Autonomous Vehicles Companies

Mobileye

Jerusalem, Israel

Mobileye develops and deploys vision-based advanced driver-assistance systems (ADAS) and autonomous driving solutions for the automotive industry. Their core technology centers around computer vision powered by machine learning, specifically utilizing System-on-a-Chip (SoC) designs for scalable and safe deployment. With over 200 million SoCs deployed, Mobileye partners with leading automakers to deliver both current ADAS features and future driverless capabilities.

Anduril Industries

Costa Mesa, United States

Anduril Industries develops autonomous defense systems for the U.S. and allied military forces. Their core offering is Lattice AI, an open software platform enabling sensor fusion, autonomous navigation, and command & control across multiple hardware platforms – including aerial, ground, and maritime systems. Anduril differentiates itself by applying Silicon Valley engineering principles to rapidly deliver adaptable, AI-powered capabilities traditionally reliant on lengthy defense procurement processes.

Horizon Robotics

Beijing, China

Horizon Robotics is a China-based AI hardware company specializing in edge AI processing units. They design and manufacture automotive-grade AI chips – the Journey series – specifically for advanced driver-assistance systems (ADAS) and autonomous driving capabilities. Targeting automotive OEMs and Tier 1 suppliers, Horizon Robotics provides a full-stack solution enabling on-device AI processing for improved safety and efficiency in vehicles.

Momenta

Beijing, China

Momenta is a Chinese autonomous driving technology company developing full-stack solutions ranging from L2+ assisted driving to L4 autonomy. Their core technology centers on a data-driven “flywheel” approach, utilizing deep learning for perception, HD mapping, and path planning, delivered through products like Mpilot and MSD for mass-market vehicle integration. Momenta targets both automotive manufacturers seeking advanced driver-assistance systems and the emerging robotaxi market with a scalable, adaptable platform.

Pony.ai

Fremont, United States

Pony.ai develops full-stack autonomous driving technology, focusing on Level 4 perception, localization, planning, and control systems. The company deploys this technology in both robotaxi and trucking applications, operating a fleet for public and commercial use. Pony.ai targets the deployment of autonomous vehicles as a mobility service and freight solution in major urban centers and logistics hubs.

Shield AI

San Diego, United States

Shield AI develops AI-powered autonomous systems for defense applications, specializing in software that enables unmanned aerial vehicles to operate effectively in communication-denied environments. Their core product, Hivemind, is an AI pilot capable of independently executing complex flight plans and tactical maneuvers on platforms like the MQ-20 Avenger and Kratos’ MQM-178 Firejet. Shield AI targets the defense and security sectors by providing resilient, fully-autonomous capabilities that reduce operator workload and enhance mission success in contested environments.

Black Sesame Technologies is a Chinese fabless semiconductor company specializing in high-performance, low-power AI chips for automotive applications. Their core product is the Huashan series of Systems-on-Chips (SoCs), which leverage advanced image processing and adaptive light control sensing technology to enhance autonomous driving capabilities. Black Sesame targets automotive OEMs and Tier 1 suppliers requiring customized and comprehensive AI-powered vision solutions for ADAS and autonomous vehicles.

Zipline

South San Francisco, United States

Zipline Rwanda operates an autonomous drone delivery service focused on rapidly distributing critical medical supplies, including blood and vaccines, to remote and underserved healthcare facilities. Their core technology is a fully integrated platform encompassing drone aircraft, automated logistics software, and a proprietary demand forecasting system to optimize inventory and delivery routes. Targeting the healthcare sector and governments in regions with challenging infrastructure, Zipline provides instant, reliable access to essential medical products, reducing delivery times and improving health outcomes.

Plus.ai

Cupertino, United States

Plus.ai develops autonomous driving technology specifically for long-haul freight trucking. Their core product, SuperDrive, is an AI-powered autonomous system utilizing large AI models and generative AI to enable Level 4 autonomy on commercial vehicles. Targeting partnerships with major truck manufacturers like TRATON, Hyundai, and IVECO, as well as fleets like Amazon and DSV, Plus.ai aims to deliver scalable, factory-built autonomous trucking solutions to improve safety and efficiency in the logistics industry.

