There is a growing debate around smart glasses. The concern is easy to understand.
A pair of glasses can now contain cameras, microphones, connectivity and increasingly sophisticated AI. Unlike holding up a phone to take a photograph, it may not always be obvious to the people nearby what the device is doing.
Governments and schools are beginning to respond.
Oslo has prohibited smart glasses during the school day. England and Wales have prohibited Meta smart glasses in courts. And Australia is now considering whether camera-equipped smart glasses should be prohibited in government buildings because of privacy and security concerns.
These debates are not going away. In fact, the interesting question for educational technology may be:
- What comes next?
- Are VR, front-facing cameras next?
I don't know. Nobody does.
Front-facing cameras on VR headsets are not the same thing as smart glasses. They serve legitimate technical purposes: positional tracking, passthrough, environmental awareness, mixed reality and other capabilities.
There is no basis for suggesting that cameras on VR headsets are inherently being used improperly. That isn't my argument.
My question is much simpler:
If schools do not actually require those cameras for most learning experiences, why put ourselves in the middle of the debate at all?
Today the discussion is about smart glasses. Next year it may involve another category of wearable technology.
- It may involve cameras.
- It may involve spatial mapping.
- It may involve eye tracking.
- It may involve biometric movement data.
- It may involve microphones, facial recognition, AI inference or something we haven't yet considered.
Legislation tends to follow technology, sometimes slowly and sometimes suddenly.
And educational institutions purchasing hardware today may reasonably expect that equipment to remain in use for five years or more.
That creates a procurement problem.
Can we confidently build today's educational infrastructure around capabilities that may become tomorrow's regulatory question?
This isn't about predicting regulation
It would be easy to overstate the case. I am not suggesting that governments are about to prohibit cameras on VR headsets. There is no evidence for that. Nor am I arguing that they should.
The point is precisely that Sensible-VR does not need to take a position on that debate.
If a particular learning objective requires sophisticated camera-based tracking, then use a device designed to provide it. There are excellent reasons for doing so.
But much of education does not require a student to physically manipulate a virtual object with millimetre-level precision.
Sometimes the objective is simply to:
- experience a place,
- understand a process,
- observe something impossible to see normally,
- explore an environment,
- listen,
- consider,
- answer questions,
and learn.
For those experiences, the additional sensing capability may contribute remarkably little to the learning outcome. And if it contributes little, we should be willing to ask whether it belongs in the system at all.
Purposeful limitation
Technology companies understandably compete by adding capabilities.
- More cameras.
- More sensors.
- More tracking.
- More processing.
- More connectivity.
- More AI.
- More features.
We tend to interpret the longer specification sheet as the better product. But education needs us to think differently.
Purposeful limitation can be a feature, not a deficiency.
A device that deliberately does less may also collect less.
- Require less.
- Transmit less.
- Cost less to manage.
- Create fewer privacy questions.
- Create fewer security questions.
- Create fewer distractions.
And create fewer responsibilities for teachers.
That isn't technological backwardness. It can be extremely intentional design.
What if there is almost no educational benefit to winning the argument?
This is where I think educational technology procurement can become unnecessarily complicated. Imagine spending years debating whether a particular type of tracking is sufficiently privacy-preserving.
- Or whether cameras should be permitted in classrooms.
- Or whether spatial maps constitute sensitive data.
- Or which permissions should be enabled.
- Or whether a school has adequate policies governing those sensors.
Those may all be legitimate discussions. But I don’t want to be a part of that discussion or debate, especially when it is not necessary.
But there is another possibility:
What if the learning objective didn't need the capability in the first place?
Then we are fighting over something with almost no educational value. Sensible-VR's approach is not to win that fight.
It is to walk away from a fight that doesn't need to exist.
- If a learner doesn't need a front-facing camera for the experience, we don't need to defend having one.
- If the learning doesn't require room mapping, we don't need to explain how room maps are handled.
- If detailed body tracking isn't necessary, we don't need to create policies around detailed body tracking.
- If the lesson doesn't require social interaction, we don't need to supervise social interaction.
- If the experience can run offline, we don't need to explain why it must constantly communicate with an external service.
This is privacy and safety through subtraction.
We are already seeing hardware design respond
Interestingly, the smart-glasses market itself may be moving in this direction.
Reuters reported on September 15, 2026, that Meta is planning a new version of smart glasses without a camera, according to The Information. The reported product would retain other smart functionality while removing one of the features that has attracted significant privacy scrutiny.
Whether that particular product succeeds is not the point. The larger lesson is fascinating:
- sometimes removing a capability makes a technology more appropriate for a particular environment.
