Active deployments, pilots and incoming projects across robotaxis, shuttles, buses & freight — tracked across EU, North America & Asia
| Project / Initiative | What Makes It Notable | Details | Vehicle | Timeline | Latest News | |||
|---|---|---|---|---|---|---|---|---|
| ALIKE ProjectHamburg's flagship public AV ridepooling trial — the first German city to deploy shared autonomous rides under the §1e StVG autonomous driving law. | RegulationScaleFirst project certified under Germany's §1e StVG — the EU's most advanced national AV law. Shows that a clear legal framework unlocks deployment, not just technology readiness. Also the first AV platform designed from the ground up for multi-city licensing rather than a single pilot. | EU / IL RidepoolingPublic Transit Active Pilot 🇩🇪 Hamburg | VW ID. Buzz AD27 sensors: 13 cameras, 9 LiDAR, 5 radar. Mobileye Drive system. Purpose-built for mobility services. | Dev. start2021 On road2025 Driverless2026 target | ||||
| NoWeL4 (Northwest Level 4)Berlin's AV shuttle trial covering a 15 km² residential zone — the first multi-district autonomous service in the German capital under federal law. | IntegrationUrban CoverageDemonstrates how AV shuttles can be layered into an existing urban transit network as a complement rather than a replacement. The 15 km², 80-stop geo-zone is one of the largest urban AV operating areas in Europe — testing whether scale changes the economics. | EU / IL Autonomous Shuttle Active Pilot 🇩🇪 Berlin Spandau · Charlottenburg · Reinickendorf | VW ID. Buzz ADSame Mobileye Drive platform as ALIKE. 5 vehicles, 80 stops. | Funded2025 On roadEarly 2026 | ||||
| Ruter / Holo — Oslo AV Public TransitOslo's public transport authority deploying the ID. Buzz AD as part of regular public transit, following two years of development-vehicle testing with the same Mobileye platform. | Staged DeploymentPublic AuthorityOne of the clearest examples of a disciplined multi-year transition: 2 yrs dev-vehicle testing → production vehicle rollout. A Nordic public authority leading AV adoption — rather than a private operator — validates a model where risk is de-risked before committing to a commercial platform. | EU / IL Autonomous ShuttlePublic Transit Launching 2026 🇳🇴 Oslo Groruddalen district | VW ID. Buzz ADMobileye Drive EyeQ™ 6H (2nd gen). Upgrade from dev vehicles after 2 yrs Oslo testing. | Prior tests2023–2025 ID. Buzz on roadSpring 2026 | ||||
| HOLON Urban — European DeploymentA purpose-built autonomous electric shuttle designed specifically for public transit — not a retrofitted vehicle — receiving German federal approval in November 2025 and currently operating a fleet in Hamburg. | Integrated ModelOEM-FirstHolon's "not just an OEM" pitch is distinctive: it combines vehicle, software (Mobileye), fleet financing, and operations under one roof — a model closer to Verne than to VW/MOIA. Its partnership with Lyft as a distribution channel (rather than building its own app) mirrors the Chinese-platform playbook but in reverse: European hardware, US distribution. | EU Autonomous Shuttle Active Pilot 🇩🇪 Hamburg (active) 🇺🇸 Jacksonville FL (production) Europe, USA, Gulf markets targeted | HOLON Urban15 passengers, 60 km/h, 290 km range. 11 cameras, 9 LiDAR, 6 radar. No steering wheel or pedals. | Founded2022 KBA approvalNov 2025 Hamburg fleetActive 2026 Production (US)Jacksonville, 2026 | ||||
| EasyMile EZ10 — European NetworkThe world's most operationally experienced autonomous shuttle programme — over a decade of real deployments across campuses, business parks, city streets, and airports in 30+ countries. First EU vehicle to receive public-road L4 authorization (France, 2021). | Depth of ExperienceStrategic PivotEasyMile is the most operationally honest proof-point in EU AV: 10+ years of actual deployments, not pilots. Its strategic pivot away from urban shuttles toward industrial/airport use cases in 2026 is a telling signal — it suggests the low-speed urban shuttle market is not commercially scaling as hoped, and that controlled-environment applications offer better unit economics today. | EU Autonomous Shuttle Live (multi-site) 🇫🇷 Toulouse, Monheim 🇩🇪 Bad Birnbach, Munich, Monheim am Rhein 🇸🇪 Barkarbystaden (Stockholm) 🇳🇴 Kongsberg 30+ countries total | EasyMile EZ10 (Gen 3)Up to 15 passengers, 40 km/h. Cameras, LiDAR, GPS, radar. Updated sensor suite; solar range extension via Sono Motors partnership. | Founded2014 First deploy2015 EU L4 auth.2021 (France) Active sites300+ globally | ||||
| Navya Mobility — Autonom Shuttle EvoSuccessor to the original Navya shuttle programme — managing existing fleets across 32 countries while developing the next-generation Autonom Shuttle Evo, under new ownership by Japanese semiconductor company Macnica. | Survival StoryAsia CapitalNavya's journey from bankruptcy to Japanese-owned revival is the starkest case study in EU AV commercialization failure — and what comes after it. That the rescue capital came from Japan (Macnica) rather than Europe signals a broader pattern: European AV pioneers struggle to find domestic exit capital, making them acquisition targets for Asian and US strategic buyers. | EU / JP Autonomous Shuttle Active (fleet management) 🇫🇷 France (HQ + deployments) 🇯🇵 Japan (NTT West expansion) 32 countries, 220+ vehicles | Autonom Shuttle EvoIn-house Navya Drive sensor suite (LiDAR + cameras + radar + GPS + IMU). L4 on closed sites. New Evo platform in development. | Original Navya2014–2023 BankruptcyFeb 2023 → Gama → Navya2023–2024 Macnica takes overJune 2024 Active fleetsOngoing | ||||
| 2getthere Automated Transit — Brussels Airport & RiviumEurope's longest-running operational automated transit system — fixed-lane electric pods running continuously at Brussels Airport (staff/passenger parking) and Rivium business park in the Netherlands since the 2000s. | Oldest EU AV OperatorInfrastructure Model2getthere proves that dedicated-lane automated transit works reliably at scale — but it also illustrates the ceiling: without moving to mixed-traffic roads, the addressable market is limited to airports, business parks, and campuses. Its ZF acquisition is a bet that the sensor/compute upgrade path can convert it into an open-road AV system. If successful, it would be the most credible EU autonomous transit scaling story. | EU Automated Transit Pod Operational 🇧🇪 Brussels Airport (Zaventem) 🇳🇱 Rivium, Capelle aan den IJssel 🇦🇪 Masdar City (UAE) 14M+ passengers carried at Rivium+Masdar | 2getthere Electric PodFixed-lane, dedicated infrastructure. Electric drivetrain. 99.7%+ system reliability. Automated (not open-road AV). Scaling toward mixed-traffic applications. | Founded1984 Rivium opsEarly 2000s Brussels Airport2018–present ZF acquisition2019 | ||||
| Leuven Autonomous MobilityBelgium's first multi-regional AV public transit project — two WeRide shuttles on a fixed urban route, publicly boarding since January 2026. | Multi-jurisdictionChinese in EU TransitNotable for spanning all three Belgian administrative regions in a single project — a rare cross-jurisdictional governance achievement. Also the most visible example of a Chinese AV company embedding itself in European public transit infrastructure through a Renault Group stake rather than a direct commercial play. | CN Autonomous Shuttle Live 🇧🇪 Leuven Station ↔ Heverlee, 4 km Weekdays 8am–6pm, every 30 min | WeRide RobobusCamera + radar. 8 passengers max. Fixed route, safety driver present. | MappingSummer 2025 TestingSept 11, 2025 Public ridesJan 22, 2026 | ||||
| WeRide Shuttle — Valence Business ParkA permanent autonomous shuttle connecting a business park to the local train station — one of the earliest continuously operating AV services in France. | Insurance ModelOperator PartnershipOne of the few EU AV deployments to include an insurer (Macif) as a founding partner from day one — not an afterthought. Signals a maturing approach to AV liability that may become standard for public-facing services. | CN Autonomous Shuttle Live 🇫🇷 Valence, France | WeRide RobobusFixed route. Mixed-traffic road. Safety driver present. | On roadDec 2024 | ||||
| WeRide Shuttle — Zurich AirportAn AV pilot connecting terminals and car parks within Zurich Airport — testing autonomous operation in one of Europe's busiest and most complex transport hubs. | Controlled EnvironmentAirport BeachheadAirports are emerging as a strategic beachhead for AV deployment — geo-fenced, high-footfall, with a captive operator. This model sidesteps complex public-road regulation while generating real operational data. A template for other European airports if successful. | CN Autonomous Shuttle Active Pilot 🇨🇭 Zurich Airport | WeRide RobobusGeo-fenced airport campus. Safety driver present. | Pilot start2024 CH commercialTBD | ||||
| Wayve Robotaxi — LondonThe UK's first large-scale public robotaxi trial — combining Wayve's Embodied AI with Uber's network, enabled by the UK government's accelerated self-driving permitting framework. | Software-Only ModelNo HD MapsWayve is the clearest European proof-of-concept for the "software layer" model — it doesn't own vehicles or build hardware. The no-HD-maps approach is a fundamental architectural bet: if it works at scale, it collapses the cost and time to enter new cities. The zero-shot 500-city demo is its strongest evidence yet. | UK Robotaxi Launching 2026 🇬🇧 London 10+ global markets via Uber planned | OEM vehicles + Wayve AI DriverNo HD maps. Standard onboard compute + sensors. Vehicle make TBC for London trial. | Founded2017 Road testsMulti-city since 2022 Public trialsSpring 2026 Consumer L2+2027 | ||||
| Waymo Commercial Service — LondonWaymo's first true international expansion outside the US — bringing its fully commercial robotaxi service to London and establishing a European foothold. | BenchmarkRegulatory TestWaymo's London entry is the most important external benchmark for European AV ambitions. How quickly it gets approved — and at what operating conditions — will set expectations for every other player trying to go driverless in Europe. | US Robotaxi Launching 2026 🇬🇧 London | Waymo-fitted Jaguar I-PACELiDAR, cameras, radar. Purpose-outfitted EV. Est. ~€100k/vehicle. | Founded2009 (Google SDC) US commercial2020–present London launch2026 | ||||
