Sprhava AI-Powered Vision
Direct manufacturer supply for medical distributors, government accessibility tenders, low-vision clinics, and commercial partners across Doha and the State of Qatar.
Navigating complex urban environments poses significant cognitive and physical challenges for individuals who are blind or experience severe low vision. Traditional electronic orientation and mobility aids (EOMAs), such as ultrasonic tactile canes, suffer from limited range, poor spatial resolution, and inability to detect head-height or dynamic overhead hazards.
As a leading original equipment manufacturer (OEM) and technology development factory, our engineering architecture integrates real-time computer vision (CV), micro-Time-of-Flight (ToF) depth sensing, sub-second neural inference, and bone-conduction directional audio into ultra-lightweight ergonomic spectacle frames weighing under 50 grams.
Our proprietary spatial mapping engines convert high-density pixel streams into contextual acoustic narration. Rather than overwhelming wearers with constant telemetry, our onboard algorithms prioritize actionable hazard warnings—such as overhanging desert construction scaffolding, sudden curb drops, moving vehicles, and glass storefront barriers prevalent across modern Middle Eastern architecture.
1. Optical Input: Ultra-wide 120° FOV low-distortion CMOS sensor array with adaptive dynamic range for glare suppression in high-solar environments.
2. Sensor Fusion Engine: Integrated 6-axis IMU + ToF LiDAR sensor measuring object vectors, velocity, and distance down to 2cm precision.
3. Edge AI Processing: Quad-core Neural Processing Unit (NPU) executing quantised YOLO-v8 spatial segmentation networks offline without latency delays.
4. Acoustic Output Module: Directional open-ear acoustic transducers delivering clear spatial auditory alerts while keeping the ear canal entirely open for critical ambient environmental hearing.
Engineered specifically to handle the micro-climatic conditions, architectural diversity, and infrastructure standards of Qatar and the wider GCC region.
Doha’s ultra-modern pedestrian precincts feature smooth white marble walkways, subtle tactile paving, and low-profile architectural features. Our optical recognition engines are calibrated to detect subtle edge contrasts, light-reflective granite curbs, and automatic glass sliding doors at commercial towers, providing instant haptic and verbal alerts.
Summer temperatures in Qatar frequently exceed 45°C, creating thermal throttle risks for standard consumer wearables. Our enterprise smart glasses utilize custom aluminum-magnesium heat dissipation chassis and industrial-grade polymer frame housings rated for continuous outdoor operation up to 55°C without system shutdown or skin irritation.
Seamless integration with Qatar’s award-winning transit infrastructure. The system reads transit signage, platform numbers, ticket barrier screens, and gate indicators aloud in both Modern Standard Arabic (MSA) and English, assisting visually impaired commuters through Gold Line or Red Line interchanges smoothly.
Crowded heritage markets present irregular floor textures, narrow alleyways, suspended display goods, and sudden steps. The multi-sensor optical AI distinguishes between static architectural obstacles and dynamic human pedestrian movement, adjusting prompt frequency dynamically based on spatial density.
Built-in high-resolution camera modules allow users at clinical centers, educational institutions (e.g., Qatar Foundation schools), or administrative offices to hold up paper documents, medical prescriptions, or utility bills and have text instantly parsed and spoken with natural intonation.
Crucial for indoor areas, underground car parks, or locations with fluctuating cell connectivity. Core obstacle detection, distance estimation, and immediate safety cues run 100% on the local frame NPU, guaranteeing zero dependence on mobile cloud connectivity for basic mobility safety.
The State of Qatar’s Human and Social Development pillars prioritize the inclusion, autonomy, and technological empowerment of persons with disabilities (PWDs). In alignment with national initiatives led by the Ministry of Social Development and Family, Hamad Medical Corporation (HMC), and Shafallah Center, our manufacturing enterprise provides scalable assistive hardware tailored to local public sector requirements.
With Qatar’s transformation into a premier global hub for international sports, diplomatic summits, and accessible tourism, deploying AI-enabled assistive vision devices directly elevates institutional compliance with international accessibility standards (UN CRPD Article 9).
