Top 50 Smart Glass

eLstar Dynamics develops adaptive smart glass using Electrophoretic Light Emulator (ELM) technology, which allows for rapid transition between opaque and clear states in under 20 seconds. This technology effectively regulates solar energy entry, providing substantial energy savings and enhanced visual comfort for buildings and vehicles.

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.

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.

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.

XanderGlasses develops smart glasses that display real-time captions of in-person conversations, utilizing augmented reality technology to assist users with hearing loss. This solution enhances communication by providing immediate visual text of spoken dialogue, improving accessibility in social interactions.

View provides electrochromic smart windows that continuously adjust tint in response to real‑time daylight, occupancy, and climate data, reducing glare, cooling loads, and artificial lighting demand. The solution integrates edge‑mounted sensors with a cloud‑based control engine and offers RESTful and BACnet/IP APIs for seamless connection to building‑management systems, plus an analytics dashboard for energy‑savings and ESG reporting. An optional Immersive Display mode enables the glass to function as a high‑resolution, touch‑enabled digital surface.

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.

Morphotonics offers a large-area nanoimprinting platform for high-volume manufacturing of nanoscale optical components. Their integrated solution enables the precise replication of sub-100 nm features across meter-scale surfaces, accelerating the production of advanced displays and smart glasses.

Develops high-end prescription eyewear that integrates a digital assistant and connectivity features through proprietary technologies like HAOS™ and Dual Sync™. This solution enables users to stay connected without distraction, balancing real-world experiences with selective digital engagement.

VITURE develops augmented reality (AR) glasses that enhance mobile gaming and streaming experiences by providing high-resolution displays and spatial audio support. Their technology addresses the need for portable, immersive viewing solutions that can replace traditional screens, enabling users to enjoy content in a more engaging way.

Gauzy develops and manufactures LCG light control glass technology, which enables precise modulation of light and heat transmission in architectural and automotive applications. This technology enhances energy efficiency and user comfort by providing customizable transparency and glare reduction.

Rokid develops augmented reality glasses and voice interaction technology to enhance operational efficiency in industries such as logistics and healthcare. Their solutions reduce unplanned downtime and increase productivity by enabling hands-free access to real-time data and remote expert collaboration.

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.

Miru develops electrochromic window technology that integrates into existing manufacturing processes, enabling the production of smart windows with uniform tinting and ultra-low haze. This technology enhances energy efficiency in buildings by 20% and extends driving range in vehicles by 10%, while significantly reducing carbon emissions.

Cooler Screens develops interactive digital displays that replace traditional glass doors in retail environments, utilizing edge computing, IoT sensors, and AI to provide real-time product information and engaging content. This technology enhances the in-store shopping experience by delivering accessible information at the moment of decision, improving product visibility and consumer engagement.

dotLumen develops autonomous driving technology for pedestrians, utilizing AI, robotics, and neuroscience to create glasses that replicate the functionality of guide dogs. This solution addresses the needs of over 338 million visually impaired individuals by providing a scalable alternative to traditional guide dog assistance.

FlexEnable manufactures flexible, ultra-thin liquid crystal optics and displays using organic thin-film transistors (OTFTs), enabling lightweight and curved surfaces that actively modulate light. This technology addresses the need for scalable, high-performance displays in applications such as augmented reality, automotive smart windows, and ePrivacy screens.

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.

The startup manufactures industrial smart glasses that utilize smartphone processing power to provide hands-free remote assistance and workflow guidance without the radiation risk associated with traditional devices. This technology enables industrial sites and corporate clients to implement live-streaming capabilities and reduce deployment costs effectively.

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.

Albotherm develops temperature-responsive glass coatings that transition from transparent to white, effectively reducing solar gain in buildings and greenhouses without electrical input. This technology enables precise thermal regulation, addressing the significant energy consumption and greenhouse gas emissions associated with air conditioning in commercial buildings and agriculture.

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.

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.

Eyedaptic develops smart glasses that utilize proprietary augmented reality and artificial intelligence software to enhance vision for individuals with central vision loss due to conditions like Age-Related Macular Degeneration and Diabetic Retinopathy. The device improves visual clarity, enabling users to perform everyday tasks with greater ease and independence.

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.

ARIA offers smart glasses that use on‑device computer‑vision and edge AI to detect objects, depth and semantics, converting the visual scene into real‑time binaural audio cues aligned with head movements. The continuous 3‑D sound map enables blind and low‑vision users to navigate, identify obstacles and recognize people without visual input, supporting independent mobility. The frames are lightweight, prescription‑compatible and connect via BLE to existing assistive‑technology ecosystems.

