全球首款可全天候佩戴的隐形显示AI眼镜，Gyges Labs完成新一轮融资|硬氪首发

Core Insights - Gyges Labs, an AI wearable technology company, has completed a new round of financing to support product development and supply chain investments [1] - The company aims to create innovative smart wearable devices that combine technological breakthroughs with practical applications [1][3] - Gyges Labs is set to launch its first product, Halliday Glasses, in January 2025, which will be the world's first AI glasses with hidden display capabilities [1][3] Company Overview - Founded in 2022, Gyges Labs is headquartered in Singapore, with its software and AI team based in Silicon Valley, leveraging China's supply chain advantages [1] - The founding team consists of members from prestigious universities and companies, including Stanford, UCLA, and Tsinghua, with significant experience in the tech industry [1][3] - The company employs a workforce where 80% are research and development personnel [1] Product Features - Halliday Glasses utilize the proprietary DigiWindow technology, which projects content directly onto the retina, making it invisible to others [3] - The glasses weigh only 28 grams, have a battery life of up to 12 hours, and support vision correction from +800 to -800 degrees [3] - The product aims to address the challenge of all-day wearability in smart glasses, appearing indistinguishable from regular eyewear [3] Future Development - Gyges Labs plans to continue enhancing its optical and AI capabilities while exploring additional wearable device forms beyond glasses, including standalone rings [4] - The company aims to meet diverse daily needs of users by gradually launching various smart wearable products starting in 2026 [4] Investment Perspective - Investors view Gyges Labs as a key player in the consumer technology space, capitalizing on the trend of edge AI as the next major entry point in consumer tech [5] - The company's focus on integrating AI into everyday scenarios is seen as a significant advantage, positioning it well for future growth in human-computer interaction [5]