Top 50 Augmented Reality Headset

The startup develops enterprise-level virtual reality headsets featuring high-resolution displays and patented lenses, specifically designed for prototyping and training in the automotive, aerospace, architecture, and manufacturing sectors. These headsets enable professionals to visualize complex designs and conduct realistic training simulations, enhancing productivity and accuracy in their workflows.

The startup develops a hands-free interface for augmented reality devices that integrates with the human body, enabling users with motor impairments to access digital information through visual and audio cues. This technology allows patients to interact with computers and other devices without the need for hand usage, facilitating greater independence and accessibility.

The startup develops augmented reality software that integrates all vehicle functions for software-defined vehicles, including navigation and head-up displays. This technology enables automotive manufacturers to create reliable, safety-critical applications that enhance user experience and operational efficiency.

OQmented develops MEMS-based laser scanning solutions that enable lightweight, stylish augmented reality smart glasses with long battery life. This technology addresses the need for comfortable and high-performance wearable devices that integrate advanced display and projection capabilities, enhancing user interaction with digital content.

The startup develops display modules and spatial recognition software for augmented reality glasses, focusing on waveguides and spatial recognition engines. Their technology enables real-time recognition of environmental data and human movement, enhancing user interaction in augmented reality applications.

WaveOptics develops optical engines that integrate diffractive waveguides and projector technology to enhance augmented reality wearables. This technology enables the seamless overlay of digital images onto the real world, addressing the need for high-quality visual experiences in AR applications.

Swave Photonics designs and manufactures holographic chips utilizing diffractive photonics technology to create compact, high-resolution displays for augmented reality applications. Their technology addresses the limitations of existing AR systems by providing true holography without the need for bulky components, enhancing user experience and reducing visual fatigue.

DigiLens develops ARGO™ smartglasses using proprietary photopolymer materials and advanced waveguide optics to deliver high-resolution augmented reality experiences. This technology enables users to access and interact with digital information seamlessly in their physical environment, enhancing productivity and engagement.

Envisics develops holographic augmented reality head-up displays (AR-HUDs) and automotive sensor systems that enhance driver awareness by projecting critical information directly onto the windshield. This technology improves safety and navigation by reducing the need for drivers to divert their attention from the road.

Almer develops lightweight augmented reality (AR) devices that provide hands-free communication and real-time guidance for frontline workers in challenging environments. Their technology enhances operational efficiency by connecting field technicians with remote experts, enabling instant support and knowledge transfer without the need for physical presence.

XPANCEO is developing a smart contact lens that incorporates advanced computing technology to deliver augmented reality experiences directly to the user's eye. This solution addresses the limitations of traditional display devices by providing a lightweight, hands-free interface for information access and interaction.

Halo provides smart glasses users with real-time auditory insights and instant access to information through advanced natural language processing. Its total recall feature allows users to search past conversations and actions, enhancing situational awareness and knowledge recall.

AdHawk Microsystems develops micro-electromechanical (MEMS) eye-tracking technology that requires 1000 times less data than traditional camera-based systems while achieving sampling rates of up to 500 Hz with less than 4 ms latency. This technology enables precise tracking of eye movements for applications in AI smart glasses, augmented reality, and cognitive research, providing high-quality data on user attention and mental state.

Arspectra develops augmented reality solutions for surgical visualization and training, integrating real-time data with spatial awareness to enhance precision during medical procedures. This technology reduces the risk of errors, improving patient outcomes in the healthcare sector.

The startup develops light-field display technology that projects true hologram-like 3D images with accurate depth cues for each eye, enhancing the realism of virtual and augmented reality experiences. This technology enables users to interact comfortably and for extended periods with virtual objects in their personal space, reducing visual strain and improving immersion.

Provides an augmented reality platform that integrates with BIM tools like Revit, Navisworks, and Autodesk Construction Cloud to overlay digital models onto construction sites. This enables real-time progress tracking, issue identification, and documentation, reducing rework and improving communication between contractors, owners, and project teams.