| Verne Robotaxi Service — ZagrebEurope's only robotaxi designed from scratch for driverless operation — no retrofitting, no steering wheel, with a dedicated city depot and app per market. Commercial service launched in Zagreb, April 2026. | European ChampionPurpose-BuiltThe only European-born, privately-funded, purpose-built robotaxi — and now Europe's first commercially operating L4 robotaxi service (Zagreb, April 2026). Zagreb as a launch city was deliberate: smaller, manageable urban environment where regulatory approval is more achievable than London or Berlin. | EU Robotaxi Live 🇭🇷 Zagreb (launched) 🇬🇧 UK · 🇩🇪 Germany next +11 city agreements signed | Verne Purpose-Built EV2-seat, designed for driverless ride-hailing. No steering wheel. Sensor suite undisclosed. | Founded2023 Prototypes60 units (2025) Zagreb launchApril 2026 UK & DE nextPost-Zagreb | ||||
| Momenta Robotaxi — MunichUber's first Continental European autonomous deployment — pairing Momenta's AI system with IM Motors vehicles in Munich, chosen for its automotive engineering heritage. | Platform DistributionChinese Hardware in EUIllustrates how ride-hailing platforms (Uber) are becoming distribution networks for Chinese AV technology in Europe — bypassing the need for Chinese companies to build local regulatory relationships directly. Munich signals that Germany is open to Chinese-technology robotaxis arriving through trusted Western platforms. | CN Robotaxi Launching 2026 🇩🇪 Munich | IM Motors (SAIC)Chinese premium EV platform. EU sensor config undisclosed. | PartnershipMay 2025 Street testsIAA Munich, Sept 2025 Uber launch2026 | ||||
| Apollo Go — Germany & UKLyft's entry into European autonomous mobility — deploying Baidu's cost-competitive RT6 robotaxi through its FreeNow platform against US rivals charging 3× the vehicle cost. | Cost DisruptionVehicle EconomicsThe RT6's ~€30k price point is the most significant cost challenge to US-origin AV programmes in Europe. If Chinese vehicle economics translate to European operating conditions, it reframes the competitive landscape from a technology race to a unit-economics race — one where Chinese manufacturers have a structural advantage. | CN Robotaxi Launching 2026 🇩🇪 Germany · 🇬🇧 UK | Baidu RT6Purpose-built robotaxi. Removable steering wheel. ~€30k/vehicle. LiDAR + cameras. | PartnershipAug 2024 EU launch2026 | ||||
| Apollo Go AmiGo — Switzerland Baidu's first direct European deployment — a named robotaxi service (AmiGo) launching in eastern Switzerland in partnership with PostBus (Swiss Post), covering three cantons with the RT6 vehicle. | Public Transit PartnerDirect Entry Model Unlike every other Chinese AV company entering Europe through a ride-hailing platform (Uber, Lyft, Bolt), Baidu has partnered directly with a national public transport operator — Swiss Post. This is a fundamentally different entry model: PostBus brings regulatory credibility, local trust, and existing transit infrastructure that a ride-hailing app cannot. If successful, it creates a template for AV integration into public transport systems rather than competing with them. | CN Robotaxi Active Testing 🇨🇭 Eastern Switzerland St. Gallen · Appenzell Ausserrhoden · Appenzell Innerrhoden | Baidu RT6 Purpose-built robotaxi. Removable steering wheel (removed at full ops). ~€30k/vehicle. LiDAR + cameras. Up to 4 passengers. |
PartnershipOct 2025
TestingLate 2025 / early 2026
Driverless trialsH2 2026
Full opsQ1 2027 at latest
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| Pony.ai on BoltA partnership giving Europe's homegrown ride-hailing giant access to Pony.ai's Gen-7 robotaxi fleet — integrated directly into Bolt's app for EU deployment from 2026. | European DistributionPlatform DependencyBolt is the first European-owned ride-hailing platform to make a serious AV bet — and it's doing so by partnering with a Chinese provider rather than building in-house. A strategic signal: European platforms may lack the capital to develop their own AV tech, making them distribution channels for US or Chinese systems. | CN Robotaxi Launching 2026 🇪🇺 EU markets (TBD) | Pony.ai Gen-7 RobotaxiBAIC or GAC platform. LiDAR + cameras. 960+ fleet in China. EU config TBC. | PartnershipLate 2025 Bolt launch2026 | ||||
| Stellantis × Pony.ai — European RobotaxiA major European OEM embedding Chinese AV software directly into its own vehicle platform — integrating Pony.ai's autonomous system into the Stellantis AV-Ready Peugeot e-Traveller van for EU robotaxi deployment. | OEM + Software IntegrationEU ManufacturingThe most significant European OEM AV bet: a major carmaker (Stellantis) embedding Chinese AV software into European-built vehicles rather than developing its own stack. This is a different model to MOIA/VW — it's about making the OEM's vehicle AV-Ready and finding the best software partner. If it scales, it creates a European AV vehicle supply chain that doesn't depend on US or purpose-built Chinese platforms. | EU / CN Robotaxi Testing 🇱🇺 Luxembourg (initial testing) 🇪🇺 Broader EU cities from 2026 Bolt fleet vehicles from 2029 | Peugeot e-Traveller (AV-Ready)Stellantis K0 BEV medium-size van. AV-Ready Platform with integrated sensor mounts. Up to 8 passengers. Pony.ai Virtual Driver software. | MoU signedOct 2025 LUX testingLate 2025 / early 2026 EU rolloutFrom 2026 Production AVsFrom 2029 (Bolt fleet) | ||||
| Pony.ai — European Multi-City Expansion Pony.ai's broad European rollout beyond its existing Luxembourg base — targeting 20+ cities globally by end of 2026, with European expansion confirmed via Uber, Bolt, and Stellantis partnerships. Already live in Zagreb (via Verne) as of April 2026. | Multi-Channel EU StrategyAlready Live Pony.ai has the most diversified EU entry strategy of any Chinese AV company: simultaneously deploying via a European OEM (Stellantis), a European ride-hailing platform (Bolt), a US platform (Uber), and a purpose-built European robotaxi (Verne). The Zagreb revelation — that Verne's technology is actually Pony.ai — means it already has Europe's first commercial L4 robotaxi under its belt, a fact that significantly changes its competitive position here. | CN RobotaxiPlatform Rolling Out 🇱🇺 Luxembourg (HQ + testing) 🇭🇷 Zagreb (live via Verne) 🇪🇺 Broader EU via Bolt (TBD) 🇩🇪 Germany via Uber (TBD) | Pony.ai Gen-7 / ARCFOX Alpha T5 BAIC-manufactured EV platform. 960+ vehicles in China. LiDAR + cameras. EU vehicle config per market. Pony.ai Virtual Driver software (vehicle-agnostic). |
EU HQ opened2024 (Luxembourg)
Zagreb liveApril 2026 (via Verne)
Bolt EU launch2026
20+ cities targetEnd of 2026
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| Karsan e-ATAK Autonomous Bus ProgrammeEurope's first full-speed, full-size autonomous electric bus — 52 passengers at up to 50 km/h, operating in urban streets and airport campuses across four countries since 2021. | Full-Size TransitNon-EU OEM5 years of multi-country operation makes this the most seasoned full-size AV bus programme in Europe. Its longevity is itself the insight — it shows what it takes to sustain a pilot without yet commercialising. Also notable as a Turkish OEM + US software firm penetrating European public transit, a supply chain model very different from the VW/Mobileye approach. | US / TR Full-Size Autonomous Bus Live / Operational 🇫🇮 Finland 🇩🇪 Germany 🇳🇱 Netherlands 🇳🇴 Norway | Karsan e-ATAK Electric Bus52 pax, 50 km/h max. 5 Ouster LiDARs: 1× 360° rooftop, 4× 270° side. ADASTEC flowride.ai. | First EU deploy2021 Multi-countryOngoing | ||||
| Karsan e-ATAK — Sälen SIKTA (Sweden)One of Europe's first L4 autonomous bus deployments in a mountain tourism setting — commercial passenger service completed in ski resort of Sälen during peak season 2026. Part of the Sälen–Idre Autonomous Public Transportation Project (SIKTA). | Winter Conditions ProvenTourism Model First L4 AV service in a ski resort — heavy snowfall, pedestrian-skier shared roads. Proves the ADASTEC stack works in conditions most AV deployments avoid. SIKTA is a replicable public-private model: municipality + university + private operator. Phase 2 to Idre signals it's being treated as infrastructure, not a one-off pilot. | EU ShuttleWinter Tourism Live 🇸🇪 Sälen, Sweden | Karsan Autonomous e-ATAK Full-size electric bus. ADASTEC flowride.ai L4 platform. 4.8km route between ski resort areas and accommodation. Operating in heavy snowfall, shared road with pedestrians and skiers. |
Winter testing beginsJan 2026
Transportstyrelsen approval9 Mar 2026
Commercial serviceMar–Apr 2026 (~1 month)
Phase 2 — IdreTBC 2026
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| Karsan e-ATAK — Paris RATP Group6-month autonomous driving validation project with RATP Group — one of Europe's largest public transit operators. ~3,000km covered in open Paris traffic, validated at UTAC automotive test centre. | RATP ValidationUrban Stress Test RATP is Europe's second-largest transit operator — a validation project with them is a serious commercial signal, not a research exercise. 3,000km in open Paris traffic (not a closed campus) with pedestrians is a meaningful real-world proof point. The UTAC certification process is the same one used for production vehicle approvals. A positive RATP commercial decision could mean fleet-scale deployment in one of Europe's most complex urban networks. | EU ShuttleUrban Pilot Completed 🇫🇷 Paris, France | Karsan Autonomous e-ATAK ~3,000km in open urban Paris traffic. Average 5 hours/day operation. Shared road with pedestrians. Passed UTAC technical validation and certification process. |
Project duration6 months (completed Apr 2026)
AnnouncedApr 8, 2026
Next stepsTBC — RATP commercial decision
