Own-App visual AI terminal
Connect a visual input task to your own application and service.
Read the task brief →Submit your scenario ↗Eight product entries and two historical references.
Compare eight product entries with distinct commercial stages, plus the Confidant and Falcon 007 Pro historical project references. AR99 and AR99 MY remain separate entries with shared display architecture and distinct frame engineering. The two historical projects are not overseas-ready products and have no test samples. Similar applications require a new ODM project with NRE, development time and project budget; scope and schedule are agreed per project.
START WITH THE CUSTOMER TASK
Six ways to start with your customer task.
Use these task briefs to separate a standard-platform evaluation, software integration and a new architecture assessment. Requested capabilities require evidence for the selected configuration.
Camera-free lightweight HUD
Keep prompts in view; scope pure display and audio captions separately.
Read the task brief →Submit your scenario ↗First-person data capture system
Define a usable dataset and its acceptance process before choosing the capture architecture.
Read the task brief →Submit your scenario ↗Retail product for your brand
For regional brands and retail channels. Define the out-of-box App experience, language, service ownership, market approvals and after-sales responsibilities. An evaluation kit is not a finished retail offer.
Review the related scope →Submit your scenario ↗Industrial task and field operations
For enterprise teams and integrators. Scope inspection evidence, remote collaboration or site capture around the actual shift, network and safety rules. PPE fit and any new safety product require separate validation.
Review the related scope →Submit your scenario ↗Audio-only eyewear
For eyewear brands and voice-service teams. Start with calls, music or one voice task; assess the audio path, noise, fit and software service. Camera-free audio is a distinct choice from visual AI.
Review the related scope →Submit your scenario ↗These are customer requirements, not ready-to-order products. Existing model specifications and their delivery boundaries remain on the product pages.
Find a starting platform
What should your glasses do?
Compare confirmed hardware and project boundaries before sharing a brief. No contact details are needed to see the results.
Basic platform information is available in the feature and SDK comparison and full product matrix.
Candidate platforms
Hardware, firmware and SDK release versions are not publicly confirmed. Freeze the supplied configuration and package before evaluation. Sample availability, integration scope and commercial terms require confirmation; this selection is not an order or a feasibility commitment.
Optionally share a project briefChoose a task, then confirm the configuration
These three platforms serve different workflows. C100 is an engineering prototype; K900 and AR99 have distinct production and commercial scopes. Unknown interfaces are not treated as supported.
| Decision | K900 | C100 | AR99 |
|---|---|---|---|
| Suitable task | First-person photos, recorded video and open-ear audio; partner-configured live workflows. | Prototype an Android camera-and-display workflow for a customer AI service. | Phone-assisted glanceable text, prompts, translation and navigation displays. |
| Current stage | Production platform. Mass production since late 2024 | EVT3 functional prototype. EVT3; functional CNC prototypes; customizable industrial design for mass-production projects | Production platform. Mass production |
| Software dependency | Companion or partner app and the selected AI / streaming service; glasses provide capture, audio and connectivity. | Android 11 app on glasses over direct Wi-Fi, or BLE through a phone app. VLM / LLM inference runs off-device. | Bluetooth with a paired phone and companion or partner app; AI and service functions run on the phone or connected service. |
| Key limitation | No AR display. Partner livestreaming does not establish continuous-stream access in the standard SDK. | Camera Stream Access is planned. Prototype demonstrations and chip-level NPU specifications do not confirm released SDK interfaces. | No camera. Arbitrary-canvas rendering and application interfaces need package evidence; optical resolution alone is not an API. |
| Evaluation path | Request the SDK scope or a paid sample review; current shipments mainly serve customer-specific ODM orders. | Get the free unchanged Android SDK / Demo, or request a paid CNC prototype; modifications are a separate paid development scope. | Request software scope or paid sample evaluation; logo-branded pilots on existing frames start at 200 units. |
| Hardware / FW / SDK versions | Not publicly confirmed; freeze the supplied unit and package before evaluation. | Not publicly confirmed; freeze the supplied unit and package before evaluation. | Not publicly confirmed; freeze the supplied unit and package before evaluation. |
Start from the customer project, then choose the platform.
The portfolio separates camera/audio, AR display, camera-plus-display and specialist product entries from historical accessibility and field-operation development references. Historical configurations inform a new ODM assessment; they do not establish overseas product availability.