Weride

Guangzhou, China

WeRide is a publicly traded (Nasdaq & HKEX) autonomous driving technology company developing solutions ranging from Level 2 to Level 4 automation. Their core product is a fully autonomous Robotaxi service, currently deployed in over 30 cities across 11 countries. WeRide differentiates itself through commercial-scale deployment and a full-stack autonomous driving system, targeting urban mobility and delivery services.

Serve Robotics

Los Angeles, United States

Serve Robotics develops and deploys Level 4 autonomous robots for last-mile delivery services. Utilizing proprietary computer vision and machine learning algorithms, their robots navigate sidewalks to fulfill short-distance orders, primarily focusing on food and grocery delivery. The company targets businesses seeking to reduce delivery costs and environmental impact by replacing car-based delivery with a sustainable, robotic solution.

Einride

Stockholm, Sweden

Einride develops and deploys end-to-end digital and electric freight transport solutions. Their core offering is the Pod, an autonomous, electric freight vehicle, managed by a digital freight operating system designed to optimize and automate shipping processes. Einride targets large industrial shippers and logistics providers seeking to reduce carbon emissions and improve the efficiency of their supply chains through sustainable, data-driven transportation.

DeepBlue Technology

Shanghai, China

DeepBlue Technology is a Chinese AI company developing and deploying solutions across autonomous vehicles, robotics, industrial automation, and AI-driven healthcare. Their core technology centers on a comprehensive AI platform enabling data collection, learning, and application across these diverse fields. Recognized as a national-level “specialized, refined, and new” enterprise, DeepBlue targets industries seeking to integrate advanced AI capabilities for increased efficiency and innovation, and is backed by significant pre-IPO investment.

Skydio

San Mateo, United States

Skydio develops autonomous drones equipped with advanced computer vision and AI-powered navigation for complex, real-world operations. Their flagship X10 drone provides autonomous flight capabilities for applications like critical infrastructure inspection, first response, and security, eliminating the need for constant piloting. Skydio targets enterprise and public sector clients requiring remote data acquisition and situational awareness in hazardous or hard-to-reach environments.

Embark Trucks

San Francisco, United States

Embark Trucks develops autonomous driving software specifically for long-haul freight transportation. Their core technology is an SAE Level 4 driverless system designed to operate on pre-defined highway routes, integrating with existing truck hardware. Embark targets large freight carriers seeking to increase efficiency and address driver shortages through the deployment of autonomous long-haul trucking solutions.

Applied Intuition

Mountain View, United States

Applied Intuition provides a comprehensive software platform, Vehicle OS, for developing and validating autonomous vehicle (AV) and advanced driver-assistance systems (ADAS). Their technology focuses on large-scale data ingestion, synthetic scenario generation, and machine learning infrastructure to enable rapid development, testing, and deployment of AI-powered vehicle intelligence. They primarily serve automotive manufacturers and technology companies seeking to accelerate AV/ADAS development and improve safety through data-driven insights and efficient software updates.

Vayyar

Tel Aviv, Israel

Vayyar develops advanced 4D imaging radar sensors that provide high-resolution, touchless perception for a diverse range of applications. Their single-chip radar platform serves the automotive industry with in-cabin monitoring and ADAS/AV safety features, while also addressing needs in healthcare, security, retail analytics, and industrial sensing. Vayyar differentiates itself by offering a cost-effective, multifunction sensor capable of detecting objects and people regardless of material or lighting conditions.

Kodiak Robotics

Mountain View, United States

Kodiak Robotics develops autonomous driving technology for long-haul freight, focusing on the deployment of self-driving capabilities onto existing truck platforms. Their core product, the “Kodiak Driver,” is an integrated AI-powered system combining hardware and software for reliable autonomous operation in diverse environments. Kodiak targets both commercial freight carriers seeking increased efficiency and the national security sector, offering a scalable solution to address driver shortages and improve operational safety.

Oxbotica

Oxford, United Kingdom

Oxbotica develops full-stack autonomous vehicle software applicable to a diverse range of vehicle types and operational environments. Their core product is a comprehensive autonomy platform—an “operating system for autonomy”—designed to accelerate the deployment of self-driving capabilities for businesses. Oxbotica targets industries like logistics, delivery, and industrial operations, offering a platform-agnostic solution to improve efficiency and reduce transportation costs through autonomous mobility.