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| WeRide — Slovakia National AV ProgrammeSlovakia's first national autonomous driving programme — WeRide's fourth European market. Multi-product deployment covering robotaxis, robobuses, robovans and robosweepers in partnership with government-backed ELEVATE Slovakia. | Government-Led RolloutMulti-Product WeRide's Slovakia entry is structurally different from its Belgium/France/Switzerland deployments — it's a national programme with Ministry of Transport as primary partner, covering passenger, logistics and municipal sanitation in one framework. This is the emerging Chinese AV playbook in Europe: partner at government level, cover multiple use cases simultaneously, and establish regulatory precedent for driverless operations. Slovakia's smaller regulatory environment makes it easier to move fast than Germany or France. | CN RobotaxiShuttleLogistics Active Pilot 🇸🇰 Bratislava, Slovakia | WeRide One platform (multi-product) Robotaxi, Robobus, Robovan, Robosweeper. First vehicles expected spring 2026. All testing under Ministry of Transport supervision. Path to fully driverless once safety benchmarks met. |
Partnership announcedMar 19, 2026
First vehicles arriveSpring 2026
Bratislava testingH1 2026
Košice + High TatrasH2 2026+
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| Einride Autonomous Freight — European OperationsThe most commercially mature autonomous heavy-duty freight operation in Europe — cabless electric trucks operating real logistics routes for major shippers including Apotea, PostNord, Heineken, and at the Port of Antwerp-Bruges. | Only EU Commercial AV FreightRegulatory ModelEinride is the only European company running actual commercial autonomous freight operations on public roads — not a pilot. Its approach of adapting to existing regulatory frameworks rather than waiting for new laws is the defining strategic lesson. The world-first autonomous border crossing (Sweden→Norway) demonstrates that multi-jurisdiction AV freight is already technically and legally achievable today. | EU Autonomous TruckFreight Commercially Operational 🇸🇪 Sweden (primary ops) 🇧🇪 Belgium (Port of Antwerp-Bruges) 🇳🇴 Norway (PostNord) 🇦🇹 Austria (expanded 2024) 🇩🇪 Germany (Heineken, expansion) | Einride Pod (cabless)Purpose-built cabless electric autonomous truck. 5.2M data points/sec processed. Remotely supervised via Saga AI OS. Vehicle-agnostic platform also available for OEM trucks. | Founded2016 First public road2019 (Sweden) EU commercial opsOngoing Antwerp opsSept 2025 SE→NO border crossSept 2025 (world first) SPAC IPOAnnounced Nov 2025 | ||||
| IVECO S-Way Autonomous Truck TrialThe first autonomous heavy-duty truck deployment in Southern Europe — two IVECO S-Way trucks with PlusAI's virtual driver, operating on real logistics routes in Aragon with freight operator Sesé. | Southern EU FreightGovernment Co-PartnerThe only EU project focused on long-haul autonomous freight in Southern Europe — a market with strong near-term economics (driver shortages, fixed routes, highway conditions). The Government of Aragon as an active co-partner, not just a regulator, points to a regional government using AV freight as an economic development tool. | US Autonomous TruckFreight Starting 2026 🇪🇸 Aragon, Spain | IVECO S-Way (Heavy Duty)PlusAI SuperDrive™. Long-haul highway-capable. Safety operator throughout trial. Factory AV version targeted 2027. | PartnershipJan 2026 TestingFrom 2026 (multi-year) Factory AV truck2027 target | ||||
| Auve Tech MiCa — Tallinn Public Transit Estonia's homegrown autonomous shuttle programme — the MiCa vehicle has been integrated into Tallinn's official public transport network across multiple districts, including a live Mustamäe route and the Ülemiste City–Airport connector. | European OEMHydrogen + AV Auve Tech is the only Baltic AV manufacturer and one of very few European-built AV shuttles. Its world-first hydrogen + AV combination (MiCa hydrogen variant) is a genuine technical achievement. The company's approach of being part of the official public transit network — not a parallel service — is a meaningful integration model. Small scale but disproportionately innovative for Estonia's size. | EU Autonomous Shuttle Active Pilot 🇪🇪 Tallinn (Mustamäe, Ülemiste City) 🇫🇮 Helsinki (Vuosaari) 🇬🇷 Lamia (completed) Also deployed in Japan via BOLDLY partnership | Auve Tech MiCa Purpose-built 6–8 seat EV. Cameras, radar, LiDAR. Hydrogen variant uses TalTech low-temp fuel cells. Remote teleoperator supervision. Built entirely in Estonia (1 week per unit). |
Founded2017 (TalTech roots)
Tallinn ops2021 — ongoing
Hydrogen MiCaLaunched Jul 2021
Active pilotsEstonia, Finland, Greece
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| Zenseact OnePilot — Volvo EX90 & Polestar 3 The only European OEM consumer-vehicle autonomous driving programme actively shipping — OnePilot's Drive and Cruise modes are commercially live in Volvo EX90 and Polestar 3. The "Ride" unsupervised L4 mode is hardware-ready, validated, and awaiting regulatory approval to activate. | Only OEM Consumer AV in EUGradual Activation Model Zenseact/Volvo is the only European company shipping autonomous driving capability into consumer cars at scale — not a shuttle, not a robotaxi, but a privately-owned passenger vehicle. The "install L4 hardware now, unlock via OTA later" model is a bet that regulatory approval will come before the hardware needs replacing. If the Ride mode activates in Europe, it would be the first L4 consumer car on European roads — a fundamentally different deployment model to everything else in this table. | EU Consumer AVHighway Autonomy Commercially Shipping 🇸🇪 Sweden (HQ + primary testing) Vehicles sold globally — EU, US, China | Volvo EX90 / Polestar 3 Luminar Iris LiDAR (250m range). 25+ sensors total. NVIDIA compute. OTA updates. "Ride" mode hardware present in every EX90 — awaiting regulatory activation. |
Zenseact founded2020
EX90 launched2023 (Drive + Cruise live)
Ride (L4)Hardware-ready, regulatory pending
Volvo full ownershipDec 2022
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| AVINT — Trikala Autonomous Bus Programme Greece's flagship AV project — Trikala has been Europe's most persistent small-city AV testbed since 2015, operating integrated autonomous bus lines on public roads with 11,000+ passengers carried in the first pilot alone. | Persistence Without ScaleSmall City Model Trikala is a rare case of a small city (pop. ~80,000) maintaining AV ambitions across a decade of EU funding cycles without a commercial operator behind it. It demonstrates that small cities can be first movers if they have institutional commitment — but also shows the ceiling of research-only AV programmes without a path to commercialisation. | EU Autonomous BusPublic Transit Research / Periodic Pilots 🇬🇷 Trikala, Greece City centre ↔ TEFAA university campus | Various (EasyMile EZ10, SuburVAN) 10-passenger automated buses. 3 vehicles on designated city route. On-demand capability tested. Remote operator supervision. |
First pilotOct 2015 – Feb 2016
AVINT project2018 – 2021
SHOW project2023 (L4 SAE vans)
StatusResearch + sporadic pilots
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| ZalaZONE / Budapest — Government L4 Taxi Trial Hungary's national AV initiative — ZalaZONE (Europe's largest AV test track) announced plans in January 2026 to deploy 2 Mobileye-powered L4 vehicles into the real Budapest Főtaxi/Uber fleet, directly sponsored by Hungary's AI commissioner. | Government-InitiatedTest Track → Public Road One of the few cases of a national government directly commissioning AV taxis in a capital city — not a company-led commercial play but a state-sponsored technology demonstration. The test track → public road pathway (ZalaZONE operating for years, now deploying to Budapest streets) is an underused model: test tracks generate enormous AV data but rarely bridge directly to public deployment. | EU Robotaxi Announced 🇭🇺 Budapest, Hungary ZalaZONE test track in Zalaegerszeg (existing) | TBC (Mobileye L4 equipped) 2 vehicles with Mobileye cloud-based L4 system. To be integrated into Főtaxi/Uber Budapest fleet. Safety driver present during trial. |
AnnouncedJan 2026
Budapest trial2026 (experimental)
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| Sensible 4 — DAWN All-Weather AV Platform Finland's indigenous AV software company — DAWN is the world's only commercially available all-weather L4 AV driving platform, designed specifically for Nordic conditions (snow, ice, fog, no lane markings). Developed since 2017 with multiple pilot deployments. | All-Weather UniqueCautionary Tale Sensible 4 solved a genuinely hard problem that most AV companies avoided — all-weather operation without lane markings. This is critical for European deployment yet no major AV player licensed their technology at scale. The company's near-dormancy (5 employees, 2025) despite technically superior software is a cautionary tale about the gap between technical achievement and commercial traction in European AV. | EU AV SoftwareAll-Weather Active (restructuring) 🇫🇮 Finland (primary) 🇳🇴 Norway (Oslo/Ruter pilots) 🇨🇭 Switzerland (tested) 🇩🇪 Germany (Aachen pilot) | Vehicle-agnostic (DAWN software) Integrated into Toyota Proace, Sharing-VAN (MOOVE), GACHA (MUJI design). LiDAR + cameras + radar + sensor fusion. Works without lane markings. |
Founded2017
DAWN launched2022
Tampere pilot2022 (1,663 pax, 5,669 km)
Restructured2025 (new founders)
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| Škoda Group — Didymos Autonomous LRV Czechia's primary AV initiative — Škoda Group's 3-year R&D programme developing the first autonomous light rail vehicle (tram) in Central Europe, in collaboration with Czech universities. First test track demonstration planned in Pilsen. | Rail AutonomyOEM-Led R&D The only autonomous tram/LRV programme in the EU — a distinct use case from road AVs, with different safety standards and a fixed-guideway advantage. Škoda's approach of embedding anti-collision hardware in every new Prague tram (200 vehicles) creates a real-world data fleet that will quietly feed the autonomy programme for years. The ~2040 timeline is honest but the foundation work happening now is what makes that timeline achievable. | EU Autonomous Tram / LRV R&D / Test Track 🇨🇿 Pilsen (test track) 🇨🇿 Prague (future — 200 trams ordered) | Škoda ForCity LRV (tram) Škoda ACS anti-collision system. LiDAR + HD cameras + precise localisation. HD map-based. Detects obstacles within 10 cm. Emergency braking. Test track first, then Prague network. |
