YOKOSI G100 AI Smart AR Glasses Wireless Hardware
Designed for tourism and smart city applications. Features heads-up AR display, integrated non-contact sensory arrays, and ultra-lightweight ergonomic frame construction.
Insights & Publications
Emteq Labs Blog & Scientific Updates
Explore the latest articles on optomyography (OCO™), facial expression sensing, XR biofeedback, and affective computing.
Industrial Product Portfolio
OEM Wearable Facial Biofeedback & AI Eyewear Modules
Hardware components engineered for researchers, healthcare institutions, and smart technology integrators across Doha and the State of Qatar.
Anti-Shake 4K AI Camera & Translation Glasses
IP66 rated waterproof hardware with 13M pixel camera, dual beamforming microphone array, zero-latency WiFi streaming, and onboard real-time AI translation engines.
Fingerprint Touch AI Assistant Polarized Eyewear
Biometric fingerprint touch recognition built into smart temples. Supports 140+ language multi-country translation with UV400 outdoor protection lenses.
AI Wake-Up & Object Recognition Silicone Glasses
Hypoallergenic medical silicone construction. Integrated voice wake-up AI, live context object identification, and high-fidelity clear acoustic audio recording.
Dual Speaker Voice Assistant AI Smart Sunglasses
Dual 13mm open-ear directional audio transducers, hands-free Bluetooth connectivity, real-time multilingual neural translation, and spatial scene processing.
Wearable Biofeedback Video Recording AI Glasses
Captures high-definition imagery while tracking facial expression dynamics. Seamless background data syncing for clinical research and behavioral tracking.
Touch-Control Image Recognition Smart AI Eyewear
Capacitive touch gesture temple interface, automatic scene image capture, micro-expression tracking integration capability, and HD audio streaming.
4K Sports Eyewear with Facial Analytics Telemetry
High-speed 4K sensor system built for dynamic sports telemetry, muscle action tracking, ambient heat endurance, and spatial orientation via 9-axis IMU.
White Paper & Market Intelligence
Next-Generation Wearable Facial Telemetry in the Gulf Region
An authoritative technical analysis of non-contact optomyography, human affect tracking, and enterprise procurement trends across Qatar and the wider GCC territory.
“As smart cities such as Msheireb Downtown Doha and Lusail transform urban interactivity, the demand for non-invasive, privacy-compliant facial analytics hardware has shifted from academic labs to real-world infrastructure, medical rehabilitation, and immersive consumer interfaces.”
The Shift from Camera Tracking to Non-Contact Optomyography (OCO™)
Traditional facial expression recognition relies heavily on optical cameras pointed directly at the user’s face or sticky electromyography (sEMG) gel electrodes. In real-world enterprise deployments across Doha—whether within clinical environments like Hamad Medical Corporation or outdoor sports telemetry at Aspire Zone—both heritage methods present severe drawbacks. Camera-based facial coding breaks down under harsh ambient glare, direct desert sunlight, and rapid user motion. Furthermore, camera systems raise substantial personal privacy concerns under Qatari Data Protection Laws (Law No. 13 of 2016).
As a specialized custom OEM facial analytics supplier, our platform utilizes patented OCO™ Optomyography (OMG) sensor arrays. Mounted unobtrusively inside smart eyewear frames, these optical sensors detect subtle skin deformations and underlying facial muscle contractions in three dimensions—without touching the skin, without gel adhesives, and without pointing cameras inward at the eyes. Raw data is captured at high frequencies and processed on-device via edge machine-learning models, delivering objective emotional valence, engagement metrics, and facial movement telemetry while upholding complete data privacy.
OCO™ Telemetry Performance Specs
- Sensing PrincipleNon-contact Optomyography (OMG)
- Muscle MappingZygomaticus, Corrugator, Procerus
- Motion Cancellation9-Axis IMU + Altimeter Fusion
- Context CaptureOutward-facing 4K / HD Video
- Data OutputsValence, Chewing, Expressivity, SDK
- Regulatory ComplianceCE Mark, RoHS, WEEE Certified
- Environmental ResistanceTested up to 50°C Ambient Heat
Proprietary Architecture
Engineering Principles of OCOsense™ Wearable Analytics
Built upon scientific rigor, peer-reviewed clinical validation, and robust international hardware patents.
Patented 3D Skin Mapping
Our OCO™ sensors measure millimeter-level surface dynamics of facial skin in 3D space. This allows fine-grained tracking of emotional micro-expressions, speech exertion, and involuntary facial reactions in real time.
Full Motion Calibration
By coupling facial optomyography with a medical-grade 9-axis Inertial Measurement Unit (IMU) and barometric altimeter, the system isolates true facial muscle contractions from head movements, walking impact, or posture shifts.
Open SDK & Machine Learning
Developers and enterprise integrators receive access to raw biosignals, processed valence telemetry, chewing/mastication detection events, and localized API hooks for seamless dashboard integration.
Regional Market Deployment
Target Application Scenarios Serving the Doha Ecosystem
Aligning wearable facial telemetry with the strategic goals of Qatar National Vision 2030 and the TASMU Smart Qatar Program.