AI camera and open-ear audio
For first-person recording, travel, sports, notes, object prompts and connected app workflows. K900 is an earlier-generation model in mass production since 2024; current shipments mainly fulfill customer-specific ODM orders.
Camera-free AR information display
No-camera display hardware for notifications, prompts and app/phone/service-assisted content rendering.
Camera, sensors and AR operation
C100 for standalone live AI agents with camera and display; Falcon 007 Pro is a historical field-operation project reference for new ODM discussion.
Audio, cue, assistive and clinical display
Audio, cue and clinical-display product entries, plus Confidant as a historical mainland-China assistive project reference; similar assistive applications require new ODM development.
AI smart glasses, everyday sunglasses
K900, AR99, AR99 MY, AR99 Pro and C100 all support detachable sunglass lenses with clip-on or magnetic attachment, depending on the model and configuration. With the sunglass lenses fitted, these AI smart glasses also serve as sunglasses for everyday outdoor wear.
A compact table for sales, RFQ and integration review.
Each row keeps the same information hierarchy: market role, hardware profile, display or camera boundary, software route and the next evaluation step. Commercial availability and delivery terms depend on the agreed configuration and project scope.
| Product | Best-fit project | Core hardware | Display / camera boundary | Integration route | Stage / next step |
|---|---|---|---|---|---|
| K900 | AI camera and open-ear audio smart glasses | Sony 13MP camera, EIS, microphones, Bluetooth/Wi-Fi and app control | Mass production since late 2024; camera and audio platform with no AR display | Partner app workflows, AI services where permitted and SDK discussion through RFQ. Current shipments mainly fulfill customer-specific ODM orders; funded ODM projects are invited to discuss implementation at our Shenzhen office |
Production platform Review configuration and project fit |
| AR99 | Mass-produced unisex, camera-free monocular AR information display | Approx. 28 g bare device excluding prescription lenses; magnesium-lithium (Mg-Li) alloy + TR90 with titanium-alloy hinge; 100 mAh fixed battery; 0.12cc Micro-LED module with Volume Holographic Grating (VHG) optics | Right-eye monocular single-green; 30° FOV; 640 × 480 @ 30 Hz; up to 2,000 nits in-eye brightness under reference conditions; no camera | Phone-tethered Bluetooth; physical key + temple touch; integrated and snap-in prescription lens paths. OEM / ODM / JDM and white-label projects; logo-branded pilots on existing frames from 200 units |
Production platform Review configuration and project fit |
| AR99 MY | Mass-produced Mimosa women-first cat-eye AR eyewear with its own product page and frame engineering | Approx. 29 g bare device excluding prescription lenses; 100 mAh fixed battery; shared AR99 optics, electronics and software; 0.12cc Micro-LED module with VHG optics | Right-eye monocular single-green; 30° FOV; 640 × 480 @ 30 Hz; up to 2,000 nits in-eye brightness under reference conditions; no camera | Phone-tethered Bluetooth; physical key + temple touch. OEM / ODM / JDM and white-label projects; logo-branded pilots on existing frames from 200 units; cat-eye fit and customization reviewed at RFQ |
Production platform Review configuration and project fit |
| AR99 Pro | EVT3; functional CNC prototypes and customizable industrial design for mass-production projects | SRG waveguide; 25° FOV; 1,800 nits in-eye brightness; 25 g; carbon fiber; two 40 mAh user-swappable batteries with replacement that does not interrupt operation; required paired ring supplied with every unit | Camera-free single-green display; phone-tethered workflow | Discuss functional CNC prototypes, industrial design and the path to mass production |
EVT3 functional prototype Evaluate the prototype and integration scope |
| C100 | Standalone live AI agents with camera and display; EVT3; functional CNC prototypes and customizable industrial design for mass-production projects | Sony IMX681 (12MP) capture, dual-eye Micro-LED glass waveguide display, MediaTek Android host, dual-band Wi-Fi, BLE phone-app connectivity and hot-swappable power | Android apps run on the glasses; direct Wi-Fi through a compatible router or phone hotspot, or BLE through a connected phone app; LLM/VLM inference runs off-device | Direct: glasses → Wi-Fi router / phone hotspot → cloud/private AI endpoint → glasses. BLE mode: glasses image/audio → BLE → phone app → VLM/LLM/cloud → phone app → BLE → glasses audio + display. Battery replacement does not interrupt operation. Contact SmartXY to request the SDK development package |
EVT3 functional prototype Evaluate the prototype and integration scope |