R&D started~2021 (3-yr programme)
Test track demoPilsen (planned)
Prague network~2040 (Škoda estimate)
L3 lawCZ — Jan 2026
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| Blees BB-1 — Poland's First Autonomous Minibus Poland's only domestically built autonomous vehicle — the BB-1 minibus developed by Gliwice startup Blees in collaboration with Silesian University of Technology, with pilot operations in Katowice and Gliwice in 2023. | Domestic ManufacturerRegulation-Blocked Blees is the only Central/Eastern European AV vehicle manufacturer — a startup building hardware in a country without an AV law. It's a vivid illustration of how regulatory lag can strand technically functional vehicles: the BB-1 has been built and tested but cannot operate commercially because Polish law doesn't yet have a framework for it. Once the AV law passes, Blees could move quickly — the vehicle exists, the routes have been tested, the operators are trained. | EU Autonomous Minibus Pilot / Development 🇵🇱 Katowice · 🇵🇱 Gliwice Upper Silesia region | Blees BB-1 Up to 15 passengers. 7 LiDARs, 11 cameras, 4 radars, 3 GNSS + IMU. Remote operator station. Composite body (3D printed parts). Zero emission. |
Development2019 – present
Katowice pilotAutumn/Winter 2023
Gliwice (SUT campus)Nov–Dec 2023
AV law (PL)Pending — Q1 2025 submission
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| Waymo One — US Commercial Network The world's most commercially scaled fully driverless robotaxi service — operating across 10 US cities with no safety driver, completing over 250,000 paid rides per week. | Commercial Scale Leader$16B War Chest Waymo is the only company to have proven full driverless commercialisation at meaningful scale — not a pilot, not geofenced testing, but a paid public service across 10 cities. The $16B raise at $126B valuation signals institutional confidence that robotaxi economics work. The expansion from 5 to 10 cities in under a year is the fastest scaling in US AV history. The 1M trips/week target by end of 2026 — vs 250K now — means 4× growth. Every other company is measuring progress against Waymo's baseline. | US Robotaxi Live 🇺🇸 10 cities: SF · LA · Phoenix · Austin · Atlanta · Dallas · Houston · San Antonio · Miami · Orlando | Jaguar I-PACE (current) + Zeekr RT (scaling) ~3,000 vehicle fleet. 29 sensors: 13 cameras, 9 LiDAR, 5 radar, 4 audio. No safety driver in any commercial vehicle. Zeekr RT being added for scale at lower cost. |
First commercial servicePhoenix 2020
10-city milestoneFeb 2026
$16B raise / $126B val.Feb 2026
Target: 1M trips/weekEnd of 2026
London + Tokyo2026
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| Tesla Robotaxi Network + Cybercab Tesla's commercial robotaxi service operating modified Model Y vehicles with no safety driver in Texas, with the purpose-built Cybercab entering production April 2026. The most controversial — and potentially most scalable — AV deployment in history. | Camera-Only BetProduction Scale Tesla's approach is fundamentally different from every other AV company — no LiDAR, no HD maps, no geofence. If FSD generalises across all conditions it becomes the lowest-cost AV stack by orders of magnitude (~$0.20/mile claimed vs ~$1.00+ for LiDAR-based systems). The Cybercab at under $30,000 and 2M unit/year target is a potential cost disruption that would make every other robotaxi programme uneconomical. The counterargument: camera-only has never been proven safe at L4 without a safety driver and the NHTSA investigations are real concerns. | US Robotaxi Live 🇺🇸 Austin · Dallas · Houston (expanding to Phoenix, Miami, Orlando, Tampa, Las Vegas H1 2026) | Modified Tesla Model Y (current) + Cybercab (from Apr 2026) Camera-only, no LiDAR. FSD v13+ software. Cybercab: 2-seat, no steering wheel/pedals, under $30,000, 2M units/year target at full capacity. Volume production started Apr 2026. |
Austin pilot launchJun 2025
Dallas + Houston (public)Apr 18, 2026
Cybercab production startsApr 2026
7 cities by June 2026H1 2026
Material revenue2027 (Musk est.)
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| Zoox Robotaxi — US Commercial Rollout Amazon-backed purpose-built robotaxi operating driverless in Las Vegas and San Francisco, expanding to Austin and Miami in 2026. Awaiting NHTSA approval to charge fares — currently free rides only. | Purpose-Built DesignAmazon Backing Zoox is the only robotaxi with a fully symmetric bidirectional design — no front/back, passengers face each other, no steering wheel or pedals anywhere in the cabin. NHTSA granted a federal exemption to operate this vehicle, which has no equivalent in any regulatory framework. Amazon's backing means manufacturing scale and AWS cloud infrastructure are not constraints. The fare-approval bottleneck is temporary — once NHTSA approves, Zoox can charge immediately across all markets. The Uber partnership in Las Vegas de-risks customer acquisition. | US Robotaxi Live (free rides) 🇺🇸 Las Vegas · San Francisco · Austin · Miami (expanding) | Zoox purpose-built robotaxi Bidirectional, no steering wheel or pedals. 4 passengers face each other. Personal screens, wireless charging per seat. 220,000 sq ft manufacturing facility Bay Area. Target: 10,000 vehicles/year at capacity. |
Las Vegas launchSep 2025
San Francisco launchNov 2025
Austin + Miami expansionSpring 2026
NHTSA fare approvalApr 2026 (expected)
Uber partnership LVSummer 2026
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| May Mobility — US Driverless Shuttle Network Driverless on-demand shuttle service across multiple US cities via Lyft and Uber platforms — the most widely deployed autonomous shuttle programme in North America, with 400,000+ rides completed. | Platform DistributionToyota + NTT Backing May Mobility's differentiation is distribution — by integrating with Lyft and Uber rather than building its own app, it gets immediate rider access without the customer acquisition cost. The MPDM (Multi-Policy Decision Making) software is designed for mixed urban environments, not just controlled campuses. The Tecnobus partnership adds a 30-passenger variant homologated for Europe and Canada — a rare North American AV company with near-term international expansion path. Toyota's investment means vehicle supply is not a constraint. | US Shuttle Live 🇺🇸 Atlanta (Lyft) · Arlington TX (Uber) · Ann Arbor MI · Peachtree Corners GA · Grand Rapids MN | Toyota Sienna (retrofitted) + Tecnobus minibus (2026) Toyota Sienna: 8 passengers, MPDM autonomy stack, Tele-Assist remote monitoring. Tecnobus: 30 passengers, 45 mph, swappable batteries, EU/Canada homologated. Road-ready H1 2026. |
First driverless serviceSun City AZ, Dec 2023
Atlanta / Lyft launchSep 2025
400,000+ rides milestone2025
Tecnobus road-readyH1 2026
SE Asia expansion (Grab)2026
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| Aurora Driver — US Commercial Freight Network First commercial driverless trucking service operating at highway speeds in the US — running on Texas freight corridors with 100% on-time performance and zero driverless safety incidents. Scaling to hundreds of trucks in 2026. | Highway L4 First MoverOEM Integration Aurora is the only company running fully driverless Class 8 trucks on public US highways at commercial speeds — not a test, not a pilot, but revenue-generating freight. The 100% on-time record and zero safety incidents across 100,000+ driverless miles is the most rigorous proof point in autonomous trucking. The Volvo and PACCAR integrations mean Aurora's hardware is now being built into trucks on the production line — not retrofitted. The 50% hardware cost reduction with next-gen kit in mid-2026 is what enables scaling from 5 trucks to hundreds. | US Freight Truck Live 🇺🇸 Dallas→Houston · Fort Worth→El Paso · Permian Basin TX (expanding to Phoenix corridor) | Volvo VNL Autonomous + International LT Series (Class 8) Aurora Driver: FirstLight proprietary LiDAR (500m range → 1,000m with next-gen). Integrates with Volvo VNL, PACCAR, International LT. Next-gen kit cuts hardware cost 50%+. Available via Bosch for production-line integration. |
Dallas→Houston launchApr 2025
FW→El Paso (600 miles)Oct 2025
100,000 driverless milesOct 2025
Next-gen hardware + 50% cost cutMid-2026
Hundreds of driverless trucksLate 2026
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| Kodiak Driver — US Freight + Industrial Network Dual-track autonomous trucking programme: customer-owned driverless RoboTrucks operating in Permian Basin oilfields (first in history), plus highway freight routes across Texas, Georgia and Oklahoma. | Customer-Owned FirstIndustrial + Highway Kodiak achieved something no AV company had done before: a customer (Atlas Energy Solutions) took ownership of driverless trucks and launched their own commercial driverless operations. This is the transition from AV-as-a-service to AV-as-a-product — the same shift that happened in industrial robotics. The Permian Basin environment is uniquely suited to autonomous operation: private roads, repetitive routes, 24/7 demand, and a severe driver shortage. The Bosch partnership for automotive-grade hardware production is the industrialisation step that separates Kodiak from software-only companies. | US Freight Truck Industrial Live 🇺🇸 Permian Basin TX (oilfield) · Dallas→Atlanta · Dallas→Houston · Dallas→Oklahoma City | Kodiak Driver (Class 8, vehicle-agnostic) Upfit by Roush Industries. ZF steering, NVIDIA AI compute, Bosch automotive-grade hardware. Deployed in International LT Series and Peterbilt. 20,000+ miles of commercial highway network. Safety observers present on highway routes; fully driverless in Permian Basin. |
Permian Basin driverlessJul 2024
Customer-owned trucks (Atlas)Jan 2025
100-truck Atlas orderDelivering 2026
Highway driverless (no observer)H2 2026
Bosch hardware partnershipJan 2026
