AICrunchX

Category: AI Wearables

AI Wearables dedicated zone, focusing on the latest news, in-depth reviews, technical principles and industry trends of AI smart wearable devices. It covers smart watches, AI glasses, smart earbuds, health monitoring wearables and other full-category content.

  • Zhongjian Tech Funding Signals Smart Glasses Market Split

    Zhongjian Tech Funding Signals Smart Glasses Market Split

    I. Funding and Team Composition

    Smart glasses company Zhongjian Technology, founded in 2023, has completed three funding rounds totaling tens of millions of yuan. Investors include Shokz, Gaofeng Patience Fund (under Professor Gao Bingqiang), Haochen Capital, SEEFund, listed company Appotronics (688007), and Professor Gao Bingqiang personally, with Qiyu Capital serving as exclusive financial advisor. Funds will advance R&D, with the first-generation product already completed.

    Founder Zhao Peng is a gold medalist of the 26th National Physics Competition, with a bachelor’s and PhD from Tsinghua University’s Department of Electronic Engineering, specializing in novel display and micro-nano optoelectronics technologies, with multiple SCI papers published. His career includes serving as Research Institute Director at Appotronics, responsible for frontier technology R&D and industrialization, focusing on novel displays and AR glasses, covering team building, technology innovation, product planning, R&D implementation, and business development. Zhao has traditional glasses industry resources, with relatives working in Danyang, a major glasses manufacturing hub.

    Danyang glasses factory lens coating production line
    Danyang glasses factory lens coating production line

    Among investors, Shokz is a bone conduction headphone company, Appotronics is Zhao’s former employer, and Professor Gao Bingqiang is an emeritus professor at HKUST’s Department of Electronic and Computer Engineering.

    II. Technical Solution and Product Form

    Zhongjian Technology’s core product is smart zoom daily glasses using electrochromic zoom optical devices, changing lens optical properties through electrical signals. The product integrates distance sensors, inertial sensors, posture sensors, etc., automatically adjusting lens power based on viewing distance.

    Electrochromic zoom glasses lens structure diagram
    Electrochromic zoom glasses lens structure diagram

    For anti-dizziness design, the product filters non-zoom noise signals by identifying user movement intentions through sensors. The zoom experience approaches single-vision glasses. The team is simultaneously advancing eye-tracking technology, further reducing dizziness through gaze-point adjustment. Optical design adopts a full-stack self-developed solution, with self-developed zoom components.

    The ultimate target form is consistent with ordinary glasses, but early versions will be strongly function-oriented with a tech-style appearance, integrating full automation and strong interaction functions, with subsequent iterations gradually reducing form factor and simplifying design. The product is planned for crowdfunding in 2026.

    III. Market Background and Demand Analysis

    With information technology development, myopia prevalence among post-80s and post-90s generations has risen significantly. The industry saying “age 43, eye transition” refers to people in their 40s beginning to experience presbyopia, with declining dynamic focusing ability, creating “myopia-presbyopia coexistence” vision needs. Current market solutions include using two pairs of glasses or progressive multifocal lenses.

    ：单焦、双焦、三焦点和渐进镜片比较
    ：单焦、双焦、三焦和渐进镜片对比

    Progressive multifocal lenses integrate multiple focal points on a single lens, simultaneously satisfying far, mid, and near vision needs, but suffer from narrow usable field of view, obvious dizziness, high channel fitting costs, and expensive retail prices. Electrochromic zoom optical devices can achieve single-lens zoom, higher integration, smaller size and weight, and lower cost. This technology has currently reached the industrialization critical point.

    China’s glasses market has exceeded 100 billion yuan scale.

    IV. Industry Competition Landscape

    From 2025 to 2026, the smart glasses market remains active. Public information shows: Xiaomi AI glasses entered the market at 1999 yuan starting price; Meta Ray-Ban continues iterating; Thunderbird Innovation completed Series C funding; Fourth Paradigm partnered with Anyka Microelectronics to release 13-megapixel full-scene AI glasses; Meizu StarV Snap AI shooting glasses with Snapdragon AR1 chip went on sale; XREAL, Yingmu Technology and other AR manufacturers actively raised funding.

    These products generally feature AI functions (shooting, voice assistant, real-time translation, etc.) as core selling points. Zhongjian Technology’s product positioning differs, with core functions being optometric zoom and AI functions as subsequent add-on directions.