| Audio 01 | Camera-free AI audio eyewear for ODM project orders only | Open-ear audio, microphones and customizable industrial design | No camera and no display | Translate, interpret, transcribe and listening-assist app workflows |
ODM project Define requirements and feasibility |
| Confidant | Historical 2021 AI assistive project for a disabled persons’ federation in mainland China; developed for mainland-China use | Front camera, two front-facing obstacle sensors, GPS module/antenna and handheld controller | Historical configuration: scene descriptions and spoken Q&A; forward obstacle alerts; map-based prompts; selected recognition tasks. Not an overseas-ready product; no test samples | New ODM project required, with NRE, development time and budget scoped per project. Historical OCR and obstacle functions are not a plug-in SDK for K900. User safety, consent, privacy and regional validation remain required |
Historical project reference Discuss a new development scope Discuss new ODM |
| Falcon 007 Pro | Historical field-operation development reference, including face recognition and vehicle-traffic recognition | 1.3MP reference camera, HD near-eye display, Type-C linked compute and optional thermal module | Historical first-person capture and recognition configuration. Not an overseas-ready product; no test samples | Similar applications require a new ODM project with NRE, development time and budget; regional, privacy, legal and customer review remains required |
Historical project reference Discuss a new development scope Discuss new ODM |
| Nudge | Behavior cue and focus-assist eyewear | Lightweight cue hardware and app-guided schedule logic | No camera; peripheral visual cue module | Professional-channel pilot, app schedule setup and compliance notes through RFQ | Open detail |
| BB Medical | Clinical display smart eyewear | Binocular Micro-OLED display headset with adjustable headband | 1920×1080 @ 60 Hz, 55° FOV; 205 g excluding data cable | Display source, adapter, intended use, validation and regulatory scope reviewed per project | Open detail |
AR99 MY is a separate catalog product with its own cat-eye frame engineering, while sharing AR99 optics, electronics and software. AR99 and AR99 MY battery references are approximately 1–3 hours of feature use and 72+ hours standby; actual runtime varies with function, brightness, Bluetooth/app use, network, environment and battery condition.
Keep product claims precise, then route custom work to RFQ.
For software access, SDK/API discussion, regional compliance, medical claims or custom optics, SmartXY reviews the target market and partner scope before confirming deliverables.
One product or project reference per row
AR99 and AR99 MY have separate detail pages and catalog rows. Shared hardware architecture and model-specific frame engineering are stated explicitly.
Hardware boundaries stay visible
Camera, display, audio, cue and clinical-display capabilities are separated so partners can choose the right architecture quickly.
Custom app and SDK requests go through RFQ
Share your channel or deployment plan, purchasing or project budget status, volume forecast and business owner through the RFQ form. Source-code licensing, deep technical support and technology transfer are optional scopes assessed and quoted by project.
Related reference architecture · ODM scoping
Embodied AI Data Capture Glasses
XY-DC Reference Architecture is a proposed display-free reference architecture for robotics and embodied-AI data collection. It is scoped as an ODM evaluation, not an additional product SKU.
Portfolio boundary: The matrix contains eight product entries and two historical project references, with commercial stages stated separately. XY-DC is a separate display-free ODM scoping direction for robotics and training-data capture, not an additional product row.
Stereo capture, synchronization, calibration and capture-point provenance require separate feasibility and project validation. These requirements must not be inferred from existing platform specifications.
Explore XY-DC Reference ArchitectureTwo binocular display directions for customer-branded eyewear
Single-green binocular and dual-color binocular display glasses are being developed around a dual-chip reference architecture, with mass production targeted for the end of 2026. Final configurations and delivery schedules are agreed through project evaluation.
Single-green binocular display
Discuss your application, industrial design and optical requirements for a binocular single-green display project.
Discuss a single-green projectDual-color binocular display
Discuss the display-color combination, application experience and industrial design for a binocular dual-color project.
Discuss a dual-color projectThese future development projects are separate from the current product catalogue. Prototype, validation and production milestones are agreed for each project.