A commercial robotaxi service in Zagreb has removed the human safety driver from its vehicles, becoming one of the first in Europe to operate fully driverless rides for paying passengers. The service, which has been running for months in the Croatian capital, previously kept a person behind the wheel to monitor the autonomous system. That final layer of human oversight has now been stripped away, according to reports from the region.
The move places Croatia ahead of much larger markets in the race to deploy autonomous ride-hailing at commercial scale. While Tesla continues testing its Cybercab prototype in the United States, the Zagreb operation has quietly moved from supervised trials to fully driverless service. The distinction matters: a robotaxi without a safety driver is no longer an experiment but a commercial product, subject to the same expectations of reliability and safety as any other form of public transport.
Details of the Zagreb service remain limited, but its progression follows a familiar pattern in autonomous vehicle deployment. Operators typically begin with a human monitor who can take control if the software fails. Once the system proves reliable across a range of conditions, that role is eliminated. The Croatian service appears to have reached that threshold, at least within its defined operating area. The company behind the service has not disclosed the size of its fleet or the exact number of rides completed without a safety driver.
The development is notable for what it says about the geography of innovation. Autonomous driving is often framed as a contest between American and Chinese technology giants, with European players cast as regulators rather than pioneers. Zagreb's robotaxi service challenges that narrative. It suggests that smaller markets, with less complex traffic environments and more flexible regulatory regimes, can serve as proving grounds for technology that remains stuck in testing elsewhere.
For British readers, the implications are twofold. First, it demonstrates that the technical barriers to driverless commercial operation are falling, even if the regulatory and insurance frameworks in the UK remain cautious. Second, it raises the question of whether London or other British cities could host similar services in the near term. The UK has allowed limited autonomous vehicle trials, but a fully driverless commercial robotaxi service remains some way off. The Zagreb example may accelerate that timeline by providing evidence that the technology works in a European urban context.
The removal of the safety driver also carries symbolic weight. For years, the promise of autonomous vehicles has been undermined by the persistence of a human backup, a reminder that the machines were not quite ready. Each time a service drops that backup, the gap between demonstration and deployment narrows. The Zagreb robotaxi is not a concept car or a press release; it is a fare-paying service operating without a person in the driving seat. That is a milestone, however modest its scale.
Competition in the sector remains intense. Tesla's Cybercab, unveiled with considerable fanfare, is still in the testing phase. Waymo operates driverless services in several US cities. Chinese companies are running robotaxis in Wuhan and other urban centres. Against that backdrop, Croatia's achievement is easy to overlook. But it is precisely the kind of incremental progress that turns a futuristic idea into ordinary infrastructure. The question now is whether the Zagreb model can be replicated, and how quickly.