous driving subsidiary, is beginning real-world testing of self-driving vehicles on public roads in Zalaegerszeg, Hungary, with two specially marked test cars operating under human supervision to validate autonomous systems in everyday traffic conditions. The trials represent a significant milestone in the company's transition from advanced driver-assistance systems (ADAS) toward full autonomous mobility solutions, even as founder and CEO Amnon Shashua steps down after nearly three decades leading the organization.

What Makes Hungary the Right Place for Autonomous Vehicle Testing?

Zalaegerszeg has emerged as a European hub for autonomous vehicle research and development. The city's ZalaZONE testing facility provides a controlled environment where companies can validate new technologies before deploying them on public roads. Mayor Zoltán Balaicz announced the new testing program, emphasizing that the vehicles will operate on designated routes under normal traffic conditions with specially trained safety drivers on board at all times.

The location offers several advantages for Mobileye's testing objectives. Vehicles will encounter real-world scenarios including traffic lights, road markings, pedestrians, cyclists, surrounding vehicles, and unexpected events. This diversity of conditions helps engineers understand how autonomous systems respond to the unpredictability of everyday driving, which is essential before commercial deployment.

How Does Mobileye Prepare Vehicles for Public Road Testing?

• Closed-Track Validation: All vehicles undergo extensive testing on closed tracks before approval for public roads, ensuring basic functionality and safety protocols are established.
• Technical and Software Assessment: Comprehensive evaluations of hardware, software, and sensor systems are conducted to identify potential failure points.
• Risk Analysis: Detailed risk assessments and safety reviews precede every public road test, with technical validation carried out in cooperation with TÜV Rheinland, an independent certification organization.

This methodical approach reflects the stakes involved in autonomous vehicle development. According to the announcement, vehicles equipped with Mobileye's autonomous systems completed more than 200,000 kilometers of accident-free public road testing worldwide in 2025. That track record provides confidence that the technology has matured beyond early-stage experimentation.

Each test vehicle is easily identifiable by green-and-white or green-and-black liveries and clear "Autonomous Vehicle" markings. This transparency is intentional, allowing other road users to recognize the test cars and adjust their behavior accordingly. The mayor urged motorists, cyclists, and pedestrians to follow normal traffic rules, avoid deliberately interfering with the vehicles, and refrain from following them too closely.

Why Is Leadership Transition Happening Now?

Amnon Shashua's decision to step down as CEO marks a turning point for Mobileye as the company shifts its strategic focus. Under Shashua's leadership, Mobileye grew from a startup into a global leader in autonomous driving technology, with its systems embedded in millions of vehicles worldwide. However, the company is now pursuing more ambitious goals beyond traditional automotive applications.

Mobileye is expanding into robotaxis and humanoid robotics, signaling a broader vision for autonomous systems beyond driver-assistance features. The company is collaborating with various partners to deploy fleets of self-driving vehicles in urban environments and exploring how humanoid robots could assist in healthcare, customer service, and other sectors. This expansion requires different expertise and strategic thinking than the company's core ADAS business.

"The long-term objective is to help prepare autonomous technologies for safe commercial deployment, including future robotaxi services," stated Mayor Zoltán Balaicz.

Zoltán Balaicz, Mayor of Zalaegerszeg

The company has not yet announced a successor, but industry observers expect the transition to be smooth given the depth of talent within Mobileye's organization. The timing coincides with Hungary's supportive regulatory environment. Transport and Investment Minister Dávid Vitézy has publicly backed autonomous vehicle deployment, arguing that self-driving vehicles could be significantly safer than human drivers and could begin appearing on Hungarian roads within the next few years.

What Do These Tests Mean for the Future of Autonomous Mobility?

The Hungary trials represent a critical validation phase for Mobileye's technology. Real-world testing on public roads provides data that closed-track testing cannot replicate. Weather variations, unpredictable pedestrian behavior, complex traffic patterns, and edge cases all contribute to the training and refinement of autonomous systems. Each kilometer driven under real conditions strengthens the safety case for eventual commercial deployment.

The fact that Mobileye is expanding testing while simultaneously pivoting toward robotaxis suggests confidence in the underlying technology. The company's 200,000 kilometers of accident-free testing in 2025 provides a foundation for this expansion. As more vehicles accumulate real-world miles, the statistical evidence supporting autonomous vehicle safety becomes stronger and more persuasive to regulators and the public.

Zalaegerszeg's role as a testing hub also reflects a broader European strategy to maintain competitiveness in autonomous mobility. While China and the United States have made significant progress in robotaxi deployment, European cities are establishing themselves as centers for rigorous testing and validation. This approach emphasizes safety and regulatory compliance, positioning European autonomous vehicle technology as a trusted alternative in global markets.