Assistive AI Glasses Product Directory
Assistive glasses do not form one interchangeable product category. Some convert camera input into speech. Some connect a user to a human visual interpreter. Some magnify an image on a display. Others are consumer AI glasses with accessibility features but no assistive-device positioning.
This directory separates those functions and records availability, phone and cloud dependence, subscriptions, prescription support, price, region, and verification date. It is a maintained product dataset, not a ranking.
For help choosing by task, start with Best Smart Glasses for Blind and Low-Vision Users. For the difference between audio assistance and visual magnification, see AI Glasses versus Electronic Magnifiers.
Safety boundary: No product in this directory replaces a white cane, guide dog, orientation and mobility training, or professional advice. Camera and AI outputs can be incomplete, delayed, or wrong.
Status and evidence labels
“Available” means an official manufacturer or store page indicated that the product could be obtained in at least one region when checked. It does not guarantee local stock, insurance coverage, language support, or suitability.
“Vendor documented” confirms that the company describes a capability. It is not an independent performance result. We have not run a comparative hands-on test of all listed products.
Current product directory
| Product | Category | Status and region | Primary output | OCR or scene functions | Human assistance | Dependencies and ongoing cost | Price checked | Last verified |
|---|---|---|---|---|---|---|---|---|
| Ray-Ban Meta | Consumer camera and audio AI | Available in supported Meta markets | Spoken AI and calls | Vendor documents visual questions and descriptions | Be My Eyes documented in supported markets | Phone setup, Meta services, cloud features | From about $379 US | 2026-08-21 |
| Oakley Meta audio models | Sport camera and audio AI | Available by model and market | Spoken AI | Meta AI visual functions, no magnification display | Check current app and region | Phone and cloud-dependent functions | Varies by model | 2026-08-21 |
| Envision Glasses Read | Dedicated reading wearable | Official docs list product, confirm stock | Spoken reading | Instant Text, Scan Text, Batch Scan | Not its primary function | Some cloud features, paid feature pass after included period | $1,899 US documented | 2026-08-21 |
| Envision Glasses Home | Dedicated audio visual assistance | Official docs list product, confirm stock | Spoken text and descriptions | Reading, scene, object and color functions | Companion and Aira calls documented | Feature-update pass conditions apply | $2,499 US documented | 2026-08-21 |
| Envision Glasses Professional | Professional assistive tier | Official docs list product, confirm stock | Full Envision suite | Same documented assistance suite as Home | Companion and Aira calls documented | Unlimited updates for hardware lifetime documented | $3,499 US documented | 2026-08-21 |
| Ally Solos Glasses | Camera and open-ear conversational AI | Official US store marked sold out | Spoken assistant | Camera-based Ally assistance | Not a live interpreter | Feature and service terms need confirmation | Listed at $699 US | 2026-08-21 |
| OrCam MyEye | Dedicated wearable reader | Available through OrCam channels, models vary | Spoken text and identification | Text, face, product, color and currency claims | No live-human core service | Verify exact model, local processing, and warranty | From $4,250 US | 2026-08-21 |
| ARx AI Gen 1.5 | Phone-connected camera headset | Available in supported regions | Open-ear spoken assistance | ARx and supported phone apps | Compatible services may include Aira | Compatible Android phone and app terms | $599 US sale price | 2026-08-21 |
| eSight Go | Electronic magnification wearable | Available through consultation | Visual magnification | Image enhancement, not generative scene description | No live-human core service | Vendor lists about 3 hours continuous use | Quote or consultation | 2026-08-21 |
| Aira on Meta glasses | Professional interpretation integration | Early or limited, verify market | Human spoken assistance | Interpreter sees camera feed | Professional agent | Meta hardware, app, account, Aira terms | Costs vary | 2026-08-21 |
| OOrion on Meta glasses | Accessibility app integration | Announced or early, verify access | Audio guidance | Finding and reading claims | No live-human core service | Meta hardware, phone, cloud, app availability | Check provider | 2026-08-21 |
Category distinctions that affect buying
Camera and audio AI glasses
Ray-Ban Meta, Oakley Meta, Ally Solos, and ARx use a camera and wearable audio to communicate information. They may help read a sign, identify an object, or ask about a scene. They do not enlarge the world in front of the eye.
General-purpose consumer glasses can be less expensive and easier to find than specialist devices. Their accessibility workflows may depend on cloud AI, a phone, an app integration, a supported language, or a staged regional rollout. An announcement is not proof that a third-party app is available now.
Dedicated reading and assistance wearables
Envision Glasses and OrCam MyEye are designed around blindness and low-vision tasks. Their controls, support, and pricing differ from consumer glasses. Dedicated positioning does not guarantee accuracy for every document, light level, language, or user.
Envision documents three established editions with different update arrangements. Confirm stock because the platform uses Google Glass Enterprise Edition 2 hardware. OrCam sells different MyEye configurations, so verify the exact model rather than transferring specifications from another listing.