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| Einride — US Autonomous Freight Operations Einride's US commercial autonomous freight operations — moving goods for major shippers including Oatly, GE Appliances, Electrolux and others. Operating on public roads with Swedish Transport Agency-equivalent US permits. | Multi-Country OperatorPre-IPO Momentum Einride is the only autonomous freight company with permitted commercial operations across 4+ countries (Sweden, Norway, the US, and others) simultaneously — a regulatory achievement no competitor has matched. This multi-jurisdiction operation is the proof that autonomous freight is not a country-specific regulatory problem but a genuinely scalable technology. The $113M PIPE raise and NYSE listing in H1 2026 brings transparency and capital access that unlocks fleet scaling. Customers include Fortune 500 companies already committed to volume deployments. | US Freight Truck Live 🇺🇸 Multiple US states · 🇸🇪 Sweden (see EU) · 🇳🇴 Norway (see EU) | Einride Autonomous Electric Truck (cabless Pod) Saga AI OS. Processes 5.2M data points/second. Cabless design — no driver cab. Remote operator supervision via Einride Platform. Customers: Oatly, GE Appliances, Electrolux, Carlsberg, PepsiCo. |
US commercial operations2022–present
$113M PIPE raiseFeb 2026
NYSE listing (SPAC)H1 2026
Valuation$1.35B
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| Uber Autonomous Platform — Global AV Marketplace Uber as the operating system for global AV deployment — integrating 25+ AV partners across the US, Europe, Middle East and Asia into a single rider-facing app. The platform bet: own the distribution, not the technology. | Platform Not Maker25+ AV Partners Uber's pivot from AV developer to AV platform is one of the most strategically astute moves in the industry. By not building its own stack, it avoids the $10B+ R&D cost and regulatory risk while retaining the most valuable asset: 150M+ active riders. Every AV company needs a distribution channel — Uber is that channel. The Lucid/Nuro exclusive robotaxi (late 2026) shows Uber is also hedging with its own branded vehicle. The risk: if Waymo builds its own app successfully at scale, Uber's platform value erodes. | US Robotaxi Platform Live 🇺🇸 Austin · Atlanta (Waymo) · Las Vegas (Zoox) · Arlington TX (May Mobility) · 🇬🇧 London (Wayve) · 🇸🇦 Saudi Arabia (WeRide) | Platform (vehicle-agnostic) + Lucid Gravity / Nuro (own branded vehicle) US partners: Waymo, Zoox, May Mobility, Aurora, Nuro. EU partners: Wayve, MOIA, Pony.ai. Asia/ME partners: Baidu, WeRide. Own vehicle: Lucid Gravity SUV + Nuro SDS — exclusive to Uber, late 2026 SF launch. |
Waymo on Uber (Austin)2024
Zoox on Uber (Las Vegas)Summer 2026
Lucid/Nuro exclusive (SF)Late 2026
Target: 15 AV cities2026
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| Gatik × Loblaw — Canada Autonomous Grocery Logistics Canada's first driverless commercial fleet — Gatik autonomous trucks delivering groceries across Loblaw's Greater Toronto Area distribution network. 50-truck deployment by end of 2026 serving 300+ stores. | Canada's First Driverless FleetGrocery Logistics Model Gatik and Loblaw have built the most commercially mature AV freight deployment in Canada — fixed routes, predictable loads, temperature-controlled, serving 300+ retail locations. The Ontario Automated Commercial Motor Vehicle Pilot Programme (Aug 2025) specifically enables this type of deployment. The Loblaw strategic investment in Gatik aligns incentives: the retailer wants autonomous delivery at scale, the AV company gets a committed anchor customer and Canadian regulatory momentum. This is the grocery supply chain automation playbook that every major retailer is watching. | CA Logistics Grocery Live 🇨🇦 Greater Toronto Area, Ontario | Gatik W-Series autonomous medium-duty truck Cold-chain capable. Fixed B2B routes between Loblaw distribution centres and stores. Ontario ACMV Pilot Programme permitted. Safety drivers transitioning to driverless. 50-truck target by end 2026. |
Canada's first driverless fleet2022
5-year Loblaw agreementSep 2025
Ontario ACMV Pilot launchAug 2025
20 trucks deployedEnd 2025
50 trucks totalEnd 2026
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| Motional — Las Vegas Robotaxi (Uber) Commercial robotaxi service relaunched on Uber in Las Vegas March 2026 after a full AI-first technology reboot. Operating with safety monitor now; fully driverless service targeted by end of 2026. | Near-Death RecoveryAI-First Pivot Motional's story is the most dramatic in the industry — a $4B JV that nearly collapsed, cut 40% of staff, lost Aptiv as a backer, and survived only because Hyundai plugged in another $1B. The reboot is strategically significant: Motional abandoned pure-robotics for E2E AI (same pivot Waymo, Tesla and everyone else made), then relaunched commercially just 2 years later. The IONIQ 5 is the only AV to receive US Federal Motor Vehicle Safety Standards certification for fully driverless operation — a rare regulatory milestone. If Motional delivers driverless by end 2026 as promised, it becomes one of only a handful of companies to achieve commercial L4. | US Robotaxi Active Pilot 🇺🇸 Las Vegas, NV | Hyundai IONIQ 5 Robotaxi FMVSS-certified for fully driverless operation. E2E AI motion planning. Co-developed by Motional + Hyundai Motor Group. Built at HMGICS Singapore. Uber platform distribution. |
Reboot announcedJan 2026
Employee pilots (LV)Early 2026
Public relaunch on Uber13 Mar 2026
Fully driverless targetEnd 2026
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| Avride — Dallas Robotaxi (Uber) Commercial robotaxi service launched in Dallas via Uber app in December 2025 — covering 9 square miles of downtown Dallas including Uptown, Deep Ellum and Turtle Creek. Safety operator onboard; fully driverless operations planned. | Yandex HeritageUber Native Avride is the rebranded international arm of Yandex Self-Driving Group — which had logged millions of autonomous miles in Russia before the 2022 geopolitical separation. That operational heritage gives Avride a genuine technical foundation that most AV startups lack. The Uber-native distribution (same UberX app, no additional cost to riders) is strategically smart — it eliminates the customer acquisition problem entirely. Dallas is also notable as the first US city with three simultaneous commercial robotaxi services (Waymo, Tesla, Avride) — making it the world's most competitive AV market. | US Robotaxi Active Pilot 🇺🇸 Dallas, TX (9 sq miles — Downtown, Uptown, Deep Ellum, Turtle Creek) | Hyundai IONIQ 5 (Avride AV stack) All-electric. Avride self-driving system. Available via UberX, Uber Comfort, Uber Comfort Electric. No additional fare vs human driver. Onboard safety specialist at launch. Fleet scaling to hundreds in Dallas over coming years. |
Dallas launch3 Dec 2025
Service area9 sq miles (expanding)
Fully driverlessTBC 2026
Scale targetHundreds of vehicles
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| Nuro × Lucid × Uber — Global Premium Robotaxi Uber's own-brand premium robotaxi combining Nuro's L4 autonomy, the Lucid Gravity SUV, and Uber's global distribution. Employee testing underway in SF. Public launch San Francisco Bay Area late 2026. 20,000+ vehicle global deployment over 6 years. | Uber's Own Vehicle35,000 Unit Commitment This is structurally different from every other Uber AV partnership — Uber owns and operates these vehicles, rather than just distributing for a third party. The Lucid Gravity is the most premium vehicle ever deployed as a robotaxi (up to 450-mile range, 6-passenger capacity). Uber's expanded commitment to 35,000 vehicles ($500M total investment in Lucid) is the largest single robotaxi fleet purchase commitment in history. Nuro's $6B valuation at Series E signals the L4 licensing model is viable. This is the counter-move to Waymo building its own app — Uber building its own vehicle. | US Robotaxi Planned 🇺🇸 San Francisco Bay Area (launch) → dozens of global markets | Lucid Gravity SUV (Nuro Driver autonomy stack) Up to 6 passengers, 450-mile range, solid-state LiDAR, high-res cameras, radar. NVIDIA Drive AGX Thor. Nuro end-to-end AI foundation model. Production at Lucid Arizona factory. Uber-designed in-cabin UX. Exclusively on Uber app. |
CES 2026 unveilJan 2026
Employee testing (SF)Apr 2026
Production startsLate 2026
Public launch (SF)Late 2026
Fleet commitment35,000 vehicles / 6 years
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| Lyft Autonomous Platform — US + International Lyft's AV distribution strategy across multiple partners — Waymo in Nashville (Lyft manages fleet ops via Flexdrive), Mobileye-powered robotaxis targeting Dallas 2026, Tensor Robocar integration, and Baidu Apollo RT6 for London trials. | Fleet Operator ModelDifferentiated from Uber Lyft's AV model is structurally different from Uber's — rather than just app distribution, Lyft takes on fleet operations via its Flexdrive subsidiary (charging, maintenance, depot). This makes Lyft a more integrated partner for AV companies that don't want to manage fleet logistics. The Waymo Nashville partnership is the clearest example — Lyft handles everything on the ground while Waymo provides the technology. The Mobileye-Dallas deal (with Marubeni owning the fleet) applies the same asset-light logic. The Tensor partnership is the most innovative: consumer-owned AVs that owners can deploy on Lyft to earn income — a model no other platform has attempted. | US Robotaxi Platform Live 🇺🇸 Nashville TN (Waymo) · Dallas TX (Mobileye, 2026) · 🇬🇧 London (Baidu, 2026) | Platform (vehicle-agnostic) — Waymo I-PACE / Zeekr · Mobileye-equipped (TBC) · Tensor Robocar · Baidu Apollo RT6 Nashville: Lyft Flexdrive manages fleet ops (charging, maintenance, depot). Dallas: Marubeni owns fleet, Mobileye provides SDS. Tensor: consumer-owned AVs deployable on Lyft. London: Baidu RT6 trial. Target: thousands of AVs across multiple cities. |
Waymo Nashville (Lyft)Apr 2026
Mobileye Dallas2026
Baidu London trial2026
Tensor "Lyft-ready" market2027
