A New Frontier in European Mobility

On March 24, 2026, three of the world’s most ambitious mobility firms—Uber, Verne, and Pony.ai—announced a high‑profile partnership that marks the first commercial robotaxi service in Europe. While autonomous vehicles have roamed Chinese city streets for years, this collaboration brings the technology to the heart of Zagreb, setting the stage for a new era of driverless transportation across the continent.

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A New Frontier in European Mobility

The joint venture is a blend of expertise and technology. Verne, a Croatian company founded to commercialize autonomous driving, will own and operate the vehicle fleet. Pony.ai, a U.S.-based spin‑off from Baidu, will supply the cutting‑edge Gen‑7 autonomous driving system that powers all rides. Uber’s global mobility platform will integrate the service into its ride‑hailing network, offering Croatian commuters a familiar app interface while ensuring seamless dispatch and fare management.

The Trio of Innovation

Each partner brings a distinct strength to the table:

Verne: Handles fleet ownership, maintenance, and day‑to‑day operations. The company’s deep knowledge of European regulatory landscapes positions it to secure permits for public service deployments.

Pony.ai: Provides the autonomous driving stack, proven in Chinese markets such as Guangzhou and Shenzhen, where the Gen‑7 system achieved high commercial readiness and positive safety metrics.

Uber: Integrates local demand into its universal ride‑share interface, leveraging user data, surge pricing, and existing driver networks to ensure efficient service roll‑out.

Uber’s CEO Dara Khosrowshahi highlighted the synergy, noting that the partnership “gives us a powerful ecosystem where cutting‑edge tech meets a scalable platform and local operational expertise.” Meanwhile, Verne’s CEO Marko Pejković emphasized that the initiative “closes the gap between autonomous mobility research and real‑world service.” Pony.ai’s founder Dr. James Peng added that the team’s “combined resources will accelerate the global deployment of autonomous taxis.”

Testing Grounds: Zagreb Roads

Before the service officially launches, trials have already begun on Zagreb’s streets. The city’s traffic conditions are considered a balanced test environment: mixed traffic density, diverse road types, and a broad user base. Using the Gen‑7 system, Verne vehicles navigate populated lanes, respond to pedestrian crossing decisions, and accommodate dynamic routing in real time. Early findings suggest that the system’s perception algorithms successfully handle complex urban scenarios such as roundabouts and construction zones.

Verne is responsible for securing the necessary permits from the Croatian Ministry of Transport. The company is coordinating with local law enforcement to establish a real‑time communication channel, ensuring that any emergent safety concerns are addressed within minutes. The regulatory framework for autonomous vehicles is still evolving in Europe, but the partnership’s proactive stance is expected to pave the way for other pilot programs.

Regulatory Pathways and Operational Strategy

One key advantage of this alliance is the shared responsibility for regulatory compliance. Verne will lead the application process for operational licences, drawing on its prior experience organising autonomous fleets in the U.S. and Asia. The company’s operations team is also managing the integration of vehicle maintenance schedules, battery management systems, and service level agreements with Uber’s standards for quality of service.

Uber’s role extends beyond technical integration. The company will process trip requests through its existing app, handle invoicing, and provide customer support. Uber’s global platform facilitates dynamic pricing, allowing real‑time adjustments based on demand fluctuations. Meanwhile, Pony.ai’s data analytics will feed into predictive models that help Uber manage fleet availability and reduce wait times.

Industry Voices: Leaders Speak

From the executive offices of each company, several insights emerged:

Marko Pejković (Verne CEO): “We’re excited to bring together technology, platform, and operational capacity to lift autonomous mobility from a proving ground to a scalable reality across Europe.”\n
Dara Khosrowshahi (Uber CEO): “Partnering with Verne and Pony.ai is a strategic step that will enable more users to experience autonomous taxis in multiple locations.”\n
Dr. James Peng (Pony.ai CEO): “Our Gen‑7 system has proven itself in Guangzhou and Shenzhen; the next logical step is to deploy on a versatile platform that extends our reach globally.”\n

All three leaders stressed that the collaboration would foster an ecosystem where “autonomous mobility can be accelerated at a global level, making it more efficient and accessible.” These statements reinforce the broader industry sentiment: driverless taxis are becoming a tangible component of modern urban mobility, not just a future vision.

Looking Ahead: Expansion and Impact

The partnership does not stop at Zagreb. Verne plans to scale operations across several European cities, expanding its fleet to thousands of autonomous vehicles over the next five years. This expansion will rely on incremental regulatory approvals, collaborative testing in similar urban contexts, and the global reach of Uber’s platform to generate ridership demand.

Beyond the immediate financial model, the initiative could reshuffle traffic patterns. Autonomous taxis have the potential to reduce parked car numbers, alleviate congestion, and offer safer rides—thanks in large part to higher precision in steering, braking, and real‑time decision making. Environmentally, increased usage of plug‑in electric vehicles in the fleet aligns with many European cities’ climate goals, potentially cutting CO₂ emissions from daily commutes.

Conclusion

The Uber‑Verne‑Pony.ai partnership represents a critical milestone in the global autonomous vehicle journey. By combining Verne’s local operational acumen, Pony.ai’s robust technology, and Uber’s expansive platform, the trio is setting a precedent for how such collaborations can bring driverless rides to customers in a responsible, scalable manner. As tests in Zagreb prove the viability of this model, expect a ripple effect—other cities, both in Europe and beyond, will seek similar collaborations, ushering in a new standard for urban mobility.

Frequently Asked Questions

What is a robotaxi?: A robotaxi is an autonomous vehicle that can pick up passengers without a human driver. These cars rely on sensors, algorithms, and AI to navigate streets, obey traffic rules, and respond to rider requests via a mobile app.
Why was Porsche chosen as a partner over other autonomous tech firms?: Pony.ai’s Gen‑7 system has already achieved a high commercial‑grade readiness level in China, with proven safety records in busy urban environments. Its proven track record gives confidence that it can quickly adapt to European traffic, unlike other tech partners that are still in earlier development stages.
How will passengers book a robotaxi?: Passengers will use the standard Uber app. When choosing the “robotaxi” option, the app will match them with the nearest autonomous vehicle, display estimated arrival times, and handle payment exactly like a normal Uber ride.
What safety measures are in place?: Safety protocols include redundant sensor systems, continuous monitoring of software updates, real‑time communication with the operator center, and adherence to local regulatory standards. Every vehicle will also have an emergency override feature allowing passengers to request human assistance if needed.
What are the expected costs for travelers?: Uber’s dynamic pricing model will maintain consistency with other ride‑share segments, though rates may start slightly higher due to the technology overhead. As the fleet scales, price normalization is expected to bring fares closer to