Autonomous driving and robotaxis stocks

Alphabet's Waymo is an established Level 4 robotaxi operator and directly competes for commercial autonomous rides and operating zones.

Pony AI directly operates and commercializes robotaxi and robotruck services; robotaxi revenue reached $12.1 million in Q2.

Pony AI Inc., operating through its subsidiaries, specializes in autonomous mobility solutions across the People's Republic of China and the United States. The company delivers automated trucking services, assisting logistics platforms with freight transportation. Furthermore, Pony AI provides robotaxi offerings, which encompass a full spectrum of autonomous vehicle (AV) engineering support, including the deployment and upkeep of AV software, vehicle system integration and engineering, and extensive road testing. It also operates commercial, fare-charging robotaxi services. Beyond these, the company develops intelligent solutions for personally-owned vehicles, comprising advanced driving software, its own proprietary vehicle domain controllers, and data analytics tools. Its services further extend to vehicle integration, software development, and licensing. To enhance road safety, Pony AI also offers vehicle-to-everything (V2X) products and related services. Established in 2016, Pony AI Inc. is headquartered in Guangzhou, China.

Tesla is operating robotaxi pilots but currently requires safety drivers and has not scaled a driverless commercial service.

Tesla's upcoming Cybercab is designed explicitly with no steering wheel or pedals, aligning directly with this purpose-built autonomous paradigm.

Tesla controls the entire stack, manufacturing electric vehicles integrated with proprietary FSD chips and software.

Amazon’s Zoox is developing and offering driverless robotaxi rides, placing Amazon in the operator class.

Zoox is designed from the ground up as a bidirectional robotaxi lacking a steering wheel or pedals.

Aurora Innovation, Inc. specializes in the development of cutting-edge software and hardware systems designed for autonomous vehicles. Its innovative solutions cater to a diverse range of industries, including mobility service providers, automotive manufacturers, and fleet management companies. Established in 2016, the company's primary base of operations is located in Mountain View, California. Additional facilities are also maintained across the Bay Area, California; Bozeman, Montana; Pittsburgh, Pennsylvania; and Dallas, Texas.

NVIDIA supplies DRIVE compute platforms used in autonomous-driving stacks.

NVIDIA supplies foundational L4 autonomous-vehicle compute and automotive AI platforms.

WeRide operates commercial robotaxi services and therefore has direct exposure to autonomous-fleet deployment and competitive adoption.

WeRide Inc. is dedicated to pioneering and refining an autonomous driving technology platform. The company delivers a range of intelligent mobility solutions, including self-driving taxis (Robotaxi), buses (Robobus), delivery vans (Robovan), and street sweepers (Robosweeper), along with other sophisticated driving systems. These offerings are aimed at enhancing services in sectors like digital ride-hailing, flexible transport, urban supply chains, and public cleanliness. Founded in February 2017 by Xu Han and Yan Li, WeRide Inc. is headquartered in Guangzhou, China.

Hesai manufactures lidar used in Level 4 robotaxi perception systems.

Hesai supplies LiDAR hardware for Level 4 perception and robotaxi navigation.

Hesai Group, along with its various subsidiaries, focuses on the creation, production, and marketing of three-dimensional light detection and ranging (LiDAR) technologies. These sophisticated LiDAR solutions are utilized in a diverse array of applications, including advanced driver-assistance systems for both passenger and commercial automobiles, autonomous transportation services for people and goods, and specialized robotics like delivery robots, street-cleaning robots, and logistics robots operating in confined spaces. Founded in 2014, the company maintains its headquarters in Shanghai, China.

RoboSense has high automotive perception exposure because it supplies mass-produced automotive LiDAR and is one of the dominant Chinese vendors by shipment volume.

Robosense Technology Co., Ltd, an investment holding company, provides LiDAR and perception solutions in the People's Republic of China and internationally. The company offers LiDAR products for advanced driver assistance systems, robotics, cleaning, industrial, logistics, public services, inspection, and other applications. It also provides LiDAR perception solutions consisting of P6, an automotive-grade solid-state LiDAR L4 sensor fusion solution; V2X, a vehicle-to-road synergistic perception system; Reference solution, a ground truth system for ADAS applications; HyperVision 1.0, an artificial intelligence perception software; and AC1, a robotic vision product. In addition, the company offers technology development and marketing services. Robosense Technology Co., Ltd was founded in 2014 and is headquartered in Shenzhen, the People's Republic of China.

