When the Camera Is on Their Face: Why Low-Cost Camera Glasses Should Be on Every School’s Radar This Fall
Updated: Aug 20
Caveat - This article is not based on a hypothetical concern. During the last school year, we were presenting at a high school where the principal was already dealing with a student who had brought and was using a pair of Meta smart glasses on school property. As you will read, what was once relatively expensive and uncommon technology is now becoming significantly cheaper, more discreet, and more accessible to youth and teens. As the market becomes flooded with lower-cost Chinese manufactured options we believe situations, like the one at the high school mentioned above, will become increasingly common for schools. This emerging reality, and the privacy, consent, and policy challenges that come with it, is why we believe this is an important conversation for parents, caregivers, educators, and school administrators to be having now, rather than waiting until these devices become commonplace in classrooms and hallways.
As students across Canada prepare to return to classrooms for another school year, there is an emerging piece of wearable technology that we believe parents, caregivers, educators, school administrators, and school districts should have on their radar, that being inexpensive camera equipped glasses that can photograph and record what the wearer sees. Wearable cameras are certainly not new, and smart glasses have been commercially available for several years such as the Meta Ray-Ban Glasses (1) or Snapchat’s new smart glasses (2) . What is changing, however, is their price, availability, appearance, and the increasingly sophisticated technology being incorporated into them. What was once a relatively expensive and somewhat niche piece of wearable technology is rapidly becoming an affordable consumer product that can look surprisingly similar to an ordinary pair of glasses.
One recent example that caught our attention comes from Australia. On July 28, 2026, Kmart Australia launched its Chinese manufactured Anko Camera Glasses for $89 AUD (3). The glasses combine a camera with Bluetooth connectivity, audio, calling capabilities, and app connected artificial intelligence features, all within a relatively conventional looking pair of frames. According to reports surrounding their launch, the glasses sold out across Australia within approximately a week (4). Whether the popularity was driven by novelty, price, functionality, or a combination of all three is less important to us than what the product represents. Camera equipped smart glasses, which many parents and educators may still associate with premium products costing several hundred dollars, are beginning produced in China to move into the mass market consumer category at prices under $100 CDN.
Although these particular Kmart glasses are not presently available here in Canada, Canadian families do not need to travel to Australia to find inexpensive alternatives. Walmart Canada, for example, currently lists similar camera equipped smart glasses for under $100 Canadian (5), and other inexpensive versions are appearing through online marketplaces and retailers. This means the conversation is no longer simply about whether a student might arrive at school wearing a $400 or $500 pair of premium smart glasses. We are moving toward an environment where some of the same basic capabilities can increasingly be purchased for less than the price of many pairs of conventional branded sunglasses.
Why does this matter? Because price has historically been one of the barriers limiting the widespread adoption of wearable camera technology among youth. As that financial barrier disappears, the likelihood that these devices will eventually make their way into backpacks, hallways, classrooms, playgrounds, school buses, field trips, and other school environments increases. We are not suggesting that schools are about to be overwhelmed by students wearing camera glasses this September. However, we do believe the direction of the technology is becoming clear enough that schools should begin thinking about it now rather than waiting until an incident forces the conversation.
The Camera Is Becoming Less Obvious
Schools have been dealing with student accessible cameras for decades. Smartphones, tablets, laptops, Chromebooks, gaming devices, and even some smartwatches can capture photographs or video. However, there is an important difference between a camera contained within a device that someone normally has to physically hold and point toward another person, and a camera embedded within something worn naturally on a person’s face. When a student raises a smartphone and points it toward another student or educator, there are generally visual and behavioural cues that recording may be taking place. Those cues provide other people with at least some opportunity to recognize what is happening, object to being recorded, move away, or seek assistance.
Camera equipped glasses can significantly reduce those cues because the camera is aligned with the wearer’s natural field of view. A student does not necessarily need to raise a device, point it toward someone, or visibly hold something in front of them. They could simply be looking in a particular direction. Depending on the device and how it operates, that could potentially allow someone to capture another student, an educator, a classroom discussion, a computer screen, an examination, a worksheet, a presentation, or information written on a whiteboard while appearing to simply be looking at it.
To be clear, this does not mean that every student who owns camera glasses is going to secretly record their classmates or teachers. That would be an unfair assumption, just as it would be unfair to assume that every student carrying a smartphone intends to misuse its camera. Most youth and teens use technology appropriately most of the time. However, from a privacy, safety, and school policy perspective, it is the capability of the technology that deserves attention. Schools create policies and procedures not because they assume every student will misuse technology, but because foreseeable misuse should be considered before it happens.
The question, therefore, should not simply be, “Will students misuse camera glasses?” A more useful question for school administrators is, “Do our existing policies, procedures, and educational practices adequately address what happens if someone does?”