Starship Technologies

San Francisco, United States

Starship Technologies develops and deploys fleets of fully autonomous, ground-based robots for last-mile delivery. Utilizing a combination of radar, cameras, sensors, and machine learning, these robots navigate sidewalks and roads to deliver groceries, food, and industrial supplies. Starship targets campuses, grocery retailers, and industrial sites, offering a cost-effective and sustainable alternative to traditional delivery methods with a demonstrated track record of over 9 million deliveries across 270+ locations.

Bear Robotics

Redwood City, United States

Bear Robotics develops autonomous mobile robots (AMRs) designed to address labor challenges in the food service and hospitality industries. Their primary product, Servi, is an AI-powered delivery robot capable of navigating complex restaurant and hotel layouts – including tight spaces and ramps – to efficiently transport food and other items. By automating front-of-house delivery tasks, Bear Robotics enables businesses to expand service capacity and optimize workforce allocation.

Gatik

Mountain View, United States

Gatik AI develops and deploys medium-duty autonomous trucks focused on the short-haul, business-to-business (B2B) middle-mile logistics sector. Their “Gatik Driver” technology stack integrates hardware and software to enable driverless operation on pre-defined, repeatable routes between distribution and retail locations. This solution targets Fortune 500 retailers and logistics providers seeking to optimize regional supply chain efficiency and reduce costs through autonomous delivery.

Waabi

Toronto, Canada

Waabi develops autonomous trucking technology utilizing a novel “Physical AI” approach. Their core product is an end-to-end AI model coupled with a high-fidelity neural simulator, enabling faster development and verification of self-driving capabilities compared to traditional methods. Waabi targets the long-haul trucking industry, offering a potentially more scalable and efficient path to Level 4 autonomy through reduced development costs and increased safety validation.

Prophesee

Paris, France

Prophesee is a French technology company specializing in event-based vision systems inspired by the human retina. They develop neuromorphic vision sensors – known as Dynamic Vision Sensors (DVS) – that capture data based on changes in a scene, enabling high-speed, low-latency, and low-power machine vision. Prophesee targets applications requiring robust performance in challenging conditions, such as industrial automation, robotics, and autonomous vehicles, by providing data previously undetectable by traditional cameras.

Five AI

Cambridge, United Kingdom

Five AI develops software for autonomous vehicle safety validation and testing. Their core technology utilizes high-fidelity simulation and scenario generation to rigorously assess the safety of self-driving systems in complex and challenging environments. Specifically, Five AI partners with automotive industry leaders like Bosch to provide tools for validating autonomous vehicle performance before real-world deployment, addressing a critical need for safety assurance in the rapidly evolving autonomous vehicle market.

FarmWise

San Francisco, United States

FarmWise develops robotic weeding solutions for specialty crops, utilizing their flagship Vulcan platform. This fully electric, autonomous robot employs advanced computer vision and machine learning algorithms to identify and mechanically remove weeds with sub-inch precision, reducing herbicide reliance. Early deployments and partnerships, such as those highlighted by Larry Santos, demonstrate FarmWise’s technology is being adopted by growers seeking to improve sustainability and operational efficiency in fields like lettuce, broccoli, and other high-value crops.

Tactile Mobility

Haifa, Israel

Tactile Mobility develops AI-powered software that analyzes data from existing vehicle sensors to deliver real-time road surface information and vehicle weight estimations. Their core technology creates a “digital sense of touch” for vehicles, enabling applications like crowdsourced grip level mapping and proactive safety systems. This solution targets automotive manufacturers and fleet operators seeking to enhance vehicle safety, improve driving efficiency, and meet emerging EU safety regulations.

Kognic

Gothenburg, Sweden

Kognic is a Swedish AI company providing a data platform specifically for the development of autonomous vehicle systems. Their core technology facilitates the scalable integration of human-in-the-loop feedback for complex annotation tasks beyond basic perception, including trajectory ranking and multimodal data grounding. Kognic targets autonomous vehicle developers seeking to improve model performance through high-volume, high-quality training data while maintaining safety and compliance.