Crown Electrokinetics develops smart window technology that enhances energy efficiency by utilizing electrochromic glass to regulate heat and light transmission. This technology reduces energy consumption in buildings, thereby lowering carbon emissions and improving occupant comfort.

MATERIX develops functional thin films using nanotechnology to enhance the properties of various surfaces, including glass, textiles, wood, and metal, by providing features such as hydrophobicity, photocatalysis, and antibacterial properties. These coatings extend the lifespan of materials and reduce maintenance needs, contributing to resource conservation and sustainability.

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.

DeNoize employs smart window technology to transform standard glass facades into active noise-cancelling systems, significantly diminishing external sound pollution. This solution improves indoor acoustic comfort in urban settings for both residential and commercial spaces.

SignGlasses develops smart glasses that provide real-time sign language interpretation and captioning, enhancing communication for deaf and hard-of-hearing students in educational and workplace settings. Their technology allows users to access live or pre-recorded media, ensuring seamless communication without the need for Wi-Fi.

TranscribeGlass offers wearable assistive technology that displays real-time closed captions on a transparent lens, enabling users to follow conversations and media without relying on traditional screens. This solution specifically addresses the communication challenges faced by the hard-of-hearing and deaf community, enhancing their comprehension in various social and professional settings.

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 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.

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 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.

Elcyo develops autofocal glasses with proprietary Fresnel Liquid Crystal Lens Technology that automatically adjust focus for seamless vision correction. This single pair of adaptable glasses addresses presbyopia, cataracts, and amblyopia, enhancing visual comfort and quality of life.

NanoSol 3D specializes in the 3D printing of perovskite solar cells that are integrated into glass windows, transforming them into energy-generating surfaces. This technology addresses the need for renewable energy solutions in urban environments by enabling buildings to produce electricity without sacrificing natural light or aesthetics.

Solos designs smartglasses that integrate voice extraction technology and high-quality audio for hands-free communication and information access. Their glasses aim to provide a seamless user experience by incorporating advanced technology into everyday life.

The startup develops intelligent connected glasses equipped with sensors that collect health data and transmit it to artificial intelligence software on smartphones or other devices. These glasses enable users to monitor health metrics and prevent accidents in daily life through real-time diagnostics and follow-up.

Biel Glasses develops smart glasses that utilize mixed reality technology to enhance the remaining visual capacity of individuals with low vision, enabling them to detect obstacles and navigate their environment safely. By adapting lighting and providing image enhancement features, these glasses improve mobility and personal autonomy for users facing visual impairments.

The startup manufactures self-cleaning glasses utilizing microfluidic technology to eliminate contaminants like rainwater, fog, frost, and dust. This enables the production of vehicles and cameras with enhanced dust and water resistance, improving operational reliability in adverse conditions.

Roombus manufactures factory‑built modular homes (Nest) that combine a steel keyframe with composite glass to meet earthquake, hurricane and fire codes while remaining lightweight for quick site installation. Each unit includes an integrated IoT platform (RoomOS) with air‑quality sensors, AI‑driven HVAC, smart glass, and a 6 kWh dual‑inverter battery for off‑grid or backup power, all controllable via a secure mobile app. The company offers three standard footprints and on‑demand custom designs, targeting eco‑conscious homeowners and developers seeking resilient, plug‑and‑play smart residences.

This startup manufactures customizable glass touch interfaces that replace traditional mechanical buttons in high-tech products. Their technology enables companies to create tailored designs that meet specific aesthetic and functional requirements, enhancing user interaction and product design flexibility.

IR Dynamics develops Solid-State Phase-Change (SSPC) materials that enable dynamic glass to automatically adjust to external conditions, minimizing energy loss and enhancing occupant comfort. This technology significantly reduces greenhouse gas emissions associated with heating and cooling in buildings.

Vsion is developing a polymer dispersed liquid crystal (PDLC) film that allows users to adjust transparency and opacity while reflecting UV and infrared light. This technology provides customizable privacy and energy efficiency solutions for residential and commercial spaces.

Ambilight manufactures flexible electrochromic technologies that enable large-area curved smart glass products for applications in automobiles, architecture, and consumer electronics. Their roll-to-roll production process enhances display performance and energy efficiency by allowing precise regulation of light and heat through transparent media.