Axera is the domestic SoC provider whose M57 is replacing reliance on externally sourced ADAS compute in the disclosed export program.

Axera’s M57 is directly deployed in the EU-bound program and is represented as meeting the 2026 Euro NCAP five-star requirements.

The company's entire value proposition is the necessity of LiDAR sensors.

Ambarella is a dedicated supplier of edge-AI vision chips used in cameras and self-driving systems.

Ambarella, Inc. is a global semiconductor company specializing in advanced video processing technology. They develop chips that facilitate high-definition (HD) and ultra-HD (UHD) video compression, sophisticated image manipulation, and cutting-edge deep learning capabilities. Their core offering comprises highly integrated system-on-a-chip (SoC) designs. These single-chip solutions seamlessly combine HD video and image processing, artificial intelligence (AI) computer vision, audio processing, and various system functions, resulting in superior video and image clarity, distinct features, and efficient power usage. Ambarella's technology finds broad application across diverse markets. In the automotive sector, their chips power devices like vehicle dashcams, digital rearview mirrors, advanced driver-assistance systems (ADAS) cameras, interior and driver monitoring systems, and central domain controllers for self-driving vehicles. Beyond automotive, their solutions are crucial for professional and residential IP security cameras, various robotics and industrial applications (including identification, authentication, robotic products, and sensing), and a wide range of consumer products. The consumer segment encompasses wearable cameras, sports action cameras, social media devices, aerial drones, video conferencing equipment, and virtual reality systems. The company distributes its semiconductor solutions to original equipment manufacturers (OEMs) and original design manufacturers (ODMs) through a combination of its direct sales team and a network of distributors. Established in 2004, Ambarella, Inc. is headquartered in Santa Clara, California.

Kodiak AI, Inc. specializes in engineering sophisticated software solutions that deliver AI-powered ground autonomy. This technology enables various vehicles to navigate independently across diverse environments, encompassing highways, urban streets, and rugged off-road terrain. Leveraging a robust multi-sensor architecture, Kodiak AI's innovations cater to the critical demands of the trucking, defense, and broader industrial sectors.

Tier IV, Inc. develops open-source software solutions for autonomous driving. It develops Autoware, which is a software for urban driverless cars and supports 3D localization, object detection, path planning and following, and lane detection. In addition, the company offers self-driving development kit; autoware loggers; and autoware remove drive kit. It also offers sensor fusion technologies and products, including laser scanners and cameras. It also offers mobility services, development services, and solution services, covering deployment of autonomous driving systems, system integration, testing, operation support, and maintenance. The company was incorporated in 2015 and is based in Tokyo, Japan.

Pony AI Inc. and its subsidiaries specialize in developing and deploying autonomous mobility technologies, serving markets in both the People's Republic of China and globally. The company offers advanced robotaxi services, providing comprehensive autonomous vehicle (AV) engineering support to original equipment manufacturers (OEMs) and transportation network companies (TNCs). This support includes the development, deployment, and maintenance of AV software, vehicle integration and engineering, and extensive road-testing services. In addition to passenger transport, Pony AI also provides robotruck services, delivering automated freight solutions to logistics platforms. Furthermore, the company operates a licensing and applications division that focuses on intelligent solutions for privately-owned vehicles. This segment includes intelligent driving software, proprietary vehicle domain controller products, and data analytics tools. It also offers vehicle integration, software development, and licensing services, alongside Vehicle-to-Everything (V2X) products and services designed to boost road safety. Pony AI's diverse client portfolio consists of automotive OEMs, TNCs, logistics platforms, and suppliers of sensor and hardware components. The company, established in 2016, is headquartered in Guangzhou, China.

