The robotaxi industry is often discussed in terms of the vehicles riders can see — familiar SUVs circling San Francisco, IONIQ 5s operating in Las Vegas, sleek vans in Singapore. Less visible but equally consequential is the technology that makes those vehicles autonomous. Mobileye, an Intel subsidiary headquartered in Jerusalem, supplies the autonomous driving systems — cameras, processors and software — that now power commercial services across Europe, Japan, Southeast Asia and the United States. In May 2026, Mobileye’s SAE Level 4 autonomous driving approach received formal certification from TÜV SÜD, one of the world’s most respected independent safety auditors. For Australia, that certification — and the deployments rolling out beneath it — marks a significant point in the pathway toward commercially operating autonomous taxis.
What Is Mobileye?
Mobileye was founded in Jerusalem in 1999 by Professor Amnon Shashua, a computer science researcher at the Hebrew University. The company’s founding insight was that cameras — affordable and widely available — could, with the right algorithms, give a vehicle everything it needed to understand its surroundings safely. That vision produced the EyeQ system-on-chip: a camera-based sensor-processing platform now embedded in hundreds of millions of vehicles globally as an advanced driver-assistance system.
Intel acquired Mobileye in 2017 for approximately USD $15.3 billion, at the time one of the largest technology acquisitions in the automotive sector. The combination gave Mobileye Intel’s semiconductor fabrication capability and financial resources while giving Intel a leading position in automotive technology. Today Mobileye operates across three product lines: EyeQ ADAS systems for mass-market vehicles, Mobileye SuperVision for advanced hands-free driving, and Mobileye Drive — the company’s fully autonomous, driverless platform for commercial Mobility-as-a-Service operations.
Understanding how the sensors and AI inside a self-driving vehicle actually work provides useful context for why Mobileye’s camera-first approach — rather than expensive LIDAR arrays — has attracted so many vehicle manufacturers and fleet operators as partners.
Mobileye Drive — Europe’s First Certified Level 4 System
Mobileye Drive is the company’s self-driving system for autonomous Mobility-as-a-Service. The platform uses multiple cameras, radar and Mobileye’s software stack to handle all driving tasks without human intervention at SAE Level 4 — meaning the vehicle operates autonomously within a defined area without requiring a human driver to be available as a backup.
In May 2026, TÜV SÜD — a German independent safety certification body with offices in Australia and recognition across global automotive markets — formally certified Mobileye’s SAE Level 4 autonomous vehicle safety approach. TÜV SÜD certification is referenced under the ISO 26262 functional safety standard that governs automotive electronics in Australia, Europe, Japan and the United States. The certification does not automatically grant deployment approval in any specific country, but it establishes that Mobileye Drive’s safety methodology meets a rigorous international standard — precisely the kind of evidence that regulators examining the autonomous vehicle safety record globally are looking for before approving commercial operations.
MOIA — Volkswagen’s 11-Million-Ride Network Goes Autonomous
MOIA is a mobility subsidiary of the Volkswagen Group that operates what it describes as “Europe’s largest public transport on-demand mobility service.” Based in Hamburg, Germany, MOIA has completed more than 11 million rides and maintains a 4.8 out of 5 star rating on both Google Play and the Apple App Store. The service operates through 12,500 virtual stops — pre-designated boarding and alighting points that put pickup within walking distance of a passenger’s location — of which 10,000 are wheelchair-accessible.
MOIA offers three service types: ridepooling (shared rides grouping passengers travelling in the same direction), ridehailing (individual rides) and line services (scheduled fixed-route operations that complement existing public transport). The company’s stated mission is to “build a future for mobility that’s safe, autonomous, and driven by cities and their people” — placing local government partnership, not just ride-hail volume, at the centre of its model.
The autonomous vehicle at the heart of MOIA’s next phase is the VW ID. Buzz AD, the autonomous-driving variant of Volkswagen’s electric minivan, equipped with Mobileye Drive and integrated with MOIA’s software platform, vehicle control systems and remote operations infrastructure. The combination is what MOIA describes as a complete turnkey autonomous solution. The economics of autonomous ridepooling in Australia will partly depend on how efficiently this kind of integrated hardware-software model can be deployed at scale.
