WayRay is a deep-tech startup headquartered in Zurich, Switzerland. Founded in 2012 by Vitaly Ponomarev, the company specializes in the research, development, and industrial application of holographic augmented reality (AR) technology. Its core business focuses on delivering laser-based holographic AR head-up display (HUD) solutions for the automotive industry and broader applications. WayRay stands as one of the few deep-tech companies globally capable of achieving full-color holographic displays on windshields with multi-depth plane projection capabilities.
Guided by the philosophy "to turn any transparent surface into a window to the virtual world," WayRay adapts aviation navigation principles for terrestrial transport. By optimizing and transplanting traditional aircraft HUD technology to land vehicles, the company provides drivers with an immersive AR navigation and driving assistance experience. Technologically, WayRay diverges from the market-standard Digital Light Processing (DLP) approach, opting instead for a proprietary solution combining laser projection with holographic optical elements. This innovation results in compact hardware, a wider field of view, and superior performance under strong ambient light conditions.
WayRay secured significant momentum through its Series B and Series C funding rounds in 2017 and 2018, respectively, attracting strategic investors such as Alibaba, Porsche, Hyundai Motor, and China Merchants Capital. With cumulative financing exceeding $100 million, the company reached a valuation of $500 million by 2018. Expanding its global footprint, WayRay established an office in Shanghai and formed a deep strategic partnership with Zebra Intelligence (a joint venture between Alibaba and SAIC Motor) to co-develop in-vehicle AR navigation and infotainment systems. As of 2026, WayRay’s global team comprises approximately 200 to 250 employees, with over 60% dedicated to R&D. This robust talent pool supports full-stack in-house capabilities across core domains, including optical systems, holographic thin-film materials, laser projection hardware, and software algorithms.
Early Entrepreneurship and Technical Foundation (2012–2015)
In 2012, Vitaly Ponomarev founded WayRay in Switzerland. Prior to this venture, he had established an automotive maintenance chain and an IT company, and holds a PhD in Economics. Initial funding for the startup was primarily sourced from the founders’ personal capital and early angel investments. The R&D center was established in Russia, a strategic decision driven by lower operational costs and access to a deep pool of aerospace engineering talent. In 2013, WayRay won an award at the Intel Global Challenge, garnering initial international attention for the brand.
Product Launch and Strategic Investment (2016–2017)
In June 2016, WayRay completed a Series A financing round of approximately $10 million. In January 2017, the company’s holographic AR display technology debuted at the CES International Consumer Electronics Show, where it announced a strategic partnership with Harman, a Samsung subsidiary, providing technical demonstrations at the Harman booth. In March of the same year, Alibaba Group officially led WayRay’s $18 million Series B financing round, making WayRay the first AR automotive technology company to receive investment from Alibaba. Following this round, WayRay partnered with Zebra Intelligence to develop a new in-vehicle navigation and infotainment system. In November 2017, WayRay was named a winner of the "Top 10 Automotive Startups of 2017" award at the Los Angeles Auto Show.
Series C Financing and Global Expansion (2018)
In May 2018, WayRay’s Shanghai branch officially opened in the TEEC Shanghai Center in Jiading New City, becoming the company’s fifth global office and marking its formal entry into the Chinese market. In September 2018, WayRay completed an $80 million Series C financing round led by Porsche, with participation from Hyundai Motor, Alibaba, China Merchants Capital, Japan’s JVC Kenwood, and a sovereign wealth fund alliance. This round propelled the company’s valuation to $500 million. WayRay subsequently announced plans to open a pilot production line in Germany to strengthen pre-installation partnerships with automotive manufacturers.
Concept Car Launch and Mass Production Promotion (2021–2026)
In September 2021, WayRay officially launched the Deep Reality Display® system. In November of the same year, the company unveiled its first concept car, the Holograktor, which integrated holographic true AR display technology on a vehicle-grade platform for the first time, showcasing a complete electric passenger vehicle design centered around augmented reality. In December 2021, WayRay partnered with Karma Automotive to supply the latest iteration of its True AR™ head-up display technology, supporting the integration and implementation of engineering test vehicles. By 2026, WayRay continued to iterate its technical capabilities, launching the True AR SDK to enable developers to seamlessly integrate virtual objects into the real-world environment surrounding the vehicle.
WayRay’s business ecosystem is structured into two primary categories: "Core Display Technology Products" and "Concept Showcase Vehicles." This strategy follows a path where technology serves as the core driver, while concept cars act as integrated platforms to demonstrate these technological capabilities.
