Frost & Sullivan releases 'White Paper on Optical Technology Services in the Intelligent Glasses Industry: Unlocking a New Horizon for AI in the Optical Technology Space'

Overview of the Smart Glasses Industry

AI and AR glasses are driving business efficiency transformation and personal experience upgrades through the integration of intelligent interaction, virtual-real fusion, and optical innovation. With the resonance of mature technology, a complete ecosystem, and price drops, they are accelerating their penetration into the consumer market and are expected to become the mainstream smart terminal of the next generation.

Smart glasses are devices that combine artificial intelligence and wearable technology. They utilize technologies such as computer vision, speech recognition, and natural language processing to provide intelligent information enhancement, real-time data interaction, and personalized assistance functions. They not only integrate multiple functions such as cameras, glasses, sunglasses, and Bluetooth earphones but also offer users an exceptional intelligent audio experience.

Source: Frost & Sullivan report

The application trend of smart glasses is driven by both commercial and personal scenarios, accelerating the penetration into commercial and consumer markets. It promotes the development of smart wearable devices by integrating AI with smart hardware, demonstrating value in remote collaboration, smart assistants, information acquisition, and other fields. However, the industry still faces important challenges such as optical adaptation and personalized correction, especially as the balance between display clarity, comfort, and visual health has not been fully resolved.

In the future, intelligent glasses optical technology will continue to make breakthroughs in three major directions: intelligence, dynamic adjustment, and health protection. At the same time, with technological progress and large-scale production, manufacturing costs will continue to decline, which will further promote price rationalization and offer broad market prospects.

As a key implementation endpoint of AR technology, AR glasses help users achieve real-time information acquisition, intuitive visual navigation, and more efficient task processing by overlaying virtual information onto real scenes. Augmented Reality (AR) technology enhances user perception and interaction experience by superimposing virtual information onto the real environment. It digitally enhances based on the real world, improving the intuitiveness and convenience of information acquisition. AR technology relies on computer vision, artificial intelligence, and sensing technology and is widely used in fields such as education, healthcare, industry, and retail, accelerating the integration of the physical world and the digital world.

As the hardware carrier of augmented reality technology, the functional implementation of AR glasses depends on the precise coordination among the display module, processor, sensors, battery, and especially the critical optical lenses. Among these components, the optical lens is not only the window through which users interact with the virtual world but also directly determines the immersion, clarity, and comfort of the user's visual experience. AR glasses have much higher requirements for lenses than traditional optical devices, needing to balance optical performance with user experience and achieve seamless integration between virtual and real worlds.

Source: Frost & Sullivan report

Overview of Optical Technology Services for Smart Glasses

The successful commercialization of smart glasses cannot be separated from the support of optical solutions, which are key to achieving high-quality visual experiences and intelligent functions. The lens products in smart glasses optical solutions not only undertake visual optimization functions but can also integrate intelligent modules to support the smart interaction and environmental adaptability of the glasses. The optical design of the lenses directly affects the user's visual experience, comfort, and immersion.

Intelligent glasses optical technology service products refer to optical components applied in smart glasses, which undertake image display, light adjustment, visual range adaptation, and visual optimization functions in augmented reality (AR) and mixed reality (MR) applications.

The comprehensive service in smart glasses optical technology services refers to the provision of a full-service system from technology research and development to final product delivery, covering all aspects including design, R&D, production, optimization, and post-sales support. It involves the whole-process management and optimization from lens design, technical selection, production process, quality control, personalized customization to after-sales support, ensuring the excellent performance of lenses in terms of optical performance, comfort, and durability.

Intelligent glasses optical technology services can be categorized by product form as follows:Integrated lenses and non-integrated lenses.Integrated lensRefers to optical components, sensors, display modules, etc., integrated into the same lens, which can effectively reduce volume and enhance the overall simplicity and comfort of the device.Non-integrated lensIt refers to the independent existence of optical lenses with sensors, display modules, etc., which interact through external connections or interfaces, providing a more flexible customized space and modular functional design.

