“Smart glasses” look like everyday glasses to the casual observer. However, smart glasses are actually wearable devices that can do almost anything a hand-held device can do—no hands required. Which makes smart glasses great assistive technology (AT) for people with limited arm mobility.
AT potential doesn’t stop there. Depending on the model and its companion apps, a pair of smart glasses can give the wearer:
- Voice- or eye-operated tools for recording photos, videos, and spur-of-the-moment ideas
- Built-in headphones, open-ear style
- Audible descriptions of surroundings
- Instructions for navigating surroundings
- Live captions of what speakers are saying
- Pop-up notifications
… And much more. (Smart glasses are also popular with farmers, construction workers, hobbyists, drivers, and anyone else who might need to record/access important information without a free hand available.)
Meta, Smart Glasses, and AI
Recently, tech giant Meta invited its AI Glasses Impact Grant recipients to an in-person community summit. Attendees spent three days in New York, networking with each other and with Meta representatives. (BridgingApps’ grant project is a pilot called “Smart Glasses for Everyday Accessibility”—more details below.)
The following summit-experience report is from Alejandra Gonzalez, BridgingApps Digital Navigator.
There were panels sharing about new Meta features. One that stood out was “Conversation Focus” (also available on Apple’s AirPods), which can amplify the voice of the person in front of you while also minimizing environmental sounds. For a user who is hard of hearing, that’s really, really helpful.
We also did a lot of lightning sessions [round-table programs where participants have 3–10 minutes each to share about their work]. And there were a couple of sessions where presenters talked specifically about Meta glasses and how to make them more accessible. The general consensus was: because AI is such a big component of smart glasses, we have to focus on AI literacy first of all. If buyers don’t understand AI, they won’t use the glasses to their full potential.
After basic AI literacy, the most important goal is effective prompting. [See our recent article on “How to Work with AI for Great Results.”]
And then, of course, there are the “growing pains”: unanticipated issues that always happen with product updates and developments. Several visually impaired summit participants, after trying out the display glasses, expressed concern about cognition overload. Imagine looking at something three-dimensional in front of you, while hearing the Meta AI speak to you, while reading captions it’s generating, while trying to tell it what else you need—while surrounded by background noise.
What’s to Come
Meta is working on ways to bypass or overcome the cognitive-overload risk. I had a chance to help out there, in a workshop where we broke into groups to brainstorm solutions to various issues. My group was tasked with the cognition-overload question.
One idea we came up with: being able to customize levels of description. For example, if someone with low vision is entering a conference room for the first time, they need to know where to check in, where to sit, where people are congregating, and if there is a stage—but they probably don’t need to know what color the carpet is. If Meta glasses wearers can adjust the settings for “types of description,” they’ll be able to just walk into a room and ask Meta’s AI assistant, “Tell me what’s important.”
Easter Seals Greater Houston will look further into the overload question, through the pilot program sponsored by our Impact Grant. We’re designing surveys and questions to gather data on how cognition overload might affect user experience, and whether this could be a barrier to their adopting the technology. That’s primarily what our pilot is focused on: barriers and challenges that could prevent someone from using Meta glasses. Establishing trust is paramount when introducing assistive technologies into communities.
Other key questions:
- How will this assistive technology impact users’ independence, integration into society, and daily life?
- Can Meta glasses reduce caregiver reliance [the need to depend on others] in daily tasks?
There are so many things to think about. The Meta glasses are a fantastic, amazing piece of technology. We have to see what challenges might arise and just how far we can go.
About the Impact Grant
Easter Seals Greater Houston is one of 30 organizations that received AI Glasses Impact Grants from Meta in July 2026. Grant projects focus on using Meta AI glasses to help people learn more effectively, work better, and live independently.
For more information, see: