Top Companies For Augmented Reality In The Automotive Industry In 2026

Companies that specialize in augmented reality in the automotive industry now touch almost every stage of a vehicle’s life.

They put a full-size car in a shopper’s driveway before a test drive, stream photoreal configurators to showroom screens and headsets, overlay CAD data on prototype bodies in the pilot plant, guide technicians through repairs on smart glasses, and draw navigation arrows over the road ahead.

That breadth is exactly why picking a partner is hard. A studio that builds a brilliant launch campaign for social media is rarely the right team for an AR head-up display, and an enterprise platform built for assembly lines will not give a marketing team a cinematic Apple Vision Pro experience. Augmented reality in the automotive industry is really several markets that share a toolkit.

This guide groups the field by what each company actually ships for automakers, dealers and suppliers. Every automotive AR company here has named automotive work or a dedicated automotive offering on its own website, so you can check the claims yourself before you start a conversation.

Automotive AR Companies At A Glance

Company	Headquarters	Best For	Signature Work
YORD	Prague, Czech Republic and New York, USA	Premium brands that want AR configurators, Vision Pro apps and AI-driven showroom experiences	Škoda Elroq and Epiq Apple Vision Pro experience; Bentley Continental GT mixed reality app
ZeroLight	Newcastle upon Tyne, UK	OEMs rolling out one configurator across web, showroom, VR and AR	Aston Martin Valhalla Cloud XR configurator; Lucid VR dealership configurator
Basemark	Helsinki, Finland	Production-grade in-vehicle AR and HMI software	AR navigation and parking features in the BMW iX
Hololight	Innsbruck, Austria	Engineering teams reviewing full-scale CAD in AR and VR	BMW Group pilot plant prototype validation
PTC (Vuforia)	Boston, USA	Service, inspection and work instructions tied to PLM data	Volvo Group AR for electric truck service and first responders
TeamViewer (Frontline)	Göppingen, Germany	Smart glass remote assistance and vision picking at scale	BMW North America dealer remote service; Schnellecke AR picking
Magnopus	Los Angeles, USA and St Albans, UK	Story-led WebAR launch campaigns	Nissan AR World of Electric Vehicles with Brie Larson
Atomic Digital Design	Paris, France	Social AR and WebAR for car launches and motor shows	Mobilize WebAR guide at the 2022 Paris Motor Show
Intellias	Chicago, USA, with European engineering hubs	Automakers building AR HUD navigation in house	Augmented HUD navigation with display autocalibration
Ceres Holographics	Livingston, Scotland	Tier 1s and OEMs exploring windshield-wide transparent HUDs	HoloFlekt holographic film work with Eastman and Covestro

Best Companies For Augmented Reality In The Automotive Industry In 2026

1. YORD — Škoda And Bentley AR Configurators And Vision Pro Apps

YORD is a creative technology studio for AI and XR, founded in 2019 by CEO Adam Rajnoha and CTO David Maťák, with offices in Prague and on Madison Avenue in New York. The team of more than 35 people has delivered over 200 projects for brands including Apple, Meta, LEGO and Bentley, and automotive is one of its clearest specialties. Its automotive practice covers immersive vehicle configurators for web, mobile and VR, virtual showrooms and digital dealerships with AI guides, AI-generated vehicle visuals, XR technician training and interactive installations.

The Škoda work shows the range. YORD built a 3D configurator and AR experience for the Enyaq RS, then an Apple Vision Pro app for the Elroq and Epiq electric models that places the cars at life size in the viewer’s own space and lets them customize interior and exterior in real time. For Škoda it also created “Metahuman Václav Laurin,” an AI avatar of Václav Laurin, co-founder of the company that became Škoda, for the Škoda Museum and Milan Design Week, which engaged one in four customers. At Milan Design Week 2026, its browser-based installations for Škoda, including a Play-Doh scan that came alive on an 8 meter LED wall, reached an event that drew nearly 60,000 visitors.

For Bentley, YORD built an Apple Vision Pro app that mixes heritage storytelling in mixed reality, a life-size Continental GT configurator with real material samples on a haptic panel, and virtual test drives across international destinations. The studio’s work has won the XR Awards Best XR Retail Solution (2023), the VR Awards Top VR Experience of the Year (2024) and the Auggie Awards Best Societal Impact (2026).

Best for: automakers and premium dealer groups that want configurators, spatial computing apps and AI-driven showroom moments from one senior team.