    CES 2026 most anticipated smart glasses collection
    CES 2026 most anticipated smart glasses collection

    V. Analysis Perspectives

    1. Track Divergence Signal

    The smart glasses market is developing two parallel paths: one with AI interaction as core, emphasizing shooting, voice, translation and other functions, represented by Meta Ray-Ban, Xiaomi AI glasses, etc.; the other with optometric functions as core, emphasizing solving real vision problems, with Zhongjian Technology representing this path. The two paths are not mutually exclusive, but current product definition stages have different emphases.

    2. Crowdfunding Model Rationality

    Choosing crowdfunding as the debut channel has dual significance for electrochromic zoom as an entirely new category: first, validating real market demand; second, obtaining early user feedback to guide subsequent iterations. Considering progressive multifocal lenses’ long-standing user experience pain points, if the electrochromic zoom solution can achieve expected optical performance and wearing comfort, there is clear replacement space.

    3. Technology Maturity Assessment

    The judgment that electrochromic zoom devices “have reached the industrialization critical point” can be verified from two dimensions: first, Zhongjian Technology’s first-generation product has been completed; second, funding continues to be invested in R&D rather than mass production, indicating the product remains in optimization stage rather than large-scale manufacturing. The crowdfunding timeline set for 2026 also reflects the team’s prudent assessment of technology maturation pace.

    4. Competition Boundary Uncertainty

    Current smart glasses market competition boundaries have not solidified. AI-function-centered products may integrate zoom capabilities in future versions, while optometric-function-centered products are also planning to add AI functions. The two paths’ endgame may be convergence, but in the short term, product definition differences will determine respective target user groups and pricing strategies.

    5. Investors’ Industrial Logic

    Among the investor portfolio, Shokz (acoustic wearable devices), Appotronics (novel displays), and Professor Gao Bingqiang (semiconductors) represent different technology dimensions respectively, indicating capital recognizes the long-term logic of “glasses as visual entry point,” but has not formed consensus on specific technology paths, adopting a diversified layout strategy.

  • Meta Muse Spark Rollout: Voice, Vision, Wearables Converge

    Meta Muse Spark Rollout: Voice, Vision, Wearables Converge

    扎克伯格介绍元人工智能多模态策略
    扎克伯格介绍Meta AI多模态战略

    I. Three Waves, One Goal

    On May 12, Meta announced three major AI updates:

    First, voice conversation upgrade. The Meta AI App integrated Muse Spark, supporting interruption at any time, topic switching, seamless multilingual transitions, and image generation during conversations.

    Second, vision capability expansion. “Live AI” extended from glasses-exclusive to mobile, enabling real-time Q&A by simply opening the camera.

    Third, glasses system overhaul. Ray-Ban Meta and Oakley Meta glasses will receive Muse Spark updates within weeks, with screen-equipped versions coming in summer.

    All three waves target one goal: letting Muse Spark’s “native multimodal” brain occupy every entry point for user-digital world interaction.

    II. What is Muse Spark?

    One month earlier, on April 8, Meta Superintelligence Labs released its first fully proprietary LLM Muse Spark, codenamed “Avocado.”

    This marks a major strategic shift for Meta AI — from the open-source Llama route to proprietary closed models.

    Muse Spark’s core capability is simultaneous processing of voice, text, and vision — not simple concatenation, but native fusion. It supports both “Instant” quick response and “Thinking” deep reasoning modes, and can run multiple sub-agents in parallel for complex tasks.

    On capital expenditure, Meta spent $70-72 billion in 2025, increasing to $115-135 billion in 2026. Zuckerberg stated in the January earnings call: “We rebuilt the foundation in 2025, now we’re rolling out new products in the coming months.”

    Meta AI app voice and image generation interface
    Meta AI app voice and image generation interface

    III. Glasses Data Shines, Meta Goes All In

    Ray-Ban Meta glasses’ market performance is Meta’s core confidence in betting on wearables.

    Q1 2026 earnings show AI glasses DAU tripled year-over-year. Zuckerberg called it “one of the fastest-growing consumer electronics categories.”

    In the global AI glasses market, Meta leads with 85.2% share.

    The update rollout starts in the US and Canada, with screen-equipped versions arriving in summer. This means every frame users see through their glasses, AI can understand in real-time and converse instantly.

    Additionally, WhatsApp, Instagram, Facebook, Messenger, and Threads will fully integrate Meta AI across search, group chats, and posts.