According to the technical route, it can be divided intoFreeform lens, optical waveguide lens, BirdBath lens, holographic lens. Freeform lensRefers to the implementation of optical path adjustment through complex surface design, suitable for applications with large viewing angles, but with higher manufacturing difficulty.Optical waveguide lensIt refers to the use of optical waveguide technology to direct light into the human eye, which has the advantages of being lightweight, thin, and having high transmittance. It is one of the current mainstream technologies.BirdBath lensRefers to the implementation of image display through the principles of reflection and refraction, with a simple structure but a relatively large volume.holographic lensIt refers to the use of holographic optical elements for image display, which has the potential for high resolution and lightweighting, but the technology is not yet mature.

Technological innovation: A continuously updated technology matrix and innovation capabilities

• Miniaturization and integration challengesThe volume, weight, portability, and comfort of smart glasses are key challenges in technical design. To maintain the device's portability and ease of long-term wear, multiple optical elements, display modules, batteries, sensors, etc., must be compactly integrated into a limited space to form an integrated smart pair of glasses.

   

• Challenges of display technologyOne of the core functions of smart glasses is to integrate virtual information with the real world, and display technology is the foundation for achieving this function.

   

• Enhanced Real-Time Interaction and Perception in AR EnvironmentsThe AR function in smart glasses requires the optical system to seamlessly integrate virtual information with the real environment.

   

• Optical precision and distortionIn smart glasses, the optical system needs to project virtual images onto the wearer's retina through reflection, refraction, and other methods. To achieve accurate image overlay and environmental interaction, the precision of the optical system is crucial.

   

• Deep Perception and Stereoscopic DisplayTo provide a more immersive AR experience, smart glasses need to have depth perception and stereoscopic display capabilities.

Breaking through in market commerce: Building a high ground for business competition

• Supply chain barriersThe production of smart glasses optical technology services highly relies on customized components and close supply chain collaboration, placing extremely high demands on supply chain stability. Enterprises need to maintain deep cooperation with upstream and downstream suppliers to ensure that technical parameters and performance indicators at all stages are highly matched, in order to guarantee the product delivery quality and timeliness.

   

• Production compliance barriersIntelligent glasses optical technology services usually require highly customized designs based on the specific needs of customers. This customization requires suppliers to possess strong technical capabilities and flexible production systems, capable of quickly responding to customer demands and providing products that meet standards.

   

• Brand barrierIn the enterprise-level market, the brand barriers of smart glasses optical technology service brands are mainly reflected in product quality stability, technical maturity, and personalized customization capabilities.

   

• business model barriersThe demand for optical technology services by smart glasses shows a personalized trend, and traditional standardized business models struggle to meet the highly customized needs of downstream users.

   

• Global business expansion barriersAs an emerging product, smart glasses have currently only formed a relatively mature customer base and market demand in some regions of the world, while market awareness and acceptance in other regions are relatively low. Therefore, optical technology service brands need to possess global business expansion capabilities to meet the diverse needs of markets in different regions.

●Leading players are the key force driving the commercialization of smart glasses.

As a leading player in the industry, Compal Optics has formed a full-chain core competitiveness of 'materials-process-technology', creating an indelible technological moat. Its strategic layout not only aligns with the lightweight trend of AR glasses' penetration into the consumer market but also breaks through the 'hardware+service' business model through an intelligent fitting system, setting an example for the industry to transform from an optical basic component supplier to an intelligent visual technology solution provider.

● Integrated AR glasses represent the core trend of future smart glasses

Integrated AR glasses represent an important direction for the development of future smart glasses, aiming to integrate all key functional modules (such as display modules, sensors, processors, etc.) into the lenses or frames, thereby achieving a more lightweight and compact design.

● High resolution and high-definition displays will significantly enhance the clarity and immersion of virtual images

Future smart glasses will adopt higher-resolution display technology, significantly improving the clarity, contrast, and color fidelity of virtual images. With the continuous development of technologies such as OLED, MicroLED, and holographic displays, images will become more realistic and detailed.