2. ZeroLight — Cloud-Streamed 3D, AR And VR Car Configurators

ZeroLight, based at Generator Studios in Newcastle upon Tyne, has built its business around automotive visualization. Its platform streams photoreal, real-time 3D to any screen, so a shopper on a phone sees the same quality as a showroom kiosk. The product stack includes the Palette SDK for cloud configurators, OmniStream enterprise pixel streaming, the browser-based SpotLight Suite for CGI content and Go 3D for automotive marketing experiences, with support for Unreal Engine, Unity and Autodesk VRED.

The client list reads like an auto show floor. ZeroLight’s own pages name dealership deployments for VinFast, Lucid (a VR dealership configurator), Lamborghini (an Urus touchscreen configurator), Volkswagen, Audi and Aston Martin, whose Valhalla configurator runs as a Cloud XR experience. Online configurators it powers include Mitsubishi Motors, the Chevrolet Corvette ZR1, Lucid and the Volkswagen ID. Buzz through Go 3D. The dealership product supports tablets, TVs, kiosks, VR and AR, plugs into dealer CRM systems and can generate personalized follow-up content after a showroom visit.

Best for: OEMs that want a single configuration engine feeding their website, retail screens and immersive formats, with over-the-air updates rather than per-dealer installs.

3. Basemark — Rocksolid AR Navigation Software Shipping In BMW Vehicles

Basemark, headquartered in Helsinki, builds production-grade AR and HMI software for industries where a glitch is not acceptable. Its Rocksolid suite combines a design studio, an SDK and runtimes for HUDs, instrument clusters and infotainment displays, and the company also offers professional services to take projects into series production. BMW, Lamborghini, DAF, Kenworth and Peterbilt appear among the brands on its site.

The headline project is BMW. In February 2022 Basemark announced AR features for the BMW iX and other recent BMW models. A front-view camera feeds live video to the curved central display, and Basemark’s software overlays interactive arrows for turns and lane recommendations, plus parking assistance that highlights available spots, restrictions and rates. Because the map stays visible in a split view, drivers no longer have to translate a 2D map into the road ahead. That is AR shipping in customer cars rather than in a demo booth, which is a rare credential in this market.

Best for: OEMs and suppliers that need an automotive augmented reality rendering and HMI toolchain built for safety and production timelines.

4. Hololight — XR Streaming For BMW Prototype And Design Reviews

Hololight (legally Holo-Light) is headquartered in Innsbruck, Austria, with a German entity in Ismaning near Munich and a US office in Durham, North Carolina. It focuses on the engineering side of automotive AR. Hololight Stream renders heavy 3D data on a server and sends only encrypted pixels to the headset, Hololight Hub manages XR apps across an enterprise, and Hololight Space is a ready-to-use CAD viewer with collaboration tools. It supports Meta Quest, Apple Vision Pro, HTC Vive, PICO, Snap Spectacles and HoloLens 2, and streams from Unity, Unreal Engine, NVIDIA Omniverse, Autodesk VRED and KeyShot.

At the BMW Group pilot plant in Munich, engineers use Hololight Space and Stream to overlay full-scale, full-polygon CAD models onto physical car bodies. They check assembly access, collisions and worker ergonomics and run shared design reviews without building physical mockups. Hololight reports savings of up to 12 months per vehicle development cycle, with all design data staying on BMW’s servers. Genesis Design Studios has also made Hololight part of its standard design process alongside Autodesk VRED.

Best for: design, engineering and production planning teams that want augmented reality in car manufacturing and prototyping, with AR reviews of unsimplified CAD and no sensitive data on devices.

5. PTC — Vuforia AR For Automotive Service, Inspection And Assembly

PTC, the Boston-based maker of Creo, Windchill and ThingWorx, sells its Vuforia AR portfolio into automotive through a dedicated industry practice. Its advantage is the digital thread: AR content can pull from the same CAD and PLM data engineering already maintains, so a service procedure updates when the design does.

PTC’s automotive AR page describes three core uses. Service component localization uses 3D “X-ray” views so technicians can find and repair hidden parts. AI-enabled end-of-line inspections speed up quality checks and reduce human error. Visual work instructions help assembly workers cope with growing vehicle complexity. The named reference is Volvo Group, which uses Vuforia and the digital thread to support training, service and safety on its new electric trucks, including guidance for first responders at emergency scenes.

Best for: manufacturers already running PTC software who want AR work instructions and service content that stay in sync with engineering data.