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| Perrone Robotics CONNECT — Detroit Public Transit America's longest-running public autonomous electric shuttle service — Ford E-Transit vans running a 10+ mile downtown Detroit route continuously since August 2024. Nation's first autonomous public transit fleet on the Ford E-Transit platform. | Longest US AV Transit RunRetrofit-First Model While robotaxi giants spend billions on purpose-built vehicles, Perrone's TONY kit retrofits existing vehicles — Ford E-Transit, buses, campus shuttles — with L4 autonomy at a fraction of the cost. The Detroit CONNECT programme is quietly the most operationally proven autonomous public transit deployment in the US: 10+ miles of urban route, 1+ year continuous operation, zero major incidents. It's also FMVSS-compliant, ADA-compliant, and Buy America-compliant — a trifecta that makes it uniquely eligible for federal transit funding. The vehicle-agnostic approach means any transit agency can deploy autonomy without replacing its existing fleet. | US Shuttle Public Transit Live 🇺🇸 Detroit, MI (Rivertown → Downtown → Corktown, 10+ mile route) | Ford E-Transit (TONY® + MAX® autonomy kit) TONY AV retrofit kit — vehicle-agnostic, L4 capable. Zero-emission, FMVSS-compliant, ADA-compliant, Buy America-compliant. $1.5M city contract. Partners: City of Detroit, Bedrock, Michigan Mobility Collaborative. Also deployed at: University of Hawaii, Virginia Tech VTTI, North Fork UVA, Miami-Dade. |
Detroit CONNECT launchAug 2024
1 year milestoneNov 2025
Routes expandedOngoing
Miami-Dade Sheriff AV2025
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| Tensor Robocar — Personal AV + Lyft Network The world's first personally-owned autonomous vehicle designed to operate on a rideshare network — owners can deploy their Tensor Robocar on Lyft to earn income when not in personal use. Lyft has reserved hundreds of vehicles for its own fleet. | Personal Ownership ModelLyft-Native Tensor's model is the most structurally novel in the industry — instead of fleet-owned robotaxis, individual consumers buy an AV and deploy it on Lyft when they're not using it. This is the Tesla FSD monetization dream made real: your car earns money while parked. The Autoliv partnership (foldable steering wheel — world's first) signals serious automotive-grade engineering. The Lyft integration means the distribution problem is solved from day one. The business model inverts the capital structure of robotaxi deployment: instead of one company funding thousands of vehicles, thousands of consumers each fund one vehicle. The "Lyft-ready" market launch is targeted for 2027. | US Robotaxi Announced 🇺🇸 Major US metros + Europe + Middle East (rollout over next few years) | Tensor Robocar (purpose-built personal AV) Dual manual/autonomous mode. NVIDIA-powered onboard supercomputer. Autoliv foldable steering wheel (world-first). California CPUC driverless permit (2020). L4 rollout across major US cities, Europe, Middle East. Lyft reserves hundreds for own fleet. First "Lyft-ready" market: 2027. |
CA driverless permit2020
Autoliv foldable wheelDec 2025
Lyft partnership announcedOct 2025
First Lyft-ready market2027
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| Vay Teledriving — Las Vegas Commercial Service The world's first commercially operating remotely driven mobility service — not autonomous, but genuinely driverless from the rider's perspective. A human teledriver remotely delivers the car to the user, who then drives themselves to their destination. 100-vehicle Las Vegas fleet scaling through 2025–26. | Not AV — But DriverlessHuman-in-the-Loop Vay's approach deserves inclusion precisely because it challenges the assumption that driverless = autonomous. A human teledriver operates the vehicle remotely (from a simulator with 3 screens and full controls) — the car arrives at your location with no one inside, you drive yourself, then hand it back. From the rider's perspective it's indistinguishable from a robotaxi pickup. The business case is the same: eliminate driver cost for the repositioning leg. At ~half the price of Uber, it's already cost-competitive. The Grab investment ($410M potential) and Kodiak partnership signal it's being taken seriously as infrastructure. Vay's data collection from tens of thousands of real-world trips is also a direct path to adding autonomous capabilities — the teledriving dataset is exactly what L4 models need. | US Teledriving Car Rental Live 🇺🇸 Las Vegas, NV (Strip, UNLV, Arts District) · 🇩🇪 Hamburg + Berlin (EU) | Kia e-Niro EV fleet (teledriving-equipped) Cameras + sensors for remote operation. Human teledriver operates from simulator (3 screens, full controls) at teledrive centre. Low-latency connectivity. Automotive-grade certified (German TÜV). 8,500 sq ft Las Vegas production facility (16 vehicles/week). Also: B2B truck teledriving, Kodiak AV partnership, Nexar predictive AI safety. |
Las Vegas launchJan 2024
Tens of thousands of trips2024–25
100-vehicle fleet targetEnd 2025
Grab investment ($410M)Nov 2025
Germany launch (new RD law)Dec 2025+
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| Apollo Go — China Commercial Robotaxi Network China's largest and most commercially scaled fully driverless robotaxi service — 22 cities, 20 million cumulative trips by Feb 2026, 300,000 weekly rides at peak. Operating 100% driverless across Wuhan, Beijing, Shanghai and beyond since 2022. | China's Scale LeaderGlobal Platform Play Apollo Go is the closest global competitor to Waymo by ride volume — 20 million trips vs Waymo's 20 million (both crossed this milestone around the same time). The 200%+ YoY growth in Q4 2025 is the fastest scaling in robotaxi history. Baidu's strategy is to leverage Uber and Lyft as global distribution channels — the same model Waymo uses in the US — to enter markets without building a local app. The 6th-gen RT6 at $27,500 per unit is the lowest-cost purpose-built robotaxi ever deployed commercially. China's regulatory environment (city-level permits, no federal framework) has paradoxically accelerated deployment by allowing city-by-city experimentation. | CN Robotaxi Live 🇨🇳 22 cities incl. Wuhan · Beijing · Shanghai · Guangzhou · Shenzhen · Chongqing | Apollo RT6 (6th-gen, $27,500/unit) 100% driverless across all commercial ops since Feb 2025. 240M+ autonomous km, 190M+ fully driverless km. RT6: detachable steering wheel, BEV, purpose-built. Also: world's first autonomous car rental (with CAR Inc, Jul 2025). Global: South Korea (Feb 2026), Dubai via Uber (Mar 2026), Abu Dhabi via AutoGo (Jan 2026), London via Uber + Lyft (H1 2026). |
First driverless (Beijing)Apr 2022
100% driverless opsFeb 2025
20M trips milestoneFeb 2026
300K weekly rides peakQ4 2025
South Korea launchFeb 2026
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| Pony.ai — China Commercial Robotaxi (Gen-7) The only company operating fully driverless commercial robotaxi services across all four Chinese tier-1 cities — Beijing, Shanghai, Guangzhou and Shenzhen. Gen-7 robotaxi achieved city-wide unit economics breakeven. 3,000+ vehicle fleet targeted by end 2026. | Unit Economics ProvenToyota + GAC Manufacturing Pony.ai has achieved what most in the industry consider the hardest milestone: positive unit economics at city-wide scale. The Gen-7 in Shenzhen earns 338 RMB/day average (23 orders/day) and reached monthly operating profit per vehicle — the first Chinese robotaxi company to hit this. The 70% reduction in BOM costs over successive generations (Gen-5→7) is the cost curve that makes scale viable. The Toyota and GAC Toyota manufacturing partnerships mean Pony.ai is not building vehicles itself — it's becoming a technology licensor, which is the most capital-efficient robotaxi model. The dual NASDAQ + HKEX listing ($993M raised at HK IPO) provides capital for 3,000-vehicle scale-up. | CN Robotaxi Live 🇨🇳 Beijing · Shanghai · Guangzhou · Shenzhen (all 4 tier-1 cities) · 24/7 operations | Pony.ai Gen-7 (BAIC + GAC Toyota platform) 600,000km service life design. 70% BOM cost reduction vs Gen-5. 100% automotive-grade ADK. 961 fleet vehicles (667 Gen-7) as of Nov 2025. 24/7 driverless operations in Guangzhou + Shenzhen. Also: Gen-4 Robotruck (SANY + Dongfeng, 1,000-unit mass production 2026). Toyota strategic shareholder. |
First driverless permit (Beijing)Apr 2022
Gen-7 launched (4 cities)Nov 2025
City-wide UE breakeven (SZ)Nov 2025
Toyota mass production (1,000)2026
3,000+ vehicle fleetEnd 2026
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| WeRide — China Multi-Vertical AV Operations China's most globally diversified AV operator — robotaxi, robobus, robovan and robosweeper across China, UAE, Singapore, Saudi Arabia, Slovakia and France. Q3 2025: 761% YoY robotaxi revenue growth. Middle East subsidiary operationally profitable. | Multi-Vertical BreadthMiddle East Profitable WeRide is the only AV company with commercial permits in 6 countries simultaneously — China, UAE, Singapore, Saudi Arabia, France, and USA. This multi-jurisdiction regulatory achievement is its strongest differentiator. The Middle East subsidiary reaching operating profitability is particularly significant: it proves the WeRide model works where per-ride pricing is higher and regulations are more permissive. The 761% revenue growth in Q3 2025 is the highest of any AV company globally. The Geely + Chery OEM partnerships mean WeRide is becoming a technology platform rather than a fleet operator — the most scalable robotaxi business model. 2,000 GXR units planned for 2026. | CN Robotaxi Shuttle Live 🇨🇳 Shanghai (Chery + Jinjiang Taxi) · 6 countries total · 1,600+ global fleet (750 robotaxis) | WeRide GXR (robotaxi) + Robobus + Robovan + Robosweeper GXR: Farizon SuperVan platform, 5-seat, operating in China/UAE/Saudi/Singapore. Robobus: 8-seat, Resorts World Sentosa SG, Roland-Garros Paris, Riyadh. OEM partners: Geely, Chery. 2,000 GXR target 2026. Global fleet target: 2,600+ by end 2026 (doubling 2025). Tencent Mobility integration in China. |
Shanghai commercial ops2024
Q3 2025: 761% revenue growth2025
ME subsidiary profitable2025
2,000 GXR units2026