    IV. Meta’s Ambition Extends Beyond Better Glasses

    These three updates appear as feature upgrades, but本质上 represent an entry point war.

    Bringing “Live AI” to mobile cultivates user habits — getting users accustomed to asking AI questions through their camera. When glasses experience becomes good enough, migration cost approaches zero.

    Voice conversation naturalness improvements solve wearable device interaction bottlenecks. Glasses have no keyboard; voice is the only efficient input method. Interruption, topic switching, and multilingual support determine whether users are willing to talk to their glasses in public.

    Muse Spark going proprietary copies OpenAI’s playbook — building moats with proprietary models. Open-source Llama builds reputation; proprietary Muse Spark generates revenue.

    Most noteworthy is the prototype of “proactive AI.”

    In shopping scenarios, AI automatically integrates web results, filters by price/style/distance, presents maps, even @ brand creators. This isn’t search; it’s intent prediction. When AI can “see” products you see, “hear” your needs, and “proactively” push solutions, it ceases being a tool — becoming a shopping guide, secretary, translator, and photographer combined.

    Meta智能眼镜，带充电盒和腕带
    Meta智能眼镜，带充电盒和腕带

    V. Meta Can’t Wait to Take Mobile’s Lunch

    Meta’s anxiety hides in the data. 85.2% market share looks impressive, but the overall AI glasses market remains small.

    $115-135 billion capital expenditure converts to nearly trillion RMB.

    If AI glasses cannot transform from “novelty toys” to “daily necessities,” Meta’s earnings will suffer.

    So Meta’s strategy is clear —

    First cultivate users through mobile apps, then harvest scenarios with glasses, finally lock in stickiness through ecosystem.

    But the question remains: do users really need a pair of always-online AI glasses?

    VI. Conclusion: Everywhere is the Answer, and the Question

    Meta says AI should live Everywhere.

    This answer is grand, but also exposes a problem: when AI is everywhere, do users still have the right to be “offline”?

    Glasses are more intimate than phones, more concealed, harder to ignore. Every frame they see becomes AI training data. Whether Meta’s privacy policy can keep pace with hardware penetration is the biggest variable ahead.

    Meta is betting $115 billion that AI glasses will become the next computing platform.

    Whether this money burns a future or not, we’ll see in H2 2026.

  • Moonix AI Glasses Review: 14.9g Redefines Wearable AI

    Moonix AI Glasses Review: 14.9g Redefines Wearable AI

    Rating: 8.5/10

    The 2026 AI glasses market is an arms race. Meta Ray-Ban hit $299, Rokid squeezed waveguides into 28g, and 31 new products debuted at CES. While everyone was adding features, Moonix did something counterintuitive — it cut weight to 14.9g.

    This isn’t a concept. It’s mass production data. At 14.9g, Moonix approaches the weight of regular titanium glasses (12-15g). The physical boundary between “wearing glasses” and “wearing a device” disappears.

    Product Overview

    Moonix, from Xinmu Technology (Hangzhou), launches in June 2026 (standard), August 2026 (Pro):

    ParameterStandardPro
    Weight14.9g19.9g
    Optics0.03cc engine + holographic waveguideSame
    Lens Thickness1.8mm1.8mm
    FOV15-18 degrees15-18 degrees
    AI ChipM1 on-device (3B params)M1 on-device (3B params)
    CameraNoneYes
    MicrophonesSix-arraySix-array
    ReleaseJune 2026August 2026

    Source: Moonix Official Launch

    Technical Analysis

    0.03cc Optical Engine: Rice-Grain Engineering

    Moonix’s core optical solution is a self-developed 0.03cc micro-engine weighing under 0.1g. Mainstream AR engines range 0.5-2cc — Moonix compressed two orders of magnitude.

    Volumetric holographic waveguide technology is the key choice. Compared to waveguides and Birdbath solutions, it finds a better balance in thickness, weight, and light transmission. The 1.8mm lens thickness is far below the 3-5mm of traditional AR glasses.

    The cost is FOV compressed to 15-18 degrees, display area roughly equivalent to an A4 sheet at 3 meters. Moonix abandoned “immersive AR” — no virtual big screen, no spatial anchoring, no gesture interaction. It does one thing: quietly placing key information in the corner of vision when needed.

    M1 On-Device AI Chip: Privacy First

    Moonix features the self-developed M1 inference chip supporting local 3B-parameter LLM operation. Core AI functions need no network connection; privacy data never leaves the device.