6. TeamViewer — Frontline Smart Glass AR For Dealer Service And Logistics

TeamViewer, headquartered in Göppingen, Germany, is best known for remote access software, but its Frontline suite is one of the most widely deployed industrial AR platforms in automotive. It covers Frontline Pick for vision picking, Frontline Make for step-by-step assembly, Frontline Inspect for maintenance checklists, Frontline Assist for “see what I see” remote expert support and Frontline Upskill for 3D-based training, running on smart glasses, phones and tablets.

TeamViewer’s own automotive use case book names a long list of deployments. BMW North America rolled out smart glass remote diagnosis across 347 BMW and selected MINI dealers. Toyota Germany reports 20 percent fewer field service calls after letting remote experts see through technicians’ eyes. Ford uses the approach for a centralized diagnostics team, and Audi has used mixed reality training for quality assurance staff. On the supply side, Schnellecke Logistics reports 25 percent faster processes and zero picking errors with AR order picking for just-in-time and just-in-sequence line supply, and DB Schenker uses vision picking for OEM production sequencing.

Best for: dealer networks and plant logistics teams that need hands-free AR for car repair diagnostics, picking and training at scale, with mature device management.

7. Magnopus — WebAR Launch Campaign For The Nissan ARIYA

Magnopus is an experience studio with teams in downtown Los Angeles and St Albans, near London. Its portfolio spans the Daft Punk experience in Fortnite, virtual production for Fallout, Mission: ISS for NASA and a cross-reality multiplayer experience for Expo 2020 Dubai, and its Connected Spaces platform made TIME’s Best Inventions list in 2022. That entertainment pedigree is what it brings to automotive marketing.

For Nissan, working with Ventureland and director Elijah Allan-Blitz, Magnopus built “Nissan’s AR World of Electric Vehicles,” launched in December 2022 with actress Brie Larson as narrator. The browser-based experience, built on the PlayCanvas engine, opened from QR codes on TV, YouTube, Twitch, social and smart TV spots. Viewers traveled as an energy orb through three 3D worlds tied to the Leaf, the ARIYA and Nissan’s Formula E program, then ended with an AR feature that placed the all-new 2023 ARIYA in their own space. No app download was needed, which matters when the entry point is a TV ad.

Best for: brands that want a narrative, game-like AR launch rather than a straightforward 3D viewer.

8. Atomic Digital Design — Social AR And WebAR For Car Launches And Motor Shows

Atomic Digital Design is a Paris creative studio that has spent 15 years producing AR, immersive experiences, 3D packshots and social content for brands such as Dior, Louis Vuitton, Red Bull and Adidas. It works directly with brands, as a white-label production partner for agencies and for platforms and ad networks, which suits automotive marketing teams that already have a lead agency.

Its automotive gallery lists a dozen AR projects distributed on Snapchat, WebAR and the web, including work for Nissan, Honda, the Volkswagen ID.3, the Ford F-150, the Citroën C5 Aircross and Renault Group’s Zity car-sharing brand. At the 2022 Paris Motor Show it built a WebAR experience for Renault’s Mobilize brand in which Ludo, the brand’s mascot, flew around the stand and triggered interactive reveals of each electric vehicle’s features, combining surface tracking, face tracking and 3D product display. The studio’s pitch for the category is simple: parking a vehicle at full size in your own driveway beats any spec sheet.

Best for: fast, platform-native AR for launches, social campaigns and motor show stands.

9. Intellias — AR HUD Navigation Engineering For Automakers

Intellias is a software engineering company founded in 2002 with 23 offices in 17 countries, including Chicago, Krakow, Munich and dedicated offices in the automotive hubs of Wolfsburg and Ingolstadt. Mobility is one of its core verticals, and the company says its work powers navigation in around 170 million vehicles worldwide, with HERE, TomTom and Renesas among the partners it lists.

For augmented reality in the automotive industry, the relevant offering is augmented HUD navigation. Intellias engineers software that projects route guidance onto the windshield using display autocalibration and vehicle positioning data, and can render guidance arrows, intersection and highway minimaps, and mixed reality markers for points of interest, hazards, blind spots, collision warnings, speed limits and upcoming maneuvers. Because Intellias works as an engineering partner inside OEM and supplier programs, it does not publish the brand names behind its AR HUD work, so expect to discuss references under NDA.

Best for: automakers and Tier 1s staffing up an in-house AR HUD or navigation program that needs experienced embedded and map engineers.

10. Ceres Holographics — Holographic Film For Transparent Windshield HUDs

Ceres Holographics, based in Livingston, Scotland, works one layer below the software on this list. It develops holographic optical elements that let a windshield itself act as a transparent display, so information appears in the driver’s line of sight without a bulky projector box. Its HoloFlekt technology uses Covestro’s Bayfol HX photopolymer and software-controlled hologram mastering designed for mass production.