Electronic magnification
eSight Go is included because low-vision buyers may compare it with AI glasses, although its core function is different. It presents an enhanced image to a user with usable vision. Audio-only AI glasses cannot reproduce visual magnification.
Suitability depends on acuity, field of vision, contrast sensitivity, fatigue, and task. A low-vision specialist can help assess whether a display device is appropriate.
Human visual assistance
Aira and Be My Eyes add a person who can inspect the camera view and ask clarifying questions. Human assistance may handle ambiguity better than automated scene generation, but it introduces availability, response time, connectivity, cost, and privacy considerations.
A remote helper is still not a mobility aid or emergency service. Review what the camera may share before using it around confidential documents, workplaces, health information, or bystanders.
A practical shortlist process
1. Define three recurring tasks
Use observable tasks such as reading mail, identifying products, magnifying a screen, calling an interpreter, or asking about room context. “More independence” is a goal, not a test case.
The reading labels, signs, and documents guide explains OCR limits. The navigation guide explains why scene awareness and safe mobility are different.
2. Choose visual, audio, or human output
A blind user may prioritize spoken OCR and human assistance. A low-vision user may need magnification and contrast. Some users combine both. Eliminate products whose output cannot serve the task.
3. Calculate total cost
Include prescription lenses, required phone, data plan, paid feature updates, service plans, warranty, repairs, accessories, and replacement. The purchase price alone can be misleading.
4. Confirm exact availability
Check official product, support, store, and app pages for your country. Ask whether the exact feature, language, service, and frame can be delivered now. Institutional buyers should retain that answer and the date.
5. Test representative material
Use medicine labels, mail, menus, signs, screens, lighting, and environments representative of daily use. Test repeated attempts. Assess framing, latency, omissions, false descriptions, controls, comfort, audio, and battery.
6. Prefer a trial or return window
Assistive technology is personal. A table cannot show whether the controls, fit, and feedback work for one person. Prefer a demonstration, trial, or clear return policy, especially for devices costing thousands of dollars.
Prescription, comfort, and battery
Prescription support must be verified for the exact frame, lens range, region, and retailer. A clip-on camera such as OrCam or a headset such as ARx is different from ordering prescription lenses in a consumer frame. A display-based product may have clinical suitability constraints beyond lens correction.
Battery claims also describe different workloads. Continuous camera use, cloud queries, calls, display brightness, wireless conditions, temperature, and battery age affect runtime. Ask whether the quoted figure means typical use, continuous use, or standby.
Weight alone does not predict comfort. Balance, temple pressure, frame fit, cable routing, controls, hearing devices, and prescription lenses matter. Test for the duration of a real task rather than a short demonstration.
Privacy and cloud dependence
Camera glasses may capture bystanders, private documents, screens, homes, and workplace information. Determine whether imagery leaves the device, which account stores requests, whether human helpers see the feed, how data is retained, and whether an employer permits the service.
“On-device” should be tied to a function. A product may perform selected OCR locally but use the cloud for generative descriptions. Check the smart-glasses privacy guide for a deeper review.
Maintenance policy for this directory
Historical entries remain when useful, but should be labeled discontinued, sold out, announced, or unavailable. Each update should verify:
- stock in a named region;
- price and subscription terms;
- exact features and languages;
- phone and cloud dependencies;
- prescription options;
- weight and battery against the exact model;
- whether an integration is announced, limited, or generally available.
Manufacturer documentation is the primary source for availability and specifications. Vendor claims remain labeled as claims. Independent tests should be cited separately and not generalized beyond the tested configuration.
Verdict
There is no single best assistive AI-glasses product. Start with output and task. Consumer audio AI glasses offer a lower-cost entry point, dedicated wearables offer accessibility-specific workflows, electronic magnifiers serve usable vision, and human-assistance services solve a different class of ambiguity.
Use this directory to build a shortlist, then test the exact product and service in the intended region and environment.
FAQ
Are all products here medical devices?
No. The directory includes consumer electronics, dedicated assistive products, electronic magnification, and service integrations. Check each manufacturer’s classification for your region.
Which assistive glasses work without a phone?
Requirements differ by product and function. ARx relies on a compatible Android phone. Meta glasses require phone setup and connected services. Confirm the exact offline behavior of dedicated devices.
Do assistive AI glasses work offline?
Some perform selected functions locally, while generative descriptions and human assistance generally require connectivity. Ask about each function rather than accepting a product-wide offline label.
Can these glasses navigate safely by themselves?
No listed AI function replaces a cane, guide dog, mobility training, or purpose-built navigation aid. Scene descriptions may omit hazards or arrive too late.
Why are announced integrations listed separately?
An integration may not be public, available in every region, or stable enough for a purchase decision. Separating status prevents future capability from being mistaken for current functionality.