That is exactly the principle I believe education should embrace. We should not assume that maximum technological capability is always the same thing as maximum educational suitability.
Design before policy
- Policies are important.
- Schools need privacy policies.
- Companies need data-protection policies.
- Regulators need rules.
- Administrators need appropriate controls.
But design comes first. A policy tells us how a capability should be used.
Design determines whether the capability exists at all.
That is an enormous difference.
A school could have a comprehensive policy governing cameras, recording and environmental sensing.
Or it could use a device that doesn't require those capabilities for the task. Both approaches can be legitimate. But the second is remarkably easy to govern.
- There is nothing to accidentally enable.
- Nothing for a teacher to remember to switch off.
- Nothing for IT to configure.
- Nothing for a student to circumvent.
- And nothing for a parent to wonder about.
The legislation is moving
The broader direction is already visible.
The European Commission's proposed Kids Act would go beyond requiring companies merely to publish child-safety policies. It would regulate elements of product design itself, including addictive features, profiling-based recommendations, unsolicited contact, notifications and AI companions for younger users. The proposal still requires approval and may change considerably before becoming law.
That distinction matters. Regulators are increasingly asking not simply:
“What does your policy say?”
but:
“Why was the product designed this way?”
Schools should probably start asking the same question.
Build for tomorrow as well as today
Educational technology has a different lifecycle from consumer technology. A school doesn't want to redesign its infrastructure every time public attitudes change. It doesn't want to discover three years after purchasing hundreds of devices that a capability which seemed ordinary in 2026 has become controversial in 2029.
Nobody can remove all future regulatory uncertainty. But we can reduce unnecessary exposure to it. One way is remarkably simple:
Don't build the educational system around capabilities the education doesn't need.
- If the learning objective requires cameras, use cameras.
- If it requires hand tracking, use hand tracking.
- If it requires 6 DoF, use 6 DoF.
- If it requires the internet, connect to the cloud.
These technologies have legitimate and sometimes extraordinary educational applications. But make the requirement justify the capability. Don't make the capability search for a requirement.
The sensible position
There will be passionate arguments about smart glasses, cameras, AI, biometrics, tracking and wearable technology over the next several years.
Some concerns will prove justified. Others may prove exaggerated.
- New safeguards will appear.
- Technology will improve.
- Laws will change.
Sensible-VR does not need to be on one side of every one of those arguments. Our position can be much simpler:
- If a capability materially improves learning, we should use it.
- If it does not, perhaps we shouldn't create the risk, complexity and debate in the first place.
That is not fear of technology. It is technology with purpose. The best educational technology is not necessarily the system capable of doing the most. Sometimes it is the system that has thought most carefully about what it does not need to do.
That is why purposeful limitation can be a feature, not a deficiency.
And when privacy, safety, and teacher workload are involved, avoiding even the question can sometimes be more sensible than spending years trying to win an argument that education never needed to have.
Made for education should mean designing around what learning requires… and deliberately leaving the rest behind.
Sources
Reuters, September 17, 2026.Australia considers banning use of smart glasses in government buildings.
Reports on privacy and security concerns surrounding camera-equipped smart glasses, including consideration of restrictions in Australian government buildings, a ban on smart glasses in Oslo schools, and restrictions on Meta smart glasses in courts in England and Wales.
https://www.reuters.com/business/media-telecom/australia-considers-banning-use-smart-glasses-government-buildings-2026-09-17/
Reuters, September 17, 2026.What is in the EU’s planned KIDS Act?
Overview of the proposed EU Kids Act, including measures addressing addictive design, personalized advertising, unsolicited contact, notifications and other design features affecting children. The proposal remains subject to the EU legislative process.
https://www.reuters.com/legal/litigation/what-is-eus-planned-kids-act-2026-09-17/
Reuters, September 17, 2026.EU Commission proposes social media ban for children under 13.
Reports on proposed European measures that would place greater restrictions on social-media and digital-platform design for younger users, including profiling-based feeds, infinite scrolling and unsolicited contact.
https://www.reuters.com/world/eu-commission-proposes-social-media-ban-children-under-13-2026-09-17/
Reuters, September 15, 2026.Meta plans to launch camera-free smart glasses in fall, The Information reports.
Reports that Meta is considering a new version of smart glasses without a camera. Reuters noted that it had not independently verified The Information’s report. The development is relevant to the broader question of whether removing a capability can make technology more appropriate for particular environments or use cases.
https://www.reuters.com/business/meta-plans-launch-camera-free-smart-glasses-fall-information-reports-2026-09-15/