The company’s news page shows steady automotive activity. In January 2025 Ceres, Eastman and Covestro signed a memorandum of understanding to advance holographic transparent HUDs. At CES 2025 it announced a collaboration with Appotronics that pairs its film with laser display technology for windshield-wide HUDs. In April 2026 Ceres and Eastman showcased next-generation transparent in-plane display technology at the Beijing International Automotive Exhibition. Ceres is a component partner rather than an app studio, so it fits teams defining the hardware for future AR cockpits.

Best for: OEM and Tier 1 display teams scouting optical technology for panoramic or windshield-wide AR HUDs.

AR Use Cases In The Automotive Industry

Knowing which of these proven jobs you are buying for is the fastest way to narrow a shortlist.

Design Reviews And Prototyping

Engineers overlay full-scale CAD models on physical clay models or prototype bodies to check fit, clearances and ergonomics before tooling is cut. Teams in different locations can review the same model at the same time, which cuts the number of physical mockups a program needs.

Manufacturing, Assembly And Quality Control

Augmented reality in car manufacturing mostly means step-by-step work instructions projected over the part, AR-guided end-of-line inspection and vision picking in logistics areas. The value is fewer errors on increasingly complex vehicles and faster onboarding for new line workers.

Service, Repair And Remote Assistance

Augmented reality car repair tools show technicians where a hidden component sits, walk them through a procedure, or let a remote expert see what the technician sees through smart glasses or a tablet. Dealers use this to fix more vehicles on the first visit without flying specialists in.

Workforce Training

AR and VR training lets technicians and assembly staff practice on virtual vehicles and components, including new electric powertrains, before they touch the real thing. It is especially useful when a new model launches and hundreds of dealers need to be trained at once.

Sales, Configurators And Virtual Showrooms

On the retail side, AR places a configured car at full size in a driveway or showroom, lets shoppers change colors, wheels and trims, and powers launch campaigns that open from a QR code. These experiences support online sales and help dealers show models they do not have on the lot. For dedicated configurator builders, see our list of AR and 3D product configurator development companies.

In-Car AR Displays And Navigation

Inside the vehicle, AR overlays turn arrows, lane guidance, hazard warnings and points of interest on a camera feed or projects them onto the windshield through an AR head-up display. As driver assistance features grow, AR is becoming a way to show drivers what the car sees and what it plans to do next.

Benefits Of Augmented Reality In The Automotive Industry

The business case for AR in automotive usually rests on a few measurable gains:

• Faster development: digital design reviews reduce the number of physical prototypes and shorten decision cycles.
• Fewer errors on the line: visual instructions and AR inspection help workers handle variant-heavy assembly with less rework.
• Better first-time fix rates: remote expert support and guided procedures help dealer technicians resolve issues without repeat visits.
• Lower training costs: staff learn on virtual vehicles instead of pulling real cars and equipment out of service.
• Stronger sales experiences: shoppers can see and configure a car at full scale from home or in a compact showroom.
• Safer driving information: AR navigation and HUDs keep key information in the driver’s line of sight.

How Automotive AR Works

Every automotive AR experience combines three layers. First, the device has to understand the real world, using cameras, depth sensors and, in vehicles, data from GPS, inertial sensors and driver assistance cameras or LiDAR. Second, the content has to be rendered, either on the device or in the cloud. Cloud and pixel streaming let teams show full-quality CAD or marketing models on lightweight headsets and phones, while on-device rendering keeps latency low for in-car displays. Third, the content needs a display: a phone or tablet screen, a headset such as Apple Vision Pro or Meta Quest, smart glasses, a central car display or a head-up display on the windshield.

Behind those layers sit 3D models from CAD and visualization tools such as Autodesk VRED, real-time engines like Unity and Unreal Engine, and increasingly AI and computer vision for object recognition, tracking and inspection.

Challenges Of AR In The Automotive Industry

AR projects stall for predictable reasons, so plan for them up front:

• Cost and scope: production-grade AR needs 3D pipelines, integration and ongoing content updates, not just a demo.
• Hardware limits: headset comfort, battery life, field of view and outdoor visibility still limit all-day use.
• Data security: unreleased vehicle designs are highly sensitive, which is why streaming approaches that keep data on company servers matter.
• Integration: AR has to connect to PLM, dealer CRM, service systems and vehicle software to be useful at scale.
• Driver distraction and safety: in-car AR must meet automotive safety standards and avoid cluttering the driver’s view.