Oslo, Dallas and the Global Expansion
In March 2026, Ruter — Oslo’s government-owned public transport authority — and fleet operator Holo announced they had selected MOIA’s autonomous vehicle solution, powered by Mobileye Drive, for a new on-demand transit service launching in Oslo in spring 2026. The selection makes Oslo the first city in the Nordic region to launch a commercially operating autonomous ridepooling service and the first deployment of MOIA’s autonomous platform outside Hamburg.
The Oslo choice carries significance beyond its geography. Ruter is not a private operator — it is the city’s official public transport authority. Its decision to integrate an autonomous ridepooling service directly into its transit network, rather than tolerate it alongside conventional services, offers a governance model that Australian transport authorities considering autonomous vehicle integration may find instructive.
In the United States, Lyft, Mobileye and Japanese trading company Marubeni announced in February 2025 a partnership to deploy Mobileye Drive-powered robotaxis in Dallas, with expansion to multiple additional cities planned from 2026. In Japan and Southeast Asia including Taiwan, Mobileye has an established partnership with WILLER — a Japanese mobility company — to deploy autonomous transport services across the region, placing Mobileye-powered autonomous vehicles within the broader Asia-Pacific robotaxi expansion already under way close to Australia.
Volkswagen Group’s 17-Model Integration
In March 2025, Volkswagen Group and Mobileye announced an expanded collaboration to integrate Mobileye SuperVision — the company’s advanced hands-free driving system — and Mobileye Chauffeur across 17 Volkswagen Group vehicle models from 2026. The Volkswagen Group’s brands include Volkswagen, Audi, ŠKODA, SEAT, CUPRA and Porsche; several sell vehicles in Australia through established dealer networks.
Mobileye SuperVision relies on cameras and the EyeQ processor rather than LIDAR, a design choice that keeps hardware costs within mass-market vehicle price points. The system has already been deployed at significant scale in Chinese electric vehicles, including a fleet of 110,000 Zeekr vehicles that received Mobileye SuperVision OTA updates in 2024. The 17-model Volkswagen Group integration represents the broadest single OEM rollout of the technology in Western markets to date.
Volkswagen Group vehicles fitted with Mobileye SuperVision or Chauffeur arrive with advanced camera perception hardware already embedded — infrastructure that overlaps with what autonomous vehicles require at higher levels of automation. The hardware and software layers inside a self-driving system are the same whether they are deployed for driver assistance or full autonomy; the difference is the sophistication of the software running on top of them.
What Mobileye’s Expansion Means for Australia
Mobileye has not announced any Australian autonomous driving deployments. Commercial autonomous vehicle operations in Australia would require approval under the framework being developed by Australia’s National Transport Commission, which is building the regulatory conditions for conditional automated driving approvals expected to enable initial commercial deployments later this decade.
The Australian relevance of Mobileye’s progress operates on three levels. First, the Volkswagen Group’s 17-model integration of Mobileye SuperVision and Chauffeur means vehicles arriving in Australian showrooms from 2026 onward are increasingly likely to carry Mobileye camera hardware — the same perception infrastructure that, at a higher software layer, enables full autonomous operation. Second, TÜV SÜD’s Level 4 certification uses the ISO 26262 standard that Australian vehicle safety regulators reference when assessing autonomous vehicle safety cases, meaning Mobileye Drive’s approval carries direct weight in future Australian regulatory proceedings. Third, the Oslo deployment model — a government public transport authority integrating autonomous ridepooling directly into its transit network — represents a governance approach that could be replicated by Australian state transport agencies.
The realistic timeline for autonomous taxis in Australia remains primarily a regulatory question. MOIA’s 11 million Hamburg rides, Mobileye Drive’s TÜV SÜD Level 4 certification, a live Oslo deployment and a US expansion through Lyft together represent the kind of commercial and safety evidence that Australian policymakers require before authorising driverless operations on public roads. Combined with the Asia-Pacific autonomous vehicle expansion already reaching Southeast Asia, the technology and the operators are increasingly deployment-ready. The remaining variable — for Mobileye as for every operator looking at Australia — is the speed at which Australia’s regulatory framework advances to meet them.
Sources
- Mobileye — Official Website
- Mobileye — Mobileye Drive: Self-Driving System for Autonomous MaaS
- Mobileye — Volkswagen Group Intensifies Collaboration with Mobileye
- Mobileye — Mobileye to Deploy Robotaxis in Japan with WILLER
- MOIA — Official Website
- National Transport Commission — Automated Vehicle Programme
- Featured image: Dramatic cityscape at night with buildings reflecting in water via Pexels