1. Smart Healthcare & Neurological Rehabilitation
In partnership with medical centers in Doha, such as Hamad Medical Corporation and Sidra Medicine, OEM optomyography hardware enables continuous, quantitative assessment of facial nerve recovery, Bell's Palsy rehabilitation, stroke recovery monitoring, and objective pain/stress tracking in psychiatric outpatient programs.
2. Athletic Performance & Exertion Telemetry
At sports excellence institutes like Aspetar and Aspire Zone, tracking an athlete's physical strain, respiratory fatigue, and stress responses during high-intensity training requires unobtrusive gear. Our 4K sports frames deliver real-time physiological facial telemetry without constraining freedom of movement.
3. Luxury Hospitality & Smart Tourism Analytics
With Qatar's massive growth in premier tourism (Hamad International Airport, Qatar Airways, and world-class luxury resorts), custom AR translation glasses (such as the YOKOSI G100) allow multi-lingual hospitality staff to deliver frictionless, real-time translated interaction while measuring guest engagement and satisfaction indicators seamlessly.
4. Defense, Command Centers & Industrial Safety
For high-consequence operational environments—including energy infrastructure, maritime logistics, and control facilities in Lusail and Ras Laffan—wearable biofeedback glasses continuously monitor operator alertness, cognitive fatigue, and emotional valence to prevent industrial incidents.
Procurement & Customization
Tailored OEM Solutions for Qatari Enterprise Procurement
How we support local procurement managers, system integrators, and researchers in Qatar with customized hardware and firmware configurations.
B2B procurement in Doha requires hardware that satisfies strict regional operational parameters. Temperatures in the Gulf region routinely exceed 45°C during summer months, placing intense demands on micro-electronics, lithium polymer batteries, and optical sensor lenses.
Our OEM manufacturing facility offers direct customization services for Qatari enterprises:
- High-Temp Thermal Dissipation: Frame architectures enhanced with graphite thermal spreaders to operate reliably under extreme ambient outdoor heat.
- Local Arabic NLP Integration: Onboard AI speech translation engines optimized for Qatari and Gulf Arabic dialects alongside 140 global languages.
- Custom Ergonomic Fit & IP Protection: Waterproof IP66 sealings with adjustable silicone nose pads and flexible acetate temples engineered for diverse user facial structures.
- Data Privacy Compliance: Zero cloud dependency—all facial muscle telemetry and biofeedback can be logged locally to encrypted micro-storage or streamed securely to local Qatari server infrastructures.
Scientific Validation Partners
Our underlying optomyography algorithms and sensor designs are tested and validated in collaboration with prestigious international institutions:
• Northeastern University
• University of Sussex
• University of Portsmouth
• University of Glasgow
• Brunel University London
• Jožef Stefan Institute
Patents Granted: GB2561537, GB2604076, US11,003,899, US11,538,279.
Procurement FAQ
Frequently Asked Questions for Qatar & GCC Buyers
Clear answers covering minimum order quantities, OEM customization, shipping logistics to Doha, and technical integration.
How does Optomyography (OCO™) differ from conventional camera-based facial expression software?
Conventional software relies on outward or inward-facing camera lenses to analyze video frames. This requires constant, bright lighting and consumes high processor power, while posing significant privacy concerns. OCO™ optomyography uses miniature, non-contact optical sensors integrated into the eyewear frame to map skin deformation dynamically in 3D. It operates in total darkness, intense sunlight, and during high-speed movement without recording raw facial video imagery.
Can we order customized hardware form-factors for research projects in Doha?
Yes. As a primary OEM/ODM manufacturer, we supply both ready-to-deploy standard smart frames (such as 4K translation sunglasses or lightweight AR headsets) and fully customized PCB sensor modules. Qatari enterprise clients can specify frame colors, brand logo placement, lens coatings (polarized, photochromic, prescription-ready), and custom sensor densities.
What is the lead time for bulk enterprise delivery to Doha, Qatar?
Evaluation sample units and developer SDK kits are typically dispatched via express international courier (DHL/FedEx) to Doha within 5 to 7 business days. Custom OEM production runs depend on hardware modification requirements, with average manufacturing cycles ranging from 3 to 6 weeks following design approval.
Are the smart glasses compliant with Qatari data privacy regulations?
Absolutely. Our hardware architecture supports complete edge processing. Facial activation signals and calculated metrics (valence, expressivity, chewing episodes) are processed locally on the embedded chipset. Raw biometric data does not need to be transmitted to external cloud servers, fully complying with Qatar Personal Data Privacy Protection Law (PDPPL).
How does the system handle high ambient temperatures in the Gulf region?
All smart frames intended for GCC export undergo environmental thermal stress testing up to 50°C. Internal circuitry features specialized heat dissipation layers and auto-regulating power management to prevent thermal throttling during outdoor use in Doha.
What software APIs and SDK options are available for local software integrators?
We provide a comprehensive cross-platform SDK compatible with iOS, Android, Windows, and Unity XR. Integrators can stream raw sensor channels, calibrated 3D muscle movement vectors, head pose tracking data from the 9-axis IMU, and localized event tags in real time over Bluetooth 5.2 or high-speed WiFi.
Partner with a Leading Custom OEM Facial Analytics Supplier
Whether you are launching a research initiative, integrating biofeedback into smart healthcare systems, or deploying AR translation eyewear across Doha, our engineering team is ready to assist with your technical requirements.
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