Navya S.A., operating through its subsidiaries, is a global provider specializing in advanced autonomous driving systems and their associated services. The company is dedicated to the engineering, production, and maintenance of innovative, self-driving, electric, and shared mobility solutions. Its product lineup includes the Autonom Shuttle, designed for passenger transportation, and the Autonom Tract, which facilitates the movement of goods within industrial complexes and airport facilities. Established in 2014, Navya S.A. maintains its headquarters in Villeurbanne, France.

Baidu's Apollo Go is a competing robotaxi operator delivering paid rides and expanding overseas.

Baidu has exposure to autonomous-driving software, HD maps, cloud services, and fleet data, all of which become more valuable as pilots move toward commercial deployment.

Launching commercial pilots (Madrid, Munich) but remains in early phases compared to the widespread availability of Tesla's software suite.

Uber is the primary platform operator, integrating Pony.ai's Level 4 robotaxis into its global ride-hailing marketplace for booking, payment, and customer service. Deploying over 2,000 robotaxis across Europe and the Middle East allows Uber to scale its autonomous network, reduce dependency on human drivers, and establish a dominant market share in international robotaxi markets.

Black Sesame International Holding Limited, an investment holding company, provides autonomous driving system on chip (SoC) and SoC based solutions. The company's automotive-grade SoCs includes the Huashan series automotive grade high computing power autonomous driving chip; and the Wudang series cross-domain computing platform for intelligent vehicles, such as advanced driving assistance system, smart cockpit, advanced imaging, and interconnection. It also offers engages in the development of automotive grade autonomous driving SoCs; and IP holding and licensing, sales and marketing, research and development, and investment activities. The company was incorporated in 2016 and is headquartered in Wuhan, China.

NASN Intelligent Tech (Zhejiang) Co., Ltd. engages in the manufacturing, development, and sells of driving motion control technologies in China, Southeast Asia, and South America. The company's products include NBC, an integrated intelligent braking system; ESC, a vehicle stability control system; NBooster, an electric braking assist system; a drive-by-wire chassis solution that supports L3/L4; and DP-EPS, a dual pinion steer-by-wire system. It also offers brake-by-wire solutions for intelligent driving, sensing, computing, and control technologies that enable vehicles to assist or automate driving functions to improve safety, comfort, and efficiency. Additionally, it designs and develops a software platform that integrates core modules such as a brake demand recognition and arbitration algorithm, a coordinative regeneration control algorithm, a stability control algorithm, and an actual brake force estimation algorithm. NASN Intelligent Tech (Zhejiang) Co., Ltd. was formerly known as Shanghai NASN Automotive Electronics Co., Ltd. and changed its name to NASN Intelligent Tech (Zhejiang) Co., Ltd. in July 2025. The company was incorporated in 2016 and is headquartered in Shanghai, China.

Dynamic Map Platform Co., Ltd. (DMP) is a company dedicated to developing sophisticated high-precision 3D data platforms that digitally reproduce the physical world. With operations spanning Japan and North America, DMP focuses on producing and distributing highly accurate 3D map data, vital for autonomous driving and advanced driver-assistance systems. Among its key offerings is "3Dmapspocket," a data platform designed for users to view and analyze detailed 3D point cloud data covering national expressways, motorways, and arterial roads. The company also provides "Spatial ID," a service that delivers location intelligence by consolidating dynamic and static information within a 3D spatial context. Additionally, DMP offers expert guidance for generating the high-definition (HD) maps indispensable for autonomous driving and ADAS technologies. These precise 3D data solutions cater to a broad spectrum of applications, encompassing the automotive sector, smart city initiatives, mobility-as-a-service (MaaS), logistics, infrastructure oversight, disaster risk reduction, academic research, and entertainment. Founded in 2016, the company was initially known as Dynamic Map Planning Co., Ltd. before adopting its current name, Dynamic Map Platform Co., Ltd., in June 2017. Its corporate headquarters are located in Tokyo, Japan.

