The problem with most smart glasses is the optics. The birdbath and waveguide displays that power them are bulky, power-hungry, and force a compromise between battery life and a normal-looking frame. Gyges Labs, a Singapore-based AI wearables company founded in 2022, is betting its entire product roadmap on a different approach: retinal projection shrunk to a millimeter scale.
Its proprietary DigiWindow display module measures less than 0.1 cubic centimeters, small enough to be embedded in a standard eyeglass frame without adding noticeable weight or bulk [Perplexity Sonar Pro Brief]. The company claims this miniaturization, which reduces optics from the centimeter to the millimeter level, enables a full week of battery life. This is the technical wedge for a broader ambition to make AI glasses as common as smartphones, starting with a pair unveiled at the China International Optoelectronic Exposition in 2024 and extending to a planned smart ring for CES 2026 [Perplexity Sonar Pro Brief].
The optics wedge
Gyges Labs positions itself not as an AI glasses company, but as an AI wearables company. The common thread across form factors is the combination of its DigiWindow display and a proprietary on-device AI engine called Mirron. The display handles the physical interface, while Mirron, described as an engine based on mirror neuron principles, is intended to power proactive, context-aware AI features [Perplexity Sonar Pro Brief].
The initial smart glasses product demonstrates the application. They look like ordinary eyewear but offer voice interaction, real-time translation, and AI-agent capabilities pitched as a "second brain" [Perplexity Sonar Pro Brief]. The technical breakdown is straightforward: by moving to a retinal projection system and aggressively miniaturizing the components, Gyges aims to solve the two primary consumer objections to smart glasses,awkward aesthetics and poor battery life,in a single stroke.
A founder with optical pedigree
The company's deep-tech credibility stems from its founding team. CEO Dr. Jia Jieyang holds a Stanford University background and previously served in core R&D roles at several Silicon Valley startups [36Kr]. His specific expertise is in micro- and nano-optics and optoelectronic sensing. Notably, he participated in the development of the world's first AR smart contact lens in Silicon Valley before returning to China in 2018 to co-found and lead Lingming Photonics, a photoelectric sensing chip company [36Kr, 2026].
This optical engineering focus is reflected in the team's composition. An estimated 80% of the company's 10-50 employees are in R&D, with staff drawn from Stanford, Tsinghua, UCLA, and with prior experience at Apple and Google [36Kr, SignalHire]. The table below outlines the key leadership and their technical anchors.
| Role | Name | Background & Prior Experience |
|---|---|---|
| CEO & Co-founder | Dr. Jia Jieyang | Stanford University; core R&D in Silicon Valley startups; co-founded Lingming Photonics (optoelectronic sensing chips) [36Kr, 2026]. |
| CTO & Co-founder | Dr. Felix Lyu | Co-founder and CTO of Gyges Labs [androidauthority.com, 2026]. |
| Senior Leader | Deng Xudong | Quoted extensively on company strategy and the multi-form-factor roadmap [Perplexity Sonar Pro Brief]. |
Investor confidence and the road to CES
Despite undisclosed round sizes, Gyges Labs has attracted a notable roster of investors across multiple funding events. This suggests confidence in the team's technical approach over immediate, mass-market traction.
- Pre-A (2026). $1.4 million, led by GSR Ventures [36Kr, 2026].
- Pre-A+ (2024). Undisclosed amount, led by Granite Asia [36Kr].
- Other backers. The cap table also includes Brilliant Capital, Chen Hao, Shokz, and NYX Ventures [aibase.com, 36Kr].
The capital is fueling a clear product roadmap. The smart glasses launched in 2024 serve as the flagship. The next product, a smart ring called Vocci, is scheduled for debut at CES 2026. It is described as an AI-powered note-taking device designed to capture and contextualize audio snippets [longbridge.com, 2026, Perplexity Sonar Pro Brief]. This move validates the company's wearables platform thesis, applying its AI engine to a new, discreet form factor.
The scale-up questions
For all its technical promise, Gyges Labs faces the classic hardware scaling challenges, compounded by its AI ambitions. The core risk is not the prototype, but the transition from a promising module to reliable, high-yield mass production. A 0.1cc display is an engineering feat; manufacturing millions of them with consistent quality and acceptable cost is a different discipline. Supply chain logistics for a novel optical component present a formidable barrier.
Secondly, the "AI wearables" bet hinges on the Mirron engine delivering a noticeably better experience than cloud-dependent alternatives. On-device AI is necessary for responsiveness and privacy, but it is computationally constrained. The promise of a proactive "second brain" requires models that are both highly efficient and deeply context-aware, a significant software challenge that exists independently of the hardware win.
Finally, the market path is untested. The company has not publicly named enterprise customers or distribution partners for its Mirron platform. Consumer adoption of smart glasses has repeatedly stalled on social acceptability and price. Gyges's improved form factor addresses the first issue, but a premium price tag could limit its market to early adopters, delaying the network effects needed for its AI agents to become truly useful.
Gyges Labs has assembled the right technical team and secured investor backing to pursue a compelling hardware innovation. Its success now depends on executing the less glamorous, high-stakes phases of manufacturing, software refinement, and market creation. The CES 2026 ring debut will be the next public test of whether its miniaturized optics can carry the weight of a full wearable AI platform.
Sources
- [36Kr] Zhu Xiaohu's first AI hardware project, "Gyges Labs", has... | https://eu.36kr.com/en/p/3043418102451078
- [36Kr, 2026] Zhu Xiaohu's first AI hardware project, "Gyges Labs", has... | https://eu.36kr.com/en/p/3043418102451078
- [Perplexity Sonar Pro Brief] Gyges Labs company and product overview
- [SignalHire] Gyges Labs company profile
- [longbridge.com, 2026] Gyges Labs will debut its AI-powered note-taking ring, Vocci, at CES 2026.
- [androidauthority.com, 2026] Dr. Felix Lyu is the co-founder and CTO of Gyges Labs.
- [aibase.com] Zhu Xiaohu Bets on Gyges Labs AI Smart Hardware to Embrace New Opportunities | https://www.aibase.com/news/13368