Savioke

San Jose, United States

Savioke develops and deploys autonomous mobile robots, specifically the Relay model, for internal logistics within commercial environments. Utilizing a sophisticated sensor suite and mapping technology, Relay navigates complex indoor spaces to deliver items like medications, lab samples, and amenities. Savioke targets the healthcare and hospitality industries, aiming to improve staff efficiency and reduce operational costs through automated delivery services.

Cognata

Rehovot, Israel

Cognata develops a physics-based, high-fidelity simulation platform for the autonomous vehicle industry. Their platform generates realistic and scalable synthetic data – including diverse scenarios and edge cases – to accelerate the testing and validation of autonomous driving systems. This allows automotive OEMs and Tier 1 suppliers to reduce development costs and time-to-market by minimizing reliance on costly and potentially dangerous on-road testing.

Understand.ai

Karlsruhe, Germany

Understand.ai is a German data services company specializing in ground truth data creation and annotation for advanced driver-assistance systems (ADAS) and autonomous driving (AD) applications. Their core offering is a scalable ground truth platform leveraging automation and a partner network to deliver high-quality, consistently annotated datasets – including lidar, camera, and radar data – at volume. They primarily serve automotive manufacturers and technology companies developing and validating autonomous vehicle technologies, with a focus on data security evidenced by their TISAX Level 2 certification.

Refraction AI

Ann Arbor, United States

Refraction AI develops and deploys sidewalk-based, autonomous delivery robots for local commerce. Their technology utilizes a proprietary combination of computer vision, sensor fusion, and remote supervision to navigate complex pedestrian environments safely and efficiently. Targeting restaurants, grocery stores, and pharmacies, Refraction AI offers a cost-effective and scalable solution for hyper-local, last-mile delivery services, particularly for orders under five miles.

TuSimple

San Diego, United States

TuSimple develops Level 4 autonomous driving technology specifically for long-haul semi-trucks. Their core product is an autonomous driving stack integrating perception, prediction, planning, and control systems, enabling hub-to-hub freight transportation. Targeting the multi-billion dollar long-haul logistics market, TuSimple aims to increase efficiency and reduce costs through the deployment of self-driving truck fleets on pre-defined routes.

Fetch Robotics

San Jose, United States

Fetch Robotics develops and deploys Autonomous Mobile Robots (AMRs) for material handling within warehousing and logistics environments. Their core technology centers on cloud-robotics and AI-powered navigation, enabling flexible automation of tasks like picking, packing, and transport. Fetch Robotics targets businesses seeking to improve fulfillment efficiency and address labor shortages through scalable, software-defined automation solutions.

Latitude AI is a Ford subsidiary developing Level 3+ automated driving technology for integration into future Ford vehicles. Their core focus is building a full, end-to-end autonomous driving system encompassing robotics, machine learning, and cloud infrastructure. This technology targets the consumer automotive market, aiming to deliver a hands-free driving experience and ultimately redefine the driver-vehicle relationship for Ford customers.

Luminar Technologies

Orlando, United States

Luminar Technologies develops LiDAR sensing systems and associated perception software for automotive and industrial applications. Their core product, the Luminar Halo LiDAR, delivers long-range, high-resolution 3D mapping crucial for advanced driver-assistance systems (ADAS) and autonomous driving. Notably, Luminar is the first to provide a high-performance LiDAR solution integrated as standard equipment on production vehicles like the Volvo EX90 and ES90, targeting automakers seeking to enhance safety and accelerate the development of autonomous capabilities.

Meituan Autonomous Delivery

Beijing, China

Meituan Autonomous Delivery develops and deploys fully autonomous delivery robots and vehicles focused on last-mile delivery services. Utilizing proprietary navigation and obstacle avoidance technology, the company aims to reduce delivery costs and improve efficiency for Meituan’s extensive food delivery network in China. This vertically integrated approach allows Meituan to control a key component of its logistics chain and address growing demand for rapid, localized delivery.

Optimus Ride

Boston, United States

Optimus Ride develops Level 4 autonomous vehicle technology specifically for low-speed, geo-fenced environments. Their core product is a full-stack autonomous shuttle solution, integrating hardware and software for first/last mile transportation. The company targets business campuses, residential communities, and tourist destinations seeking to deploy safe and efficient, on-demand mobility services within defined operational design domains.