The startup offers an augmented reality mobile application that utilizes artificial intelligence to enhance user engagement through interactive experiences. It addresses the challenge of low user retention in mobile apps by providing immersive content that keeps users actively involved.

Lynx offers the Lynx-R1, a standalone mixed reality headset that combines virtual and augmented reality capabilities with a unique lens design for immersive experiences. This device provides professionals and consumers with an open platform that prioritizes data privacy and allows for offline use, eliminating reliance on third-party cloud services.

The startup provides a platform for creating, sharing, and trading georeferenced augmented reality experiences, enabling users to independently or collaboratively design immersive content. This solution addresses the lack of accessible tools for users to engage with and monetize augmented reality in a spatial context.

DeepSight is a knowledge management platform that utilizes augmented reality and 3D visualization through smart glasses to enhance information retention and accessibility in real-time. It addresses the challenge of inefficient knowledge transfer in complex environments, enabling users to visualize and interact with data more effectively.

XREAL develops augmented reality glasses that project digital content into the user's field of view, creating a mixed-reality experience. Their waveguide display technology overlays virtual elements onto the real world, enabling intuitive interaction with applications and information for enhanced productivity and immersive entertainment.

This startup develops prescription augmented reality (AR) display lenses that are custom-fitted to individual eye prescriptions, allowing seamless integration into everyday smart glasses. By addressing the need for vision correction in AR applications, these lenses enhance user experience for the over 60% of people who require corrective eyewear.

Inmersia develops augmented and virtual reality smart glasses designed for everyday use. Their glasses aim to provide immersive digital experiences and hands-free access to information and applications.

The startup develops augmented reality software that enables 3D content creation and filmmaking without the need for headsets or smart devices. By integrating spatial imaging technology, their system eliminates green screens from production workflows, allowing filmmakers to create interactive virtual environments more efficiently.

Kura Technologies develops lightweight augmented reality glasses featuring a 150° field of view and 8K resolution, utilizing a customized micro-display and advanced optical waveguide technology. These glasses enhance collaboration, training, and design processes by providing high transparency and sharp image quality, enabling users to interact naturally with digital content in their environment.

The startup develops smart glasses that utilize proprietary pin mirror technology to project augmented reality visuals directly into the user's field of view. This technology replaces smartphone displays, providing a hands-free and immersive experience for users in various applications.

The startup develops holographic display technology that provides full-color augmented reality experiences in challenging vehicular environments, from bright sunlight to dark stormy conditions. This technology enables users to perceive information as natural three-dimensional scenes with visual depth cues, enhancing long-term viewing comfort and usability.

This startup develops smart glasses that replace traditional multi-monitor setups by projecting virtual screens at a three-meter distance, allowing users to access over six digital workspaces simultaneously. This technology eliminates the need for physical screens, enhancing workspace flexibility and reducing clutter.

The startup develops augmented communication software that integrates augmented reality, virtual reality, and artificial intelligence to streamline complex operational tasks. This technology enhances interaction and communication within marketing, technical, and human resources, improving efficiency and reducing the burden of repetitive processes.

The startup offers a web-based platform that enables users to create and distribute augmented reality experiences directly in any browser, eliminating the need for app downloads or coding. This technology allows seamless access to AR applications on smartphones, enhancing user engagement without the barriers of traditional app deployment.

The startup offers an augmented reality social media platform that enables users to seamlessly transition between real-world and virtual environments for enhanced communication. By utilizing object recognition technology, the platform provides instant information retrieval through simple object scanning, facilitating a more interactive and informative user experience.

KDH AR develops microstructure technology using TIGER Transmittance Integrated Guiding Enhanced Reaction to create high-fidelity, see-through augmented reality imaging solutions. This technology addresses the need for customizable optical displays that enhance user experience in AR devices while accommodating individual visual requirements through 3D-printed prescription lenses.

Falcon Technology develops augmented reality (AR) products and services for consumers. Their ecosystem aims to deliver high-quality AR experiences to everyday users.