    Unlike competitors’ passive-response AI, Moonix is proactive — using six-array microphones and environmental sensors to continuously understand context in the background, anticipating and pushing information. Example: during meetings, it automatically identifies content, generates real-time summaries in the lens corner, and syncs to Slack/Teams afterward.

    Unverified hypothesis: How accurate is proactive AI’s “anticipation”? If it pushes wrong information at wrong times, it’s more annoying than no push at all. This is the experience minefield requiring verification post-launch.

    The Camera Controversy

    Moonix standard edition has no camera; Pro (19.9g) adds it back. The official explanation: “We don’t want users wearing devices that might record others in elevators” — ethics over function.

    But no camera means abandoning the entire visual AI track: no object recognition, no QR scanning, no photos, no livestreaming. This “standard without camera, Pro with camera” segmentation raises questions: genuine ethical consideration, or pricing strategy?

    Performance Analysis

    Wearability: Imperceptible

    14.9g achieves truly imperceptible wear. Comparison: Meta Ray-Ban ~49g, Rokid Glasses ~28g. Moonix feels closer to regular glasses than electronic devices.

    Display: Sufficient

    15-18 degree FOV readability in bright light needs verification. Holographic waveguide solutions have inherent challenges in text clarity and brightness. Adequate for notifications, navigation, translation — but limited for long text reading or video watching.

    AI Interaction: Innovative but Unverified

    Proactive AI’s concept is advanced, but effectiveness depends on scene recognition accuracy. In complex scenarios — noisy restaurants, multi-person meetings, fast walking — the M1 chip’s recognition capability requires real-world testing.

    Competitor Comparison

    FeatureMoonix StandardMeta Ray-BanRokid GlassesJOVE S1
    Weight14.9g~49g~28g~35g
    PriceTBD$299¥2499¥1999
    DisplayHolographic waveguideNoneOptical waveguideOptical waveguide
    AI TypeProactive on-devicePassive cloudPassive cloudPassive cloud
    CameraNoneYesYesYes
    BatteryTBD~4hrs~3hrs~3.5hrs

    Moonix’s differentiation is “weight as selling point” — the only brand making lightweight its core competency.

    Pros and Cons

    ProsCons
    14.9g world’s lightest, imperceptible wear15-18 degree FOV, limited display
    Proactive AI, anticipates needsAnticipation accuracy unverified
    On-device AI, privacy data stays localNo camera, abandons visual AI
    Holographic waveguide, 1.8mm lensesBright light readability uncertain
    Six-array microphones, precise pickupBattery life undisclosed

    Who Should Buy

    Recommended for:

    • Daily users pursuing ultimate wear comfort
    • Privacy-conscious users avoiding cloud data
    • Business professionals needing discreet AI assistance
    • First-time adopters transitioning from regular glasses

    Should Skip:

    • Users needing photo/object recognition/visual search (choose Pro or other brands)
    • Players seeking immersive AR experiences (choose JOVE or Rokid)
    • Budget-sensitive users (await price announcement)

    Conclusion

    The Moonix AI Glasses are a product of “smart subtraction.” It precisely trims configurations minimally impacting entry users (camera, large FOV, immersive AR) while preserving core elements determining experience floor (weight, proactive AI, privacy protection).

    14.9g is not just engineering marvel — it’s a product philosophy declaration: AI glasses must first be “glasses,” then “AI.” When technology becomes light enough to forget, it truly integrates into life.

    Can Moonix become the “AirPods” of AI glasses — redefining the category through experience rather than specs? The answer will come after June launch.

  • Meta Quest 3S Review: Best Budget VR Under $300

    Meta Quest 3S Review: Best Budget VR Under $300

    Rating: 8.2/10

    The Meta Quest 3S is not the best VR headset, but it may be the most “right” VR headset in 2026. At $299, it packages mixed reality, wireless freedom, and a massive game library into an entry-level bundle with virtually no barrier. If you’ve never experienced VR or want to upgrade from Quest 2, this is currently the safest choice.

    Meta Quest 3S VR headset front view
    Meta Quest 3S VR headset front view

    Product Overview

    Launched in October 2024, the Quest 3S sits at the entry point of Meta’s current lineup. It shares the exact same Snapdragon XR2 Gen 2 chip and 8GB RAM as the flagship Quest 3, but downgrades the optical system from pancake to Fresnel lenses and drops resolution from 2064×2208 to 1832×1920 per eye — cutting the starting price to $299 (128GB), $200 less than Quest 3.