● Increased demand for personalized customization

Optical solutions tailored to user needs. As consumers' demands for personalization, comfort, and differentiation continue to grow, the lens design of smart glasses will also become more customized.

● Further enhancement of intelligence and connectivity

Establish a seamless intelligent ecosystem connected to devices, and in the future, smart glasses will pay more attention to interconnection with other smart devices and technologies, supporting more intelligent functions.

● Market demand is further diversifying

With the gradual maturity of smart glasses technology, its market demand is also diversifying continuously. In addition to the consumer market, demand from multiple fields such as healthcare, education, industry, logistics, and remote collaboration will become important drivers for the growth of smart glasses.

Introduction to Major Manufacturers in the Global Optical Technology Market

Zeiss was founded in 1846 and is a leading German company in optical and optoelectronic technology, with global revenue exceeding 10.9 billion euros for fiscal year 2023/2024. The company is at the forefront globally in industrial quality, medical technology, consumer optics, and semiconductor manufacturing. In recent years, Zeiss has actively positioned itself in the fields of AI and AR glasses, leveraging its advantages in freeform lenses, micro-optical modules, and display technology to provide high-precision optical solutions for smart glasses. It has also collaborated with several tech companies to promote the implementation of AR consumer products, contributing to the development of the next generation of intelligent wearable devices.

Evilution Luce Systèmes Optiques SAS is a global leader in the manufacturing of eyeglass lenses and frames, formed by the merger of French company Evilution and Italian company Luce Systèmes Optiques in 2018. The company offers a variety of vision solutions including progressive lenses, polarized lenses, and tinted lenses. In recent years, the company has actively positioned itself in the field of AI and AR glasses, leveraging its deep expertise in optical lens design and material research and development to develop lenses and visual modules suitable for smart wearable devices. It has also collaborated with several technology companies to promote the integration of augmented reality and intelligent perception into eyeglass products, aiming to lead the future development direction of visual health and technology integration. The company's main products include progressive and single-focus lenses, special coating lenses, tinted lenses, blue light blocking lenses, and lenses dedicated to digital devices.

Haoyas Optical Co., Ltd. was established in 1941 and is a leading multinational optical instrument manufacturer in Japan. Its products cover multiple fields such as optical glass, spectacle lenses, contact lenses, and semiconductor equipment. In recent years, Haoyas has actively expanded its business related to AI (Artificial Intelligence) and AR (Augmented Reality) glasses, focusing on the research and development and production of optical substrates and boards for AR/MR (Mixed Reality) waveguide applications. These high-performance materials are widely used in cutting-edge devices such as AR glasses and head-mounted displays. Through continuous innovation, Haoyas is committed to providing advanced optical solutions for global smart wearable devices and contributing to the development of next-generation intelligent vision technology.

Shanghai Contac Optical Technology Group Co., Ltd. was established in 1996 and is a global leader in resin lens optical products and one-stop service brands. The company provides high-quality lenses to customers worldwide through customized and differentiated services. Ranked by resin lens sales volume in 2024, Contac is one of the top three optometry technology brands globally and also the largest in China; ranked by resin lens sales revenue in 2024, it is the only Chinese brand among the top five globally. In recent years, Contac has actively positioned itself in the AI and AR glasses field, focusing on the research and development of intelligent display, AR lens materials, and micro-optical structures, promoting the application of optical lenses in smart wearable devices and empowering the next generation of intelligent visual solutions.

Mingyue Lens was established in 2002 and is a leading resin lens brand in China, boasting industry-leading R&D capabilities. Its business covers the R&D, design, production, and sales of lenses, raw materials, finished lenses, and frames. Its core products are mid-to-high-end optical resin lenses, which are best-selling in many countries and regions around the world. In recent years, Mingyue has actively expanded its business related to AI and AR glasses, focusing on intelligent lens materials, AR imaging adaptation design, and personalized optometry solutions, with the aim of providing high-performance optical support for smart wearable devices.