Global fleet: 2,600+End 2026
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| Xpeng Robotaxi — GX (VLA 2.0, China + Global) China's first fully in-house developed, factory-integrated L4 robotaxi prototype for mass production. Passenger-carrying demonstration operations targeting H2 2026. No LiDAR, no HD maps — pure VLA 2.0 AI. Amap (873M MAU) as first booking partner. | OEM-Native L4VW Validates VLA 2.0 Xpeng's robotaxi approach is structurally different from pure-play AV companies — it shares the VLA 2.0 architecture across its entire consumer vehicle lineup and the robotaxi fleet simultaneously. This means every consumer Xpeng sold helps train the robotaxi model. The Volkswagen VLA 2.0 licensing deal (first Western OEM to adopt Chinese AI for autonomous driving) validates the technology in a way no Chinese government permit can. No LiDAR and no HD maps is a bold cost bet — if VLA 2.0 generalises, Xpeng's robotaxi COGS will be far lower than LiDAR-based competitors. The Amap distribution (873 million MAU) gives instant demand without building an app. Annual production capacity of 10,000 units targeted. | CN Robotaxi Announced 🇨🇳 Guangzhou (demo H2 2026) · Global via partners 2027 | Xpeng GX (L4 purpose-built, 6-seat SUV) 4x Turing AI chips, 3,000 TOPS. VLA 2.0 end-to-end AI. No LiDAR, no HD maps. Dual-redundancy across 6 systems. 3 models (5/6/7-seat, all under 200K CNY / ~$28K). Factory-integrated — same production line as consumer vehicles. Amap booking (873M MAU). VW: first external VLA 2.0 customer. 10,000 unit/year capacity target. |
AI Day — 3 models revealedNov 2025
GX L4 road tests (Guangzhou)Feb 2026
Robotaxi Business Unit formedMar 2026
VW VLA 2.0 deal confirmedFeb 2026
Demo passenger ops (Guangzhou)H2 2026
Fully driverless (no safety op)2027
|
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| Caocao Robotaxi — Hangzhou Commercial Fleet Geely's ride-hailing platform operating a 100-vehicle robotaxi fleet in Hangzhou — first company cleared for driverless road tests without safety drivers in the city (April 2026). China's second-largest ride-hailing network provides an instant distribution advantage. | Ride-Hailing NativeAlready Profitable Caocao's structural advantage over every other robotaxi company: it already operates China's second-largest ride-hailing platform. It doesn't need to build a robotaxi app — it just needs to replace human drivers with autonomous ones in an existing network of millions of riders. This is the same distribution moat Uber has in the US, but Caocao built it organically within China's regulatory constraints. Reaching quarterly net profit in Q4 2025 as a ride-hailing platform (before robotaxi revenue scales) means the underlying business is financially sound — robotaxi deployment is additive, not a lifeline. The 100,000-vehicle 2030 target is the most ambitious fleet commitment made by any Chinese AV company. | CN Robotaxi Live 🇨🇳 Hangzhou (100-vehicle fleet, driverless-cleared Apr 2026) | Purpose-built Caocao robotaxi (Geely ecosystem) 100-vehicle fleet in Hangzhou. First driverless clearance (no safety driver) in Hangzhou, Apr 2026. Geely supply chain advantage — shares components with Zeekr, Volvo, Lynk & Co. Listed Hong Kong Stock Exchange (Jun 2025). First quarterly net profit Q4 2025. Global target: thousands from 2027, 100,000 by 2030. |
Robotaxi ops beginFeb 2025
HK IPOJun 2025
First quarterly net profitQ4 2025
Driverless clearance (Hangzhou)Apr 2026
Global deployment from2027
100,000 robotaxi target2030
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| Ai.R — Singapore's First Public Autonomous Ride Service Singapore's first autonomous passenger service deployed inside a residential estate — Grab and WeRide's Ai.R (Autonomously Intelligent Ride) launched publicly in Punggol on April 1, 2026. 1,000+ early riders, 30,000km autonomous mileage. Free rides until commercial launch mid-2026. | Singapore's First Residential AVGrab Distribution Singapore is building the most rigorous AV regulatory framework in Southeast Asia — the Milestone 1 safety assessment (which both WeRide GXR and Robobus passed) is among the toughest AV certification processes globally. Moving from M1 assessment to full public operations in 7 months is remarkable speed for Singapore's regulatory environment. Grab's distribution (the dominant superapp in SE Asia with 35M+ monthly users) solves the customer acquisition problem immediately. The Punggol residential pilot is strategically important: proving AV works in a dense, mixed-use residential environment is harder than airports or business districts. Singapore's government targets 100–150 AVs by end 2026 — Ai.R is the centrepiece. | SG Shuttle Robotaxi Live 🇸🇬 Punggol, Singapore (residential estate — two loop routes + mini route) | WeRide GXR (5-seat) + Robobus (8-seat) Both passed Singapore Milestone 1 (M1) safety assessment — most rigorous AV certification in SE Asia. Operating weekdays 9:30AM–5:30PM. 2 full loop routes + 20-min mini route. 14 certified Grab Safety Operators onboard. Remote Operator training underway. Free until commercial launch mid-2026. Insurance: Grab Personal Accident Policy covers all riders. |
Grab × WeRide strategic dealAug 2025
M1 assessment passedSep 2025
Community trial (1,000+ riders)Jan 2026
Public launch (free rides)1 Apr 2026
Commercial launch (paid)Mid-2026
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| Pony.ai × ComfortDelGro — Singapore AV Shuttle Singapore's second autonomous shuttle programme — Pony.ai partnering with ComfortDelGro, Singapore's largest land transport operator, for an autonomous route in Punggol alongside the Grab/WeRide Ai.R service. Singapore as Pony.ai's SE Asia commercialisation testbed. | Public Transit IntegrationComfortDelGro Scale ComfortDelGro is Singapore's largest land transport operator — buses, taxis, rail. A partnership with them is not a startup experiment; it's integration into the backbone of Singapore's public transport system. If Pony.ai's autonomous vehicles can be certified and operated within ComfortDelGro's framework, it opens a path to fleet-scale deployment across Singapore's entire bus and taxi network. Punggol being chosen as the testbed for both Ai.R (WeRide/Grab) and this service simultaneously makes it the most AV-dense residential district outside China — a genuine real-world competitive proving ground. | SG Shuttle Active Pilot 🇸🇬 Punggol, Singapore (separate route from Ai.R) | Pony.ai autonomous vehicle (model TBC) ComfortDelGro: Singapore's largest land transport operator (buses, taxis, rail). Punggol route alongside WeRide/Grab Ai.R — Singapore's first multi-operator AV district. Pony.ai also partnering with ComfortDelGro in Luxembourg (European Centre) for EU expansion. |
Partnership announced2025
Punggol route planning2026
Commercial serviceTBC 2026
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| DiDi Autonomous — Guangzhou Driverless Trial + R2 Rollout China's largest ride-hailing platform launching fully driverless robotaxi via its own app — 24/7 trial in Guangzhou (Dec 2025). R2 (GAC Aion co-developed, 33 sensors, 2,000 TOPS) secured Beijing road test licence Mar 2026. UAE testing planned for 2026. | 500M User Distribution MoatMixed Fleet Model DiDi's distribution advantage dwarfs every other robotaxi company — 500 million registered users across 400+ cities already use the DiDi app. It doesn't need to build customer acquisition; it just replaces human drivers with autonomous ones in an existing network. The mixed fleet dispatch model (system decides whether to send a human or autonomous vehicle based on location, time, and conditions) is the most commercially pragmatic approach to robotaxi rollout — no separate app, no new habits required. DiDi was also the first to commercially operate a hybrid human/robotaxi service. The R2 is the first robotaxi jointly developed by a ride-hailing operator and a manufacturer (GAC Aion) — aligning incentives across the value chain. UAE expansion signals DiDi is following the same global playbook as Baidu, WeRide and Pony.ai. | CN Robotaxi Active Pilot 🇨🇳 Guangzhou (24/7 driverless trial) · Beijing (R2 road test) · 🇦🇪 UAE (planned 2026) | R1 (Volvo XC90 modified) + R2 (GAC Aion V, 33 sensors, 2,000 TOPS GPU) R1: Volvo XC90-based, modified, Guangzhou + Beijing testing. R2: GAC Aion V platform, 33 sensors (LiDAR + 4D mmWave radar + cameras + infrared + audio), 2,000 TOPS compute, triple-domain fusion. Delivered Jan 2026, Beijing road test licence Mar 2026. Series D: 2B RMB (Oct 2025), GAC Group + Beijing AI funds. |
Autonomous driving division founded2016
24/7 driverless trial (Guangzhou)Dec 2025
Series D (2B RMB)Oct 2025
R2 delivered + Beijing licenceJan–Mar 2026
UAE testing2026
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| Hello Robotaxi HR1 — China Commercial Rollout Hellobike's purpose-built HR1 robotaxi in commercial operation in Zhuzhou and Liyang, with testing in Shanghai, Guangzhou, Changzhou and Changsha. CATL joint venture for battery integration. Mass production June 2026. 10,000-unit fleet target. ComfortDelGro partnership for overseas expansion. | CATL Battery IntegrationRide-Hailing Native Hello's strategic position is unique: it runs China's largest bike-sharing and two-wheeler platform (500M+ registered users, dominant in lower-tier cities where Didi is weaker). This gives it a distribution advantage in exactly the cities where other robotaxi companies don't operate. The CATL joint venture for battery integration is the most important OEM relationship in Chinese AV — CATL supplies batteries to virtually every EV manufacturer, meaning Hello gets preferential access to the best cells and tightest cost control. The Horizon Robotics chip partnership for the HR1 and ComfortDelGro partnership for overseas markets adds credibility beyond China. The December 2025 pedestrian collision incident in one city led to a temporary suspension — notable for regulatory response speed and the fact that Hello continued expanding elsewhere. | CN Robotaxi Live 🇨🇳 Zhuzhou · Liyang (commercial) · Shanghai · Guangzhou · Changsha (testing) | Hello HR1 (purpose-built robotaxi) Purpose-built L4 robotaxi. CATL JV for battery integration. Horizon Robotics chips. SOP mass production: June 2026. Target: 10,000 units. 10+ cities by end 2026. ComfortDelGro partnership for international pilot. Backed by Ant Group (Alibaba affiliate). Note: Dec 2025 pedestrian collision in Zhuzhou led to temporary local suspension — service continued in other cities. |