Reality+ develops SoftOptics™, a near-eye display solution for VR/XR wearables that combines a specialized image processing algorithm with an optical lens design to create lightweight and stylish glasses. This technology addresses the limitations of traditional VR/XR glasses by providing a wide field of view and improved comfort, making immersive experiences more accessible for both consumers and professionals.

The startup develops augmented reality glasses that deliver portable virtual entertainment experiences, including cinema and gaming, through plug-and-play compatibility with mobile devices. This technology enables users to enjoy immersive content privately and conveniently, addressing the limitations of traditional entertainment setups.

The startup develops augmented reality and virtual reality systems that enable multiple users to visualize and interact with 3D models of real objects in real-time. This technology allows engineering and medical professionals to import data and create animated holographic experiences, enhancing collaboration and understanding in complex environments.

The startup develops AI-powered technologies for smart glasses, incorporating computer vision and low-power architecture to enable real-time object recognition and memory association. This technology enhances user experience by providing immediate contextual information through wearable devices, addressing the limitations of traditional augmented reality solutions.

OptoGlo utilizes nanotechnology to create transparent ultra-high-definition displays that enhance visual clarity and reduce bulk in electronic devices. This technology addresses the demand for lightweight, high-resolution screens in consumer electronics and professional applications.

Agumency develops wearable augmented reality hardware and software solutions, specifically the Cyclops HMD, which provides intelligent remote assistance through live AR video, text, and voice support. This technology enables technicians to receive real-time guidance from experts, reducing service costs and minimizing production downtime.

Mosaic-SoC designs specialized chips for augmented reality glasses, utilizing advanced chip design techniques honed through years of collaboration between PhDs from ETH Zurich. The company addresses the need for efficient processing power in AR applications, enhancing user experience by enabling real-time data processing and machine learning capabilities at the edge.

The startup develops augmented reality products, including AR glasses and XR simulators, that utilize gesture, voice, and object recognition technologies to enhance operational efficiency in industrial environments. By creating a digital overlay of the physical workspace, these tools facilitate faster decision-making and improve workflow processes.

The startup offers a product realization platform that utilizes augmented and virtual reality to create interactive, photo-realistic visualizations from 3D files. This technology enables retailers to present a realistic view of products to customers prior to purchase, enhancing customer satisfaction and reducing return rates.

The startup develops extended reality headsets that utilize mixed reality technologies to create immersive learning environments for students and professionals. By enabling realistic simulations, the product allows users to acquire and practice new skills safely, addressing the limitations of traditional training methods.

The startup has developed an augmented reality navigation platform that utilizes smart glasses to provide surgeons with a 3D visualization of internal organs during procedures. This technology enhances precision in surgical operations, minimizing the risk of errors and improving patient outcomes.

The startup develops augmented and mixed reality glasses equipped with gesture recognition and voice command capabilities to enhance laboratory workflows. By enabling hands-free operation, these glasses improve efficiency and facilitate remote collaboration in laboratory settings.

Holo Interactive develops the HoloKit X, an optical see-through stereoscopic augmented reality headset that transforms an iPhone into a mixed reality viewer. This technology enables users to interact with digital holograms in real-world environments, enhancing collaborative experiences in the AR metaverse.

This startup develops contact lens-based displays for augmented and virtual reality, providing a wide field-of-view system. Their technology aims to allow users to view high-definition media without eye strain, enabling access to digital content while maintaining real-world engagement.

The startup develops augmented-reality software that enhances surgical precision for neurosurgeons through reliable optical tracking and simplified navigation. This technology enables the execution of minimally invasive brain surgeries, improving patient outcomes by reducing the risks associated with traditional surgical methods.

This startup develops augmented reality (AR) and virtual reality (VR) software to integrate immersive technology into various business applications. By enhancing customer engagement and brand visibility, their solutions help businesses increase sales and improve overall customer satisfaction.

This startup offers a virtual reality (VR) and augmented reality (AR) platform for iGaming and sports betting, enhancing user engagement through immersive experiences. By integrating these technologies, the platform addresses the lack of interactive and engaging environments in traditional online betting, aiming to increase user retention and satisfaction.