Applied Autonomy, the Stavanger-based fleet management technology company, announced that the Norwegian Public Roads Administration has granted permission to operate an autonomous bus on public routes without a safety driver onboard. The permit covers a Karsan e-ATAK electric bus operated by transport providers Vy and Kolumbus within Stavanger’s public transit network. The milestone marks the first driverless authorization of its kind in Norway.
Highlights
- Norway’s first driverless bus permit: The Norwegian Public Roads Administration authorized Vy and Kolumbus to run the Karsan e-ATAK without a safety driver on scheduled public routes.
- xFlow® as the control layer: Applied Autonomy’s fleet management platform enables centralized remote monitoring, vehicle oversight, and passenger assistance across multiple autonomous vehicles.
- Driver shortage context: Europe faces approximately 105,000 unfilled bus driver positions, according to International Road Transport Union data, a figure projected to more than double by 2028.
- Commercialization signal: The permit moves the Stavanger project beyond pilot status toward a scalable, commercially viable autonomous transit model.
How the System Works
The autonomous bus operates on a layered technology stack. ADASTEC supplies the onboard autonomous driving software that handles real-time navigation, while Applied Autonomy’s xFlow® platform functions as a centralized control tower. The xFlow system connects the remote operations center to the vehicle’s autonomous systems, enabling operators to monitor fleet status, manage routing, and provide remote passenger assistance without anyone behind the wheel.
The architecture allows a single remote operator to oversee multiple vehicles simultaneously. Applied Autonomy describes this as the link between the operations center and the onboard autonomy system that makes fully driverless service operationally feasible.
Addressing Europe’s Bus Driver Crisis
The Stavanger deployment comes against the backdrop of a worsening labor shortage in European public transit. The International Road Transport Union (IRU) reported 105,000 unfilled bus and coach driver positions across Europe as of 2023, representing roughly 10% of the total workforce. Industry projections suggest that figure could reach 275,000 by 2028 as retirements outpace new recruitment.
“By implementing xFlow®, we are removing the primary bottleneck for scaling public transport,” said Olav Madland, CEO of Applied Autonomy. “Our technology allows a single remote operator to support and oversee multiple vehicles simultaneously. This provides a unique opportunity to maintain and even expand route services in areas where recruiting traditional drivers is no longer feasible.”
Economic Case for Remote-Assisted Autonomy
Beyond the labor challenge, Applied Autonomy is positioning the technology as a cost-reduction mechanism for municipalities and transit operators managing constrained budgets.
“With xFlow®, there is a clear path to significant cost savings,” Madland said. “By optimizing operations and shifting roles from manual driving to advanced fleet management and remote passenger care, we can deliver more public transit for every dollar spent. This is the key to making autonomous buses a commercially viable solution rather than just a pilot project.”
The Stavanger project has been running since 2022, initially as a semi-autonomous service with a safety driver onboard. The Karsan e-ATAK has operated through complex urban environments including roundabouts, lane changes in mixed traffic, and a tunnel segment. According to Karsan’s 2025 financial disclosures, the manufacturer aims to begin fully driverless operations in Stavanger by the third quarter of 2026, with full type approval for autonomous vehicles targeted for 2027.
Broader Autonomous Transit Landscape
The Norway approval adds to a growing list of driverless transit milestones in Europe. Applied Autonomy’s xFlow platform is also deployed in projects across Rotterdam, Madrid, Arbon (Switzerland), and Gothenburg. The partnership between Mobileye and MAN Truck & Bus on autonomous city buses represents another major effort to address the driver shortage through automation, though that program has yet to reach driverless public operation.
The Norwegian permit is notable for its regulatory specificity. Rather than a broad autonomous vehicle framework, the authorization was granted to named operators (Vy and Kolumbus) for defined routes, reflecting the incremental regulatory approach most European jurisdictions are taking toward driverless transit.
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