Smart glasses have struggled for years due to high cost, excessive weight, poor comfort, and limited versatility. OryOh VisionWare solves this with a revolutionary tethered architecture: the glasses house lightweight sensors, optics, and displays, while the user’s smartphone provides compute, battery, and connectivity through a hair-thin CYPhy-inspired microfilament tether. This elegant design enables an entire product family — seven distinct models from a $25 children’s pair to a $3,499 flagship — all sharing the same core technology, SDK, and supply chain.

The Challenge

From construction sites to factories, warehouses, emergency response, healthcare, and outdoor operations, professionals need reliable vision protection and real-time intelligence. Existing solutions are either basic safety glasses with no smarts, or expensive, bulky AR headsets that workers avoid wearing. There is a clear gap for lightweight, comfortable, and truly useful smart eyewear that works across multiple professional and consumer contexts.

The Solution

VisionWare is a modular smart eyewear platform that adapts to any use case. The flagship model is rugged safety glasses with sporty clear-frame design and contour lenses, but the same core technology extends to prescription everyday glasses, sunglasses, tactical, and specialized variants — all sharing the same intelligent ecosystem.

Core Technology

At under 60g, each pair features a lightweight titanium-carbon fiber frame (custom 3D-scanned fit), dual 12MP stereo cameras, electrochromic lenses (instant clear-to-tint shift), and a hybrid Birdbath Micro-OLED HUD. Onboard Hermes AI (Rockchip RK3588S, 6 TOPS) provides real-time hazard detection, AR overlays, object recognition, measurement, navigation, and voice control via bone conduction audio.

Key Differentiators:

• IP54-rated safety model for construction/industrial use with impact protection

• Electrochromic + HUD lenses for dynamic environments

• Stereo depth mapping and environmental sensors (IMU, barometer, ToF)

• Phone tether + onboard battery for all-day operation

• Modular design supporting multiple frame styles and future upgrades

• Direct prescription integration and 3D-printable custom frames

Engineering & Feasibility

Designed using COMSOL Multiphysics for optical, structural, and thermal validation. Critical components (Sony sensors, ESP32-S3, Knowles audio) sourced through Mouser Electronics for fast iteration and scalable production. The flexible temple PCB and magnetic pogo charging enable a sleek, comfortable form factor that meets ANSI/ISEA Z87.1 safety standards.

Market & Impact

VisionWare targets the rapidly growing $15B+ smart PPE and AR eyewear market. The safety glasses variant serves high-risk industries, while other models address everyday professional, medical accessibility, and consumer needs. At a $700 entry price with strong margins, it democratizes advanced AR/AI vision assistance.

This platform reduces workplace incidents, increases productivity, enables hands-free operation, and provides critical data overlays exactly when needed. Open-source elements and modular architecture invite community innovation while supporting enterprise deployment.

2030 Vision

A complete ecosystem of intelligent eyewear — from construction sites to daily life — that actively protects, augments, and connects the wearer. VisionWare transforms passive eyewear into a powerful, adaptable personal intelligence system.

By combining mandatory safety with cutting-edge AI in an attractive, lightweight form, VisionWare stands out as a truly practical and scalable innovation.