How To Choose An AR Company For The Automotive Industry

Which Part Of The Vehicle Lifecycle Are You Solving For?

Start by naming the stage. Marketing and sales projects (launch campaigns, AR configurators, showroom tools) need creative studios and visualization platforms. Engineering and manufacturing projects need CAD-grade accuracy, data security and integration with PLM. Aftersales needs hands-free devices and remote support. In-car AR needs safety-grade software and optics. Very few automotive AR companies do all four well, so shortlisting by stage saves months.

Can They Reuse Your Existing 3D Data?

Most automakers already have high-quality vehicle data in VRED, Unreal or CAD tools. Ask how a partner ingests it, how much manual optimization is needed for mobile AR, and whether they can stream full-quality models instead of simplifying them. Pixel streaming, as used by ZeroLight and Hololight, avoids a lot of rework, while WebAR on a phone usually needs a lighter, optimized model. The answer drives both cost and visual quality.

Where Will Customers Or Workers Actually Use It?

An AR experience launched from a TV spot should open in a browser with no download. A showroom configurator has to run all day on kiosks and tablets and hand leads to the CRM. A headset experience for a flagship store or auto show can go much further on fidelity.

What Does Automotive AR Cost?

Budgets vary by an order of magnitude. A social or WebAR campaign asset is typically the most affordable entry point. A multi-model configurator that runs across web, showroom and AR is a larger program, usually priced as a build plus ongoing platform and content fees. Enterprise AR for service or logistics is licensed per user or device on top of integration work, and in-vehicle AR HUD software is part of multi-year production programs. Ask every vendor to separate one-time build costs from recurring license, hosting and content update costs so you can compare like for like.

How Do You Check Their Automotive Track Record?

Ask for named automotive work you can see: an app in a store, a live configurator, a published case study with the OEM’s name on it, or a reference call. Check whether the project reached production or stayed a pilot, and who owned the 3D pipeline. For general AR vendors outside this niche, our broader list of top AR development companies is a good place to widen the search.

Frequently Asked Questions

How Is AR Used In The Automotive Industry?

AR in automotive is used across the whole vehicle lifecycle. Designers review full-scale CAD models over physical prototypes, plants use AR work instructions and inspection, dealers use smart glasses for remote service support, and marketing teams build AR configurators and launch campaigns. Inside the car, AR powers navigation overlays and head-up displays that place guidance in the driver’s line of sight.

How Is AR Used In Auto Repair?

In auto repair, AR shows technicians where a component is located, overlays step-by-step instructions on the vehicle, and connects them with a remote expert who can see their view through smart glasses or a tablet and annotate it live. This helps dealers fix complex problems, including on new electric models, on the first visit and reduces the need to send specialists on site.

Does BMW Use Augmented Reality?

Yes. BMW uses augmented reality in several places. Recent models such as the BMW iX offer AR navigation on the central display, built with Basemark software, that overlays turn arrows on a live camera view. BMW Group also uses AR in its pilot plant for prototype validation with Hololight, and BMW dealers in North America use smart glass remote support from TeamViewer.

What Is An AR Head-Up Display?

An AR head-up display projects information such as navigation arrows, lane guidance, speed and hazard warnings so it appears to sit on the road ahead, rather than on a fixed panel. It combines vehicle sensors, positioning data and calibrated optics so graphics line up with the real world. Newer approaches use holographic film in the windshield to enlarge the display area.

What Is The Difference Between AR And VR In Automotive?

Augmented reality adds digital content to the real world, so a technician still sees the engine bay or a shopper still sees their driveway. Virtual reality replaces the real world with a fully digital one, which suits immersive training, virtual test drives and design reviews in a simulated space. Many automotive programs use both, often built from the same 3D vehicle data.

Conclusion

AR in the automotive industry has moved past novelty. It already ships in production cars as navigation overlays, runs daily in dealer service bays through smart glasses, saves development time in pilot plants and helps shoppers configure a car at full scale before they ever visit a showroom. The strongest partners are specialists in one or two of those jobs, with named automakers and live work to prove it.

Match the company to the stage you are solving for, insist on seeing real automotive deployments, and make sure the partner can work with the 3D data you already own. Get those three things right and augmented reality becomes a measurable part of how you design, sell and service vehicles.

If you want to feature your company on this list, email us or submit a form in the Top Choices section. After a thorough assessment, we’ll decide whether it’s a valuable addition.