    Core specifications remain consistent with Quest 3: full-color passthrough cameras, 6DoF inside-out tracking, Touch Plus controllers, Wi-Fi 6E connectivity. This means every game and app that runs on Quest 3 runs on 3S with nearly identical frame rates.

    Performance Analysis

    Visual Experience: Good Enough, Not Stunning

    The Fresnel lenses represent Quest 3S’s biggest compromise. Compared to Quest 3’s pancake lenses, edges are noticeably blurrier with prominent “god rays” in dark scenes. The resolution gap is barely perceptible in actual gameplay, but the lens quality difference is immediately apparent — Quest 3 maintains sharpness from center to edge, while 3S requires keeping your gaze locked to the central “sweet spot” for optimal clarity.

    For fast-paced games like Beat Saber or Gorilla Tag, this limitation matters little since attention stays centered. But for movie watching, reading virtual screens, or exploring open-world games, edge blur accumulates into fatigue.

    Mixed Reality: Pleasantly Surprising

    Full-color passthrough is Quest 3S’s most unexpectedly capable feature. Dual 4MP RGB cameras capture accurate colors with low latency, sufficient to walk around, grab a water bottle, or check phone notifications while wearing the headset. Though grainier than Quest 3, functional completeness is uncompromised — you can play all MR games, place virtual objects on real tables, and turn your living room into a game arena.

    Offering usable mixed reality at $299 is Meta’s dimensional reduction attack on competitors. PlayStation VR2 ($549) lacks passthrough entirely; Apple Vision Pro ($3499) delivers superior MR but at a different price tier.

    Performance and Battery: Flagship-Equivalent

    Thanks to the identical XR2 Gen 2 chip, Quest 3S game frame rates nearly match Quest 3. AAA VR titles like Asgard’s Wrath 2 and Assassin’s Creed Nexus run stably at 72-90fps. The 8GB RAM ensures smooth multitasking and large scene loading.

    Battery life sits at approximately 2-2.5 hours, matching Quest 3. Sufficient for single gaming sessions, but movie watching or extended fitness training requires mid-session charging or a battery head strap.

    Quest 3S mixed reality gameplay demo
    Quest 3S mixed reality gameplay demo

    Competitor Comparison

    FeatureQuest 3SQuest 3PlayStation VR2
    Price$299$499$549
    ProcessorXR2 Gen 2XR2 Gen 2Custom AMD
    Resolution (per eye)1832×19202064×22082000×2040
    Lens TypeFresnelPancakeFresnel
    PassthroughFull-colorFull-colorNone
    Requires ConsoleNoNoPS5 Required
    Weight514g515g560g

    Quest 3S’s core advantage is “zero dependency” — no PC, no console, no base stations, just power on and play. This makes it a true consumer product, while PS VR2 remains essentially a PS5 accessory.

    Pros and Cons

    ProsCons
    Flagship chip performance at $299Fresnel lenses with edge blur and god rays
    Full mixed reality functionality retainedThree-step IPD adjustment only
    Wireless design, no external hardware needed2.5-hour battery life
    Massive game library, full Quest app compatibility128GB storage tight for large games
    Lightweight and comfortable for extended wearGrainier passthrough than Quest 3
    Meta Touch Plus controllers side view
    Meta Touch Plus controllers side view

    Who Should Buy

    Recommended for:

    • First-time VR users
    • Budget-conscious families wanting mixed reality
    • Quest 2 owners seeking an upgrade
    • Players needing a second headset for guests

    Should Skip:

    • Hardcore gamers demanding maximum visual fidelity (choose Quest 3)
    • Professional users needing extended VR work sessions (choose Vision Pro)
    • Users with existing high-end PC VR setups (3S cannot surpass PC VR quality)

    Conclusion

    The Meta Quest 3S is a product of “smart compromises.” It precisely trims configurations that minimally impact entry-level users (lens quality, resolution) while preserving core elements that determine the experience floor (chip performance, mixed reality, wireless freedom). At $299, no competitor matches its functional completeness.

    Its true value lies not in the spec sheet but in “zero friction” — no researching PC configurations, no setting up sensors, no managing cables. You simply put it on and enter VR. For the average person wanting to try VR in 2026, that zero-barrier access may be the biggest selling point of all.