Globally, TomTom N.V. develops and sells a wide range of navigation and location-based products and services, structured across its Location Technology and Consumer segments. The company's offerings encompass diverse map types, including standard, high-definition (HD), and Advanced Driver Assistance System (ADAS) maps, alongside comprehensive map data and points of interest. It provides extensive traffic and travel information solutions, featuring real-time updates, hazard warnings, speed camera alerts, speed profiles, road analytics, fuel and weather services, and specialized electric vehicle (EV) charging, parking, and routing capabilities. For the automotive sector, TomTom delivers navigation products like engines, user interfaces, EV routing and range prediction, and integrated traffic information. Proprietary technologies include AutoStream, designed for efficient delivery of automated driving (AD) and ADAS maps; RoadCheck, a tool for carmakers to define safe AD function activation; TomTom Indigo, a digital cockpit platform; and virtual horizon products. Additionally, the company offers robust road analytics, covering traffic statistics, origin-destination analysis, route monitoring, road event reporting, and junction analytics. Consumer offerings include navigation devices, accessories, map updates, and support services. TomTom serves a broad spectrum of industries, including automotive, fleet management and logistics, mobility and on-demand services, road traffic management, and location intelligence. Founded in 1991, TomTom N.V. is headquartered in Amsterdam, the Netherlands.

Ouster is identified as a U.S. supplier of complete LiDAR systems and perception hardware.

Ouster's hardware is specifically qualified for and integrated with this platform.

Ouster, Inc. engages in the production and sale of lidar sensor kits for the automotive, industrial, robotics, and smart infrastructure industries in the Americas, the Asia-Pacific, Europe, the Middle East, and Africa. The company offers the Outer Sensor (OS) product line, including OSDome that provides a hemispheric field of view; OS0 for wide view; OS1, for mid-range view; and OS2 for long-range view. It also provides the DF series, a suite of short, mid, and long-range solid-state digital lidar sensors for advanced driver assistance systems (ADAS) and autonomous driving systems; Velodyne that offers surround-view lidar sensors comprising VLP-16, VLP-16 Lite, VLP-16 Hi-Res, VLP-32, and VLS-128; Ouster Gemini, a perception platform designed for smart infrastructure deployments; and BlueCity, a Gemini-powered solution for traffic operations, planning, and safety. In addition, the company offers ZED, a high-performance camera that provides 2D and 3D color data, as well as AI Compute. Further, it is developing solid-state digital flash sensors, a suite of short, mid, and long-range solid-state digital lidar sensors that provide uniform precision imaging without motion blur across an entire field of view. Ouster, Inc. was founded in 2015 and is headquartered in San Francisco, California.

Innoviz has high automotive perception exposure because its LiDAR is tied to partnerships with European premium manufacturers and automotive production programs.

Innoviz supplies a safety-critical LiDAR component for autonomous trucks, creating some product and performance exposure without making it the vehicle operator.

Innoviz Technologies Ltd., an Israeli company founded in 2016 and based in Rosh HaAyin, specializes in the development and production of cutting-edge solid-state LiDAR sensors, alongside innovative perception software. Their core mission is to accelerate the widespread commercialization of autonomous vehicles. The company's product portfolio includes InnovizOne, an automotive-grade, solid-state LiDAR sensor engineered for high-volume manufacturing. This sensor is specifically tailored for automakers, robotaxi fleets, shuttle services, and logistics companies, providing an essential component for achieving Level 3 through 5 autonomous capabilities while ensuring the safety of passengers and pedestrians. Innoviz also offers InnovizTwo, another automotive-grade LiDAR sensor designed to support all levels of autonomous driving, with the added flexibility of integrating perception software directly within the sensor. For versatile environmental sensing, Innoviz360 provides a 360-degree LiDAR solution applicable in both automotive and various non-automotive contexts. Furthermore, Innoviz supplies a sophisticated perception application, a software solution that transforms raw point cloud data from the InnovizOne LiDAR into actionable perception outputs, offering detailed scene understanding and delivering an automotive-grade ASIL B(D) compliant system. The company's operational footprint spans multiple continents, encompassing Europe, the Asia Pacific region, the Middle East, Africa, and North America.

Aeva’s LiDAR may need validation within a compliant vehicle system, but the company is a component supplier rather than a primary certification or insurance provider.