Navion – Holographic AR Navigator
Navion is WayRay’s flagship product, an aftermarket holographic augmented reality navigation device. It utilizes a compact laser projection unit mounted on the dashboard to project holographic imagery—such as navigation instructions, speed, speed limit alerts, and warning information—directly onto the windshield. Users can view this content without the need for special glasses. The system supports both gesture and voice control interactions and syncs with a mobile app for destination setting. Regarding pricing, Vitaly Ponomarev previously indicated a retail price range of $300 to $600 for the aftermarket version. Additionally, WayRay collaborated with Zebra Intelligence to develop a customized pre-installed version, which was expected to be factory-equipped in select SAIC Motor Group models as early as 2018.
Holograktor Concept Car
Unveiled in November 2021, the Holograktor is WayRay’s first official concept car and the world’s first electric passenger vehicle centered around holographic true AR display technology. Designed around the "Deep Reality Display" system, the vehicle was co-developed by renowned supercar designer Sasha Selipanov (known for his work with Bugatti and Koenigsegg) and WayRay’s internal team. The cabin features a unique 2+1 independent seat layout. Both the windshield and side windows are capable of displaying holographic true AR images at varying visual depths, seamlessly blending virtual content with the real world. In terms of performance, the Holograktor offers a comprehensive range of approximately 600 km and accelerates from 0 to 100 km/h in 3.9 seconds. Driving controls support both traditional manual steering and 5G/satellite-connected remote operation.
Element Driving Habit Recorder
The Element is an early consumer electronic product launched by WayRay, positioned as an "automotive wearable device." It collects driving data and provides optimization feedback, serving as a key component of the WayRay ecosystem by offering driving behavior analysis. However, it is not currently a core focus of the company’s business strategy.
Financing Scale and Valuation Evolution
WayRay has completed three major rounds of public financing: a $10 million Series A (circa 2016), an $18 million Series B led by Alibaba (March 2017), and an $80 million Series C led by Porsche (September 2018). The cumulative funding exceeds $100 million, propelling the company’s valuation to $500 million following the Series C round. While Crunchbase currently lists WayRay’s status as "Active," the most recent public equity financing occurred in 2018, marking a period of approximately seven years without new institutional investment injections.
Revenue and Profitability
As a deep-tech R&D enterprise, WayRay requires sustained long-term investment in optics, materials, electronics, and software. As of 2026, the company has not yet achieved large-scale revenue from pre-installed mass production. However, it has generated continuous business income through collaborative R&D projects and prototype supplies for various automotive manufacturers. External estimates place WayRay’s annual revenue between $50 million and $250 million, though these figures have not been officially verified by the company or independent auditors.
Cooperation and Ecosystem
WayRay’s pre-installation partner network spans mainstream automotive manufacturers and Tier 1 suppliers across German, Korean, Japanese, American, and Chinese markets. Strategic investors Porsche and Hyundai Motor have also established technical cooperation frameworks with the company. On a bilateral level, WayRay signed an AR HUD technology supply agreement with Karma Automotive, conducting integration verification on engineering test fleets. In terms of ecosystem development, WayRay collaborates with Zebra Intelligence to explore applications within the AR navigation software landscape. Furthermore, in 2026, WayRay officially released the True AR SDK, enabling third-party developers to create virtual objects—such as safety alerts, navigation elements, and infotainment features—for its AR HUD platform.
WayRay’s technical moat is built on three pillars: laser projection, holographic optical elements, and multi-depth plane display, with vehicle-grade system integration as the final output. This approach distinguishes WayRay from traditional automotive HUD suppliers.
Holographic Optical Elements and Photolithography Thin-Film Process
The core of WayRay’s hardware technology lies in the Holographic Optical Element (HOE). This component is a holographic film embedded within the laminated layers of the windshield or side windows. It uses laser beams to record interference fringes, precisely diffracting light fields to reconstruct virtual images when light enters. WayRay maintains an internal chemistry and materials research team dedicated to developing holographic film photolithography processes, managing everything from chemical formulations to optical characteristic measurements in a closed-loop internal workflow. Compared to the common DLP projection and standard glass solutions used by typical HUD products, HOE technology offers significant improvements in image color saturation, peak brightness, and resistance to environmental light interference.