HR1 unveiledSep 2025
Commercial ops (Zhuzhou + Liyang)2025
ComfortDelGro partnershipNov 2025
Mass production (SOP)Jun 2026
10+ cities + overseas pilotEnd 2026
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| ONTIME Robotaxi — China's First Mixed Autonomous Ride-Hailing Platform GAC Group and Tencent's ride-hailing platform — the world's first to commercially operate a mixed human-driver + robotaxi fleet simultaneously from a single app. Fully unmanned commercial demo launched in Nansha, Guangzhou (Dec 2022). Charged fares in Shenzhen Baoan. Pony.ai Gen-6 tech stack. | World's First Mixed Fleet PlatformGAC + Tencent + Pony.ai ONTIME achieved a global first in 2022: a single ride-hailing app that dispatches either a human driver or a robotaxi based on real-time conditions — the passenger doesn't choose, the system optimises. This is the commercially smartest model for robotaxi rollout because it removes the adoption barrier entirely. The GAC Group ownership means ONTIME has first access to every GAC vehicle platform and autonomous driving tech developed through GAC's JVs with Toyota, Pony.ai and DiDi. Tencent as second-largest shareholder adds WeChat mini-program distribution (1.3B MAU). The strategic overlap with Pony.ai (WeRide and Pony.ai both invested in Ruqi's Series A) makes ONTIME the operator layer above multiple AV technology providers — a platform play rather than a single-tech bet. | CN Robotaxi Live 🇨🇳 Nansha Guangzhou (unmanned demo) · Shenzhen Baoan (paid service) · Greater Bay Area focus | GAC Toyota Sienna Autono-MaaS (S-AM) + Pony.ai Gen-6 stack Pony.ai 6th-gen autonomous driving hardware + software. GAC Toyota Sienna S-AM platform. WeChat mini-program ordering. Single app dispatches human OR autonomous vehicle. Paid commercial service in Shenzhen Baoan (Jan 2024). Unmanned demo: all open roads in Nansha (excluding expressways). Listed HKSE: 9680. |
World first mixed fleet (Guangzhou)2022
Fully unmanned demo (Nansha)Dec 2022
Paid service (Shenzhen Baoan)Jan 2024
HKSE IPO2024
Robotaxi+ strategy launchJul 2025
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| DeepRoute.ai — Consumer-Vehicle Robotaxi Platform The lowest-cost robotaxi approach in the world — deploying L4 robotaxis using the exact same consumer-grade production vehicles and software platform that already powers 200,000+ ADAS vehicles in China. Sub-$10,000 BOM target rewrites robotaxi unit economics. Backed by Alibaba and Great Wall Motor. | Sub-$10K BOMConsumer Vehicle Platform DeepRoute's thesis is the most radical cost disruption in robotaxi: by using exactly the same hardware and software as consumer vehicles already in production (200,000+ units), they eliminate the purpose-built vehicle premium entirely. Their reported sub-$10,000 bill of materials for the autonomous kit is the lowest in the industry — Tesla FSD claims ~$0.20/mile, DeepRoute claims hardware costs that could undercut even that. The Alibaba investment gives cloud computing infrastructure at scale. The Great Wall Motor partnership means vehicle supply and manufacturing are not constraints. Three business lines (consumer ADAS, robotaxi, RoadAGI) on a unified tech stack means every consumer vehicle sold improves the robotaxi model — the same flywheel Xpeng is pursuing but at further scale (200,000 vs thousands of vehicles). | CN Robotaxi Active Pilot 🇨🇳 Shenzhen (primary) · China multi-city rollout | Consumer-grade production vehicles (Great Wall Motor platform) Sub-$10,000 autonomous kit BOM — lowest in industry. Same platform as 200,000+ ADAS consumer vehicles (1M target 2026). Three unified business lines: consumer ADAS + robotaxi + RoadAGI. Investors: Alibaba, Great Wall Motor, Fosun RZ Capital ($500M+ total raised). Mapless approach. Shenzhen HQ, 108 employees. |
Founded2019
200,000 vehicles deployedEnd 2025
Robotaxi launchEnd 2025
1M vehicle platform target2026
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| Nissan Autonomous Mobility — Japan Pilots + Tokyo Robotaxi (Wayve × Uber) Nissan's layered autonomous mobility programme: Yokohama pilot (Serena-based, 5 vehicles, 300 public participants, Nov 2025), Kobe Nada Gogo tourism pilot (LEAF-based, Jan 2026), and a Tokyo robotaxi MOU with Wayve and Uber targeting late 2026. Commercial services targeted FY2027. | Japan's Methodical ModelWayve + Uber Tokyo Nissan's AV approach is the most deliberate in Japan — each pilot is designed to solve a specific mobility problem (tourism in Kobe, urban gaps in Yokohama, ride-hailing in Tokyo) rather than demonstrate technology. The PLOT48 remote monitoring centre in Yokohama is being built as permanent infrastructure, not a trial prop. The Wayve partnership brings embodied AI to Nissan's ProPILOT ADAS stack — combining Wayve's generalised AI with Nissan's 1M+ ProPILOT vehicle fleet creates a data flywheel comparable to Tesla FSD. Uber provides the distribution layer. The FY2027 commercial target is conservative but credible — Nissan has been building toward this since EasyRide in 2018 and has never missed a stated milestone. Japan's acute driver shortage (projected 36% deficit by 2030) is the demand pull. | JP Shuttle Robotaxi Active Pilot 🇯🇵 Yokohama · Kobe (Nada Gogo) · Tokyo (Wayve + Uber MOU, late 2026) | Nissan Serena (Yokohama, L2) + Nissan LEAF (Kobe, L2) + LEAF/Wayve AI (Tokyo, L4 target) Yokohama: 5 Serena-based AVs, BOLDLY remote monitoring, PLOT48 control centre, Nov 2025–Jan 2026, 300 public participants. Kobe: LEAF-based, 20-min tourism loop, Jan 2026, sake district. Tokyo: Wayve AI Driver + Uber distribution, late 2026 pilot target. FY2027: paid commercial services. FY2030: full commercial in Kobe. |
Yokohama pilot (300 participants)Nov 2025–Jan 2026
Kobe Nada Gogo pilotJan 2026
Wayve + Uber Tokyo MOU2026
Tokyo robotaxi pilotLate 2026
Commercial servicesFY2027
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| Apollo Go × AutoGo — UAE Fully Driverless Commercial Service Baidu Apollo Go's UAE deployment — the first fully autonomous commercial robotaxi service in the Middle East. Abu Dhabi (Yas Island, live Jan 2026) and Dubai (Jumeirah, live Mar 2026 via Uber). One of Abu Dhabi's inaugural fully driverless commercial permits. 1,000+ vehicles planned for Dubai alone. | Middle East First Mover1,000+ Dubai Fleet The UAE has embedded autonomous vehicles into its National AI Strategy 2030, targeting 25% of all trips by AV. Abu Dhabi's inaugural fully driverless commercial permit — one of only a handful issued globally — went to Apollo Go + AutoGo, validating the technology at a regulatory level that matters internationally. Dubai's plan for 1,000+ Apollo Go vehicles makes it one of the largest single-city robotaxi deployments ever announced. The brief March suspension (regulatory coordination) and rapid resumption demonstrates that UAE authorities are treating AV deployment as infrastructure rather than experiment. The Uber distribution in Dubai removes the app barrier for international tourists who already have Uber installed — a critical difference from China where Apollo Go uses its own app. | AE Robotaxi Live 🇦🇪 Abu Dhabi (Yas Island → Reem, Al Maryah, Saadiyat expanding) · Dubai (Jumeirah, via Uber) | Apollo RT6 6th-gen (fully driverless) Abu Dhabi: AutoGo app, Yas Island launch expanding to Reem/Al Maryah/Saadiyat islands. ITC (Integrated Transport Centre) fully driverless permit. Dubai: Uber app, 50 vehicles at launch, 1,000+ planned. Only company with fully driverless testing permit in Dubai (RTA issued Jan 2026). Brief suspension Mar 1–10 (regulatory coordination), resumed Mar 10, commercial ops Mar 30. |
Abu Dhabi driverless permitNov 2025
Abu Dhabi commercial launch (Yas)Jan 2026
Dubai driverless permit (RTA)Jan 2026
Dubai commercial launch (Uber)Mar 30, 2026
Dubai fleet target1,000+ vehicles
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| WeRide — UAE Fully Driverless Commercial Robotaxi WeRide's UAE operations — world's first urban L4 commercial licence outside the US and China (Abu Dhabi). Fully driverless paid rides via Uber in Dubai Jumeirah district. Abu Dhabi fleet: highways, islands and airport. Middle East subsidiary reached operational profitability in 2025. | World's First Urban L4 Licence (ex-US/CN)ME Already Profitable WeRide's Abu Dhabi licence is a landmark: the world's first urban L4 commercial licence granted outside the US and China, in a jurisdiction with genuinely complex driving conditions (high speeds, mixed pedestrian environments, extreme heat). This matters because it's the proof point that Chinese AV technology can be certified by a non-Chinese regulator for commercial L4 operations. The UAE per-ride pricing (significantly higher than China) is why the Middle East subsidiary reached operational profitability — proving the WeRide model works where economics are more favourable. Dubai fully driverless paid rides via Uber (Dec 2024 launch, scaling 2025–26) combine WeRide's technology with the world's largest ride-hailing distribution network. | AE Robotaxi Live 🇦🇪 Abu Dhabi (highways, islands, airport) · Dubai Jumeirah + Umm Suqeim (via Uber) | WeRide GXR (fully driverless, L4 certified) Abu Dhabi: world's first urban L4 commercial licence (outside US + China). Tawasul local transport partner. Highways, islands, airport coverage. 500–1,000 vehicles planned 2026. Dubai: Uber app, Jumeirah + Umm Suqeim, fully driverless paid rides. Saudi Arabia: first robotaxi permits. Middle East subsidiary: operationally profitable 2025. |
Abu Dhabi world first L4 licence2024
Dubai via Uber (driverless paid)Dec 2024
ME subsidiary profitable2025
Saudi Arabia permits2025
500–1,000 ME vehicles2026
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