Autonomy

levels · sensors · compute · sites

Mines went driverless in 2008 and now run as many autonomous trucks as Waymo runs robotaxis. Autonomy works first where the operator owns the domain.

Driverless vehicle fleets in 2026: Waymo more than 4,000 robotaxis in the US; 3,832 autonomous haul trucks in mines worldwide (GlobalData, July 2025); Pony.ai 1,975 robotaxis (June 2026); WeRide about 1,300; Tesla 1,080 driverless vehicles registered in Texas (October 2026); Zoox about 105. DRIVERLESS VEHICLE FLEETS, 2026 Waymo robotaxis (US) 4,000+ Autonomous mine haul trucks 3,832 Pony.ai robotaxis 1,975 WeRide robotaxis ~1,300 Tesla driverless, Texas 1,080 Zoox robotaxis ~105 Waymo; GlobalData (mines, July 2025); Pony.ai; WeRide; TxDMV; Zoox
Waymo fleet
4,000+
Mine haul trucks
3,832
Automated terminals
76
Apollo Go cities
27
Hub
Autonomy

Finding

Autonomy worked first where the domain is fenced, and robotaxis are only now catching up with the mines

Driverless haul trucks have run in open-pit mines since Komatsu's first commercial system in 2008; by mid-2025 there were 3,832 of them, roughly as many vehicles as Waymo runs today. Mines, container terminals and warehouses went driverless first because the operator controls the site: who enters, the speeds, the routes and the weather exposure. Public streets are the hardest domain, and robotaxis reached real scale only in 2025-26.

That order still holds. A geofenced robotaxi zone is a fenced domain drawn on a public map; Waymo's 15 cities, Tesla's Austin service and Baidu Apollo Go's 27 cities all run inside mapped and approved areas. The same sensing, compute and planning stack runs across all of them; what changes is how much of the world the operator can bound. China and the US share the lead: Waymo has the largest robotaxi fleet, while Apollo Go, Pony.ai and WeRide together run more vehicles in more cities, and China leads in mine autonomy and automated container terminals.

Texas is the main US proving ground: Waymo, Tesla and Zoox all run robotaxis there and Aurora runs driverless trucks (AustinIO tracks the Texas deployments). For the operating side, see Autonomous Fleets.

In this hub

Autonomy pages

Autonomy hub pages
GroupPagesCovers
FrameworksAutonomy Levels, Autonomy at Scale, Six Foundation DomainsWho drives, what limits scale, what an autonomous site depends on
VehiclesAutonomous Cars, Robotaxi FleetsPersonally owned automation and robotaxi services
Sensors and computeAutonomy Stack, Sensor Fusion, Cameras, Radar, LiDAR, Compute, Training ClustersHow the machine sees, decides and learns
Autonomous sitesFactories, Mines, Seaports, Logistics Hubs, Airports, Fleet DepotsBounded sites where autonomy and electrification meet

By domain

Autonomy maturity by domain

Maturity is an ElectronsX assessment.

Autonomy by domain
DomainDriverless sinceScaleMaturity
MinesSince 20083,832 haul trucks (July 2025)Very high
Container terminalsSince 1993 (Rotterdam)76 automated terminalsHigh
WarehousesSince 2012 (Kiva)Amazon alone 1M+ robotsVery high
RobotaxisPaid driverless since 2020 (Phoenix)~10,000 vehicles across leading operatorsScaling
Highway trucksDriverless since 2025 (Texas)HundredsEarly
Personal carsL3 in narrow conditionsUnsupervised not yet soldEarly

Sources

Sources and scope

Scope
Autonomous vehicles, robots and sites
Sources
Waymo; GlobalData Mining Intelligence Center; Pony.ai and WeRide filings (2026); TxDMV via texasavtracker.com; Zoox; Komatsu; port automation inventory (2025); AustinIO
Updated
October 2026