Deep Reality Display® System
The Deep Reality Display® system represents WayRay’s system-level technological achievement for automotive display scenarios. It comprises three main components: a laser unit, an image generation unit, and a holographic windshield. The laser unit generates red, green, and blue primary color beams, which are transmitted to the image generation unit and projected onto the windshield containing the embedded holographic film. The system supports the creation of virtual images at various depth planes, with the farthest images placed up to 15 meters ahead in the driver’s line of sight—a key metric for achieving "True AR Fusion." WayRay claims that, compared to traditional HUDs, the Deep Reality Display requires only one-tenth of the hardware space, can achieve a 180° field of view, and remains unaffected by image fading caused by strong sunlight.
True AR Full-Stack Software Platform
Complementing its hardware systems is WayRay’s full-stack software capability. The True AR Rendering Engine synthesizes data from in-vehicle environmental sensors (cameras, radar, LiDAR) to integrate navigation paths, points of interest (POIs), and ADAS warnings into the vehicle’s position and driving posture coordinate system. In 2026, WayRay officially released the True AR SDK, opening its core AR rendering and interface design capabilities to third-party developers.
Vehicle-Grade Laser Source and PGU Module
WayRay’s custom laser source features high-frequency brightness modulation, ensuring stable output of full-color images with consistent chrominance and brightness even in extreme conditions such as freezing cold, scorching heat, and high humidity. The Picture Generation Unit (PGU) integrates optical path collimation and scanning systems. Its flexible design separates the laser source from the optical engine, allowing the display module to achieve large-frame coverage within compact dimensions.
WayRay’s headquarters and core R&D and management centers are located in Zurich, Switzerland. The company has established a global presence with five branches covering key automotive manufacturing hubs in Europe, North America, and Asia. In Europe, WayRay operates an R&D center in Russia and a business development office in Germany. In North America, it maintains sales and marketing departments in the United States. In the Asia-Pacific region, the company has branches in Shanghai and Hong Kong.
China is the top priority in WayRay’s internationalization strategy. Following Alibaba’s leadership of the Series B financing round in 2017, WayRay announced the establishment of its Shanghai office. In May 2018, the Shanghai branch officially settled in the TEEC Shanghai Center in Jiading New City, becoming the company’s fifth global branch. WayRay formed a strategic partnership with Zebra Intelligence (a joint venture between Alibaba and SAIC Motor), focusing on in-vehicle AR navigation and infotainment systems. Zebra Intelligence’s smart operating system is integrated into multiple flagship models from SAIC Motor Group brands, such as Roewe and MG.
In 2021, WayRay partnered with Karma Automotive to supply the latest iteration of its True AR™ head-up display technology, supporting integration and implementation within Karma’s engineering test fleet. This collaboration further expanded WayRay’s technical solutions into the US market. By 2026, WayRay had also established an operating entity in Singapore.
As of 2026, WayRay is at a critical strategic juncture, transitioning from technical verification to mass production application. The brand’s future development is clearly focused on integrating its technology into mass-produced vehicles and achieving large-scale commercial implementation.
From a productization perspective, WayRay is committed to advancing its Deep Reality Display® system to the stage of vehicle-grade pre-installed mass production. The company has invested significant resources to establish full closed-loop manufacturing and testing capabilities, covering everything from holographic film photolithography and optical detection to electronic control and software integration. WayRay plans to open a pilot production line in Germany to accelerate the supply of pre-installed systems to automotive manufacturers.
From a commercialization perspective, WayRay initially relied on Series C financing and strategic investors to drive R&D and joint development with automakers. Moving forward, the company aims to leverage deeper collaborations with partners such as Porsche, Hyundai, and SAIC to shift from joint R&D projects to standard configurations in mass-produced vehicles. In 2026, WayRay officially released the True AR SDK, marking a key transition from "hardware delivery" to building a "platform ecosystem."
Regarding technical iteration and scenario expansion, WayRay’s holographic AR display technology is not limited to automotive windshields and side windows. It can also be extended to other fields, including rail transit, aircraft cabins, building facades, and gaming entertainment.
Whether WayRay can achieve sustainable scale growth and profitability depends on three key variables: First, whether it can complete the first batch of pre-installed deliveries for mass-produced passenger cars between 2026 and 2027. Second, whether the True AR developer ecosystem can attract enough third-party application developers to create a positive feedback loop for software and content growth. Third, amidst the global automotive industry’s structural transformation toward electrification and intelligence, whether WayRay can decisively evolve from an "AR technology provider" to a "standard supplier for intelligent cockpits" in the automotive sector.
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