Aeva Technologies, Inc. specializes in cutting-edge sensing technology, producing a compact 4D LiDAR-on-chip. The company leverages its unique frequency modulated continuous wave (FMCW) method to create these devices, which are designed to facilitate the widespread adoption of LiDAR across numerous industries. Its applications span a broad spectrum, including autonomous vehicles, various consumer electronic products, health monitoring devices, industrial automation systems, and security applications. Founded in 2017, Aeva maintains its headquarters in Mountain View, California.

MicroVision has meaningful automotive perception exposure through acquired LiDAR assets, including the Iris and Halo portfolios and related engineering teams.

MicroVision, Inc. specializes in advanced sensing solutions, primarily developing lidar sensors crucial for automotive safety and the advancement of autonomous driving systems. These lidar units leverage a sophisticated laser beam scanning (LBS) technology, integrating micro-electrical mechanical systems (MEMS), laser diodes, opto-mechanics, and specialized electronics, algorithms, and software. They are also actively developing their first-generation long-range lidar. Beyond automotive, MicroVision extends its expertise to micro-display development, creating designs and concepts for head-mounted augmented reality (AR) headsets. This includes a 1440i MEMS module specifically designed to power such AR devices. Their portfolio further encompasses interactive display modules for smart speakers and various other devices, alongside consumer lidar solutions tailored for smart home integration. A cornerstone of their innovation is the PicoP scanning technology. This advanced system generates vivid, high-contrast, and consistently uniform full-color images across an entire field-of-view, all from a remarkably compact and slender module. MicroVision primarily distributes its offerings to original equipment manufacturers (OEMs) and original design manufacturers (ODMs). Established in 1993, the company maintains its headquarters in Redmond, Washington.

Arbe Robotics Ltd. is a semiconductor enterprise specializing in cutting-edge 4D imaging radar solutions. These advanced systems are supplied to manufacturers of components and complete systems, developers of autonomous ground vehicles, and producers of commercial and industrial transport. Their market presence extends across China, Sweden, Germany, the United States, Israel, and other international territories. Their product portfolio features a comprehensive radar chipset, comprising transmitter (Tx), receiver (Rx), and processor integrated circuits. Key offerings also include the Phoenix perception radar, engineered for precise free space mapping, object tracking, and simultaneous localization and mapping, alongside the Lynx 4D imaging radar, specifically designed for seamless integration at vehicle corners and rear sections. Furthermore, the company is actively engaged in developing radar chipsets intended for incorporation into advanced driver assistance systems (ADAS) and autonomous vehicle (AV) sensor suites. These developments aim to bolster safety applications through innovative sensing and truly transformative perception capabilities. Their technological endeavors also encompass the development of multi-channel radio frequency integrated circuits. Founded in 2015, Arbe Robotics maintains its headquarters in Tel Aviv, Israel.

Qualcomm supplies heterogeneous automotive SoCs, AI engines, connectivity, and safety capabilities directly relevant to centralized SDV compute.

Qualcomm supplies automotive compute, safety software, and AI accelerators capable of supporting Level 2 through Level 4 systems.

Qualcomm is identified as a supplier of Snapdragon Ride automotive compute platforms relevant to autonomous vehicles.

Mobileye couples its local perception silicon with proprietary, crowd-sourced Road Experience Management (REM) HD mapping for autonomous routing.

Mobileye supplies ADAS and autonomy technology, including EyeQ compute platforms and mapping capabilities.

Nexteer Automotive Group Limited, a motion control technology company, develops, manufactures, and supplies steering and driveline systems to original equipment manufacturer worldwide. It offers electric power steering (EPS) products, which include column assist electric power steering products, intermediate shafts, EPS racks and pinion gears, single and dual pinion assist products, rack-assisted EPS products, modular power packs, steer-by-wires, EPS remanufacturing products, and automated steering actuators, as well as availability, output, and modular EPS products. The company also provides steering column technologies, such as power tilt, power and manual rake and telescope, one-touch adjustable, non-adjustable, stowable steering column, intermediate shaft, and transmission shifter products, as well as safety and crashworthiness, electronic, module, and sub-assembly products; and driveline products comprising half shaft technologies and solutions. In addition, it offers hydraulic power steering products, which comprise magnetic torque overlay, smart flow, power steering pump and reservoir, rack and pinion, and recirculation ball steering gear products, as well as aftermarket solutions; and software products for steering, road surface detection, vehicle health management, brake-to-steer, and safety and cybersecurity. Further, the company provides megatrend alignment solutions, which include electrification, software and connectivity, shared mobility, and advanced driver assistance system and automated driving products. The company was founded in 1906 and is headquartered in Auburn Hills, Michigan.