Piaggio Fast Forward

Boston, United States

Piaggio Fast Forward develops autonomous following robots designed to augment pedestrian mobility and last-mile delivery. Their core product, the Gita family of robots (gita, gitaplus, and gitamini), utilizes sensor fusion and computer vision to safely follow users and carry goods hands-free. Targeting urban consumers and businesses seeking to enhance pedestrian experiences and streamline short-distance logistics, Piaggio Fast Forward offers a unique solution for carrying loads without requiring dedicated vehicle infrastructure.

Raven Industries

Sioux Falls, United States

Raven Industries, a CNH brand, develops and integrates precision agriculture technology for autonomous farming applications. Their core offering centers on automated guidance and data analytics systems that optimize resource use and improve yield for agricultural operations. Targeting large-scale farming businesses, Raven provides solutions designed to address labor shortages and enhance operational efficiency through connected workflows and real-time fleet management.

Valeo AI

Paris, France

Valeo AI is a French automotive technology company specializing in the development of Advanced Driver-Assistance Systems (ADAS) and autonomous driving capabilities. Their core technology centers on sensor fusion and AI-powered perception systems, integrating data from radar, cameras, and LiDAR to enable features like automated parking and highway driving. Valeo AI primarily serves automakers as a Tier 1 supplier, offering integrated systems designed to enhance vehicle safety and move towards full automation.

Xpeng

Guangzhou, China

Xpeng is a Chinese manufacturer developing smart electric vehicles focused on integrating advanced driver-assistance systems (ADAS) and autonomous driving technology. Their primary offering centers around a full-stack autonomous driving platform, currently marketed as XPILOT and CITY PILOT, enabling Level 2 and Level 3 capabilities across their vehicle lineup. Xpeng targets the growing premium EV market in China and internationally by emphasizing technologically advanced vehicles that prioritize a seamless and intelligent driving experience.

Hyundai Autoever develops and implements AI-powered software solutions specifically for the automotive sector, focusing on connected vehicle services and enterprise-level IT infrastructure. Their core offering is an AI platform enabling real-time data analysis for predictive maintenance, autonomous driving features, and personalized in-vehicle experiences. Targeting Hyundai Motor Group and other automotive manufacturers, Autoever provides a vertically integrated approach to AI deployment within the evolving mobility landscape.

Lucid Motors

Newark, United States

Lucid Motors designs and manufactures luxury electric vehicles, currently focusing on the Air sedan and upcoming Gravity SUV. Their vehicles integrate an AI-powered advanced driver-assistance system (ADAS) to enhance safety and the driving experience. Lucid targets the high-end EV market, differentiating itself through a combination of long-range capability, performance, and integrated intelligent driving features.

Rivian

Irvine, United States

Rivian designs and manufactures electric vehicles, including trucks, SUVs, and vans, focused on both on- and off-road capability. Their vehicles integrate AI-powered driver assistance systems and utilize a software-defined platform to enable features like nine selectable drive modes and advanced safety functionalities. Rivian targets consumers seeking premium electric vehicles with a focus on adventure, utility, and a sustainable transportation experience.

Motional

Boston, United States

Motional develops Level 4 autonomous vehicles focused on ride-hail and delivery services. Their core technology centers on a comprehensive driverless system integrating hardware and software, leveraging decades of expertise from parent companies Hyundai Motor Group and Aptiv. Motional uniquely targets commercial deployment within mobility networks, aiming to provide fully driverless solutions for both passenger and goods transportation.

May Mobility

Ann Arbor, United States

May Mobility develops and deploys autonomous vehicle solutions for public and private transit, focusing on first/last mile transportation networks. Their core technology is a real-time, reinforcement learning-based Multi-Policy Decision Making (MPDM) system enabling continuous learning and adaptation during operation, differentiating them from companies reliant on pre-collected training data. They currently serve diverse environments ranging from suburban areas to rural communities and international markets, aiming to improve accessibility and sustainability in transit options.

Torc Robotics

Blacksburg, United States

Torc Robotics develops autonomous driving systems specifically for long-haul freight trucking, focusing on hub-to-hub routes. Their core technology centers on integrating advanced sensor suites and proprietary software to enable SAE Level 4 autonomous operation in the Freightliner Cascadia. As a subsidiary of Daimler Truck, Torc uniquely targets commercial fleet operators seeking to integrate self-driving capabilities into existing logistics networks.