As a specialized manufacturer, we bridge the gap between advanced micro-electronics research and dependable, heavy-duty assistive medical production.
We provide complete end-to-end customization for B2B procurement partners, low-vision non-profit organizations, and healthcare ministries in Doha:
Assistive products cannot afford to fail during daily use. Every batch produced in our facilities undergoes stringent physical and computational validation:
| Specification Parameter | Factory Technical Standard |
|---|---|
| Product Classification | Wearable Visual Assistive Technology / Electronic Orientation & Mobility Aid (EOMA) |
| Weight Distribution | Under 49 grams (total frame weight), balanced center of gravity for all-day comfort |
| Optical Sensing Engine | Wide-angle HD sensor with HDR low-light adjustment and ultra-fast exposure switching |
| Obstacle Detection Technology | Multi-sensor fusion (CMOS Optical + ToF Distance Sensor + 6-Axis Motion Inertial IMU) |
| Audio Interface | Dual Open-Ear Directional Transducers / Bone-Conduction Module (ear canals remain open) |
| Local Edge Computing | Low-power NPU running quantized neural depth segmentation (<15ms detection latency) |
| Language & TTS Engine | 164+ global languages supported; Native Gulf Arabic (Qatari dialect) & English included |
| Battery & Power Management | Dual-battery temple design, 4-6 hours active visual scanning, 24-hour standby, USB-C fast charge case |
| Environmental Rating | IP65 dust/water resistance; Operating temp: -10°C to +55°C (GCC Desert Compliant) |
| Lens System | Rx Prescription-ready frame, UV400 Polarized / Photochromic sunlight filtering options |
Direct answers to key commercial, technical, and regulatory questions from healthcare distributors, clinical procurement managers, and government buyers in Qatar.
Our factory integrates customized Neural Text-to-Speech (TTS) engines configured specifically with Modern Standard Arabic (MSA) and localized Gulf Arabic dialect prompts. The glasses can instantly announce obstacles, read Arabic street signage, interpret printed local menus, and process Arabic text documents without requiring external translation devices.
Yes. Unlike standard consumer electronics that overheat and shut down in hot climates, our enterprise frames feature advanced passive thermal management using lightweight magnesium-alloy internal heat sinks. The operating thermal threshold is tested up to 55°C, ensuring uninterrupted performance during outdoor walking in high ambient Middle Eastern temperatures.
No. In accordance with international low-vision orientation and mobility (O&M) clinical standards, our smart spectacles function as an advanced electronic complement to white canes or guide dogs. While a cane detects ground-level drop-offs and immediate floor contact, our glasses detect head-height hazards (overhanging signs, open windows, tree branches, glass doors) and provide crucial environmental context (reading text, identifying door numbers, recognizing faces).
Standard production lead times for customized OEM batches (100 to 5,000 units) range from 15 to 25 business days following sample sign-off. Air freight shipment to Hamad International Airport (DOH) typically takes 3 to 5 transit days. Express sample evaluation kits are dispatched within 48 hours.
No. All critical safety features—including real-time obstacle distance detection, spatial collision alerts, and baseline text reading (OCR)—are processed 100% locally on the embedded NPU inside the glasses frame. Cloud connectivity is only utilized for optional advanced AI conversational scene descriptions when a Wi-Fi or cellular network is available.
We back our factory shipments with a standard 12-to-24 month manufacturer hardware warranty. We provide local distribution partners in Doha with complete modular spare parts (temple batteries, optical modules, clip-on frames) alongside comprehensive technician training and software diagnostic tools for fast local servicing.
Yes. The frame architecture is engineered with standard optical bevel grooves allowing local opticians in Qatar to easily cut and fit prescription single-vision, progressive, or tinted low-vision filter lenses directly into the frame. We also manufacture clip-on camera modules compatible with a user's existing spectacles.
Whether you are sourcing for healthcare tenders in Doha, expanding your assistive technology product line in the GCC, or requesting customized OEM samples for clinical trial evaluations, our engineering team is ready to assist you.