TI directly supplies high-performance ADAS and autonomous-driving SoCs with ASIL-D-capable safety architecture, creating meaningful exposure to centralized safety compute.

Continental is described as a Tier One supplier with L4 LiDAR, software, and computing capabilities.

Continental supplies imaging radar, ultrasonic sensors and sensor-fusion middleware to OEM autonomy programs.

Aptiv supplies vehicle architecture and fail-operational capabilities spanning compute, network, and power layers.

Aptiv is identified as a supplier of high-resolution imaging radar and automotive systems integration content.

Aptiv PLC, an industrial technology company, provides hardware and software solutions to support automotive and other industries in North America, Europe, the Middle East, Africa, the Asia Pacific, and South America. It operates through three segments: Advanced Safety and User Experience, Engineered Components, and Electrical Distribution Systems. The company offers active safety, user experience and smart vehicle compute, and software products for vehicle safety and security, including intelligent sensors, compute platforms, and software tools and services. It also provides connection systems, interconnects, and cable management and protection solutions for the distribution of power, signal, and data. Aptiv PLC was incorporated in 2011 and is based in Schaffhausen, Switzerland.

Ford's next-generation hands-free BlueCruise and Latitude AI software explicitly leverage external, road-level map data provided by the MapKit SDK.

GM's driver assist systems and future automated driving systems rely on a combination of cloud services and maps for navigation.

GM has material driverless-operations exposure through Cruise, although the retrieved context indicates a less mature commercialization position than the direct robotaxi operators.

A communication blackout that disables steering reinforces the need for independent redundant braking and steering systems capable of maintaining control or executing a minimum-risk maneuver. Knorr-Bremse is positioned in redundant braking and steering for highly automated commercial vehicles, creating potential component demand if regulators require stronger fail-operational designs.

Hexagon's enterprise geospatial, surveying, and mapping capabilities closely match the project's LiDAR, aerial survey, 3D mapping, and asset-intelligence requirements.

C. E. Info Systems Limited, operating under the symbol MAPMYINDIA.NS, is a leading Indian technology and data company. Founded in 1992 and headquartered in New Delhi, this enterprise specializes in delivering cutting-edge digital mapping, geospatial software, and location-based Internet of Things (IoT) technologies throughout India. The company's extensive array of solutions includes sophisticated digital maps, specialized geospatial data services, and systems designed to automate fieldwork. It also develops consumer-oriented location applications and IoT gadgets, alongside comprehensive technology suites for the automotive and mobility industries, and tailored solutions for location-powered enterprise digital transformation. Additionally, C. E. Info Systems provides developer Application Programming Interfaces (APIs) and Software Development Kits (SDKs), navigation and mobility platforms, Geographic Information Systems (GIS), analytics and artificial intelligence (AI) capabilities, fleet management tools, and drone services.

Founded in Taipei, Taiwan in 1998, Kingwaytek Technology Co., Ltd. specializes in creating electronic maps and developing Geographic Information Systems (GIS). The company's mapping solutions encompass telecommunications maps, advanced 3D representations, and high-definition maps specifically engineered for autonomous vehicles. Among its software offerings is Leke Navigation Wangquan 3D, a mobile application featuring comprehensive 3D mapping, real-time traffic light display, detailed road markings, signs, nearby landmarks, and specific navigation guidance for elevated structures and underpasses. For professional vehicle and machinery use, Kingwaytek provides the Leke Navigation King TM series, an advanced car networking navigation software. Additionally, the company offers Leker Interchange, a service for seamless transfer and pedestrian route guidance. Beyond its core mapping and navigation products, Kingwaytek also delivers big data services, instrumental in intelligent traffic management and improving public transportation efficiency. Its broader portfolio includes the Leke store, pioneering self-driving technology solutions, and robust bus fleet management services.