DUBLIN: The "AI/AR Glasses Industry Research Report, 2025" has been added to ResearchAndMarkets.com's offering.

The rapidly evolving AI/AR Glasses Industry, as explored in the 'AI/AR Glasses Industry Research Report, 2025', is driving significant advancements by both domestic and international manufacturers. Key players have been focusing on product R&D and ecological layouts to enhance OEM-related eco-chain enterprises within the AI glasses field.

The report provides a comprehensive review of newly launched AI glasses products from 2024 to 2025, detailing their technical innovations and features. In the last year, more than 30 models of AI smart glasses were released worldwide, with a notable surge around CES2025. In 2024, global sales reached approximately 1.52 million pairs, with Chinese brands accounting for 3%.

The market is poised for substantial growth, with projections indicating global sales could reach 90 million pairs by 2030. Technological integration plays a vital role, as some manufacturers have incorporated AR display functions, offering an enriched user experience through virtual and real-world amalgamation.

The design variations in AI glasses' weight, ranging from 25g to 99g, highlight advancements in hardware integration, with most models between 31g and 70g. Advancing the foundation models for AI glasses, five main strategies have emerged: independent R&D, reliance on third-party services, and hybrid models of self-developed plus accessed methods. These strategies focus on establishing technological autonomy, rapid function integration, and efficient deployment, allowing manufacturers to create flexible and powerful ecosystems.

AI glasses have embraced an all-in-one integration model, combining components such as speakers, cameras, biosensors, and AR displays, transcending traditional functionalities. They serve diverse roles including those of myopia glasses, smart speakers, and health monitors, providing a unified and efficient user experience. This ecosystem fosters an interconnected environment, enhancing everyday technologies such as smartphones, computers, and smart devices.

Kanaan Technology's KANAAN-K1, launched on December 31, 2024, exemplifies this integration with its Xiaonan voice assistant that controls smart home devices through voice commands, highlighting the concept of 'voice as a service.' In the automotive domain, DreamSmart's AR+AI glasses, leveraged by Flyme AI OS and Flyme Link technology, facilitate seamless connectivity across devices, promising wide-ranging applications. AI glasses offer superior capabilities compared to AR-HUD, bettering it in display size, richness, interaction options, and upgrade potential. They not only enhance the virtual display within vehicle cockpits but also boost computational power, accommodating the growing demand for processing capabilities.

The advancements in AI glasses, bolstered by standardized platforms and interconnectivity, position them for broad applications, particularly in automotive technologies, signaling an exciting future for consumer electronics.

Key Topics Covered:

Overview of AI Smart Glasses

• General Classification and Definition of Smart Glasses
• Definition of AI Smart Glasses Product Form
• Development History of AI Smart Interactive Glasses
• Industry Chain of AI Smart Glasses
• Core Application Scenarios of AI Smart Glasses
• Market Size of AI Smart Glasses
• Market Sales of Global AI Smart Glasses by Function
• Market Sales of China's AI Smart Glasses
• Policy Environment for Smart Wearable Products
• Patent Research and Development of AI Smart Glasses (2023-2025)

Core Technologies of AI Smart Glasses

• Summary of AI Smart Glasses Chip Solutions
• System-level SoC solution
• MCU-level SoC + ISP solution
• SOC + MCU Solution
• Comparison of AI Smart Glasses Chip Solutions
• Summary of Optical Solutions for AI Smart Glasses
• BirdBath Optical Solutions
• Optical Waveguide Technology Summary
• Summary of AI Smart Glasses Display Solutions
• Near-Eye Optical Display System of Smart Glasses
• LCoS Display Solution
• DLP Display Solution
• LBS Display Solution
• Micro OLED Display Solution
• Micro LED Display Solution
• AI Algorithm of AI Smart Glasses
• Comparison of Foundation Models for AI Smart Glasses Applications
• Multimodal Interaction of AI Smart Glasses
• AI Glasses Layout of Major Foreign Manufacturers
• Google
• Metas
• Brilliant Labs
• Solos
• Emteq Labs
• Samsung
• RayNeo
• LAWK Technology
• SHARGE Technology
• INMO Technology
• EmdoorVR
• Gyges Labs
• Baidu
• Goolton Technology
• Transsion
• DPVR
• Thundersoft
• Thunderobot
• Kanaan Technology
• Enter Tech

Smart Glasses Layout of OEM-related Ecosystem Enterprises

• DreamSmart
• Huawei
• Xiaomi
• SUPERHEXA

Summary and Development Trends of AI Smart Glasses Industry

• AI Glasses: Summary of Products Launched in 2024-2025
• AI Glasses: Product Models Launched in 2024-2025
• AI Glasses: Summary and Trend of Interaction Methods
• AI Glasses: Overview of Interaction Methods / Device
• AI Glasses: Functional Summary and Trends
• AI Glasses: Panoramic Review of Functions
• AI Glasses: Summary and Trends of Foundation Model Installation
• AI Glasses: Review of Foundation Models
  • Functional Application Trend 1: Multi-terminal Interconnection, Covering Smart Home and Car-Side Interconnection Applications
  • Functional Application Trend 2: Multi-function Integration to Achieve Full-Scenario Usability
  • Functional Application Trend 3: Multimodal Fusion Interaction, Towards Intelligent Symbiosis

For more information about this report visit https://www.researchandmarkets.com/r/xksez0

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Fonte: Business Wire