The $80 Price Point Changes the Conversation
Perhaps the most important aspect of these new camera glasses is not the camera, Bluetooth connection, audio capability, or even the artificial intelligence features, it’s the price. When wearable camera technology costs several hundred dollars, schools can reasonably view it as a relatively uncommon technology that only a small number of students are likely to own. When similar functionality begins appearing in products costing $75, $80, or $90, that assumption becomes much harder to maintain.
We, here at the White Hatter, have watched this pattern repeat itself throughout the history of consumer technology. Features that initially appear in expensive flagship products eventually migrate into less expensive devices as manufacturing becomes cheaper, components become more widely available, and competitors enter the marketplace. Cameras in mobile phones were once a premium feature. GPS navigation was once something people purchased as a separate expensive device for their vehicle. Wireless earbuds, biometric sensors, smartwatches, voice assistants, and artificial intelligence have all followed similar trajectories. What begins as expensive emerging technology eventually becomes ordinary consumer technology.
This is why the significance of Kmart’s $89 Anko Camera Glasses extends beyond one retailer or one particular pair of glasses. The product is a marker of where this category of technology appears to be heading. Camera equipped eyewear is becoming inexpensive enough that it could move from novelty technology into mainstream consumer electronics. As more manufacturers enter the market, prices will likely continue to fall while features improve. Cameras will become smaller, battery life will improve, AI capabilities will expand, and the physical appearance of these products will increasingly resemble ordinary eyewear.
This also means that schools should be cautious about creating policies around specific brands. A policy that refers specifically to Meta Ray-Bans, for example, may quickly become outdated when dozens of Chinese inexpensive alternatives become available from manufacturers most educators have never heard of. The brand name printed on the box is far less important than what the device can actually do. School policies need to become increasingly function-based rather than brand-based.
UPDATE - We just wrote a review on a pair of $80.00 smart glasses that can be purchased here in Canada https://www.thewhitehatter.ca/post/the-80-smart-glasses-problem-when-discreet-recording-technology-becomes-affordable-to-almost-anyon
Privacy Becomes More Complicated When the Camera Is Wearable
There can be legitimate uses for smart glasses and wearable camera technology. These devices can support accessibility, hands-free photography, navigation, translation, audio communication, visual recognition, memory assistance, and increasingly AI supported interaction with the physical world. For some individuals living with disabilities, wearable cameras combined with artificial intelligence may become an incredibly valuable accessibility tool. For a student with a disability, assistive technology, such as smart glasses, may not simply provide an additional convenience or technological advantage, it may provide the functional equivalent of what other students can already see, hear, read, remember, communicate, or access without assistance. We therefore do not believe camera glasses should automatically be characterized as dangerous, creepy, or inappropriate simply because they contain a camera. Again, it’s not the device, it’s how the device is being intentionally used that can make it dangerous, creepy, or inappropriate.
However, the form factor introduces privacy challenges that are different from those associated with traditional smartphones. Consider the number of environments within an ordinary school where students and staff may have a heightened expectation of privacy or confidentiality such as washrooms, locker rooms, change rooms, counselling offices, health rooms, staff rooms, learning support spaces, examination rooms, and private meetings between students and educators. Even outside these environments, students may reasonably expect that a casual conversation with a friend at lunch, an emotional discussion with a teacher, or an embarrassing moment in a hallway is not quietly being captured through another person’s eyewear.
This becomes particularly important when we consider consent. When someone points a smartphone toward us, most of us recognize that we could be photographed or recorded. We have learned the social cues associated with smartphones and cameras. Camera glasses disrupt some of those cues. A student may be sitting directly across from another student having what they believe is a private conversation without realizing that the other person’s glasses are capable of recording what is being said and seen.
Some camera equipped glasses include indicator lights or other signals intended to notify people when recording is taking place. These features are helpful, but schools should not assume that every student or educator will notice an indicator, recognize what it means, or even know that the glasses contain a camera. It should also be noted that many of these features can be bypassed or hidden from being seen by others. As inexpensive products from numerous manufacturers enter the market, the design, visibility, and reliability of recording indicators may also vary considerably. The privacy challenge, therefore, is not simply that wearable cameras exist, it’s that the traditional social signals we have relied upon to recognize when someone might be recording us are becoming less reliable.
Cyberbullying, Humiliation, and Peer Conflict
Another issue schools should consider is how inexpensive wearable cameras could intersect with cyberbullying, harassment, humiliation, and ordinary peer conflict. Much of what we describe as “online” harm among youth actually begins offline. A disagreement happens in a hallway, a student falls in the cafeteria, someone has an emotional reaction in class, a fight occurs outside the school, or a young person says something embarrassing among friends. A smartphone is pulled out, the moment is captured, and within minutes it can be circulating through Snapchat, TikTok, Instagram, Discord, private group chats, or messaging platforms.
Wearable cameras have the potential to make the first step in that process less noticeable. Imagine a student experiencing an embarrassing or vulnerable moment while another student wearing camera glasses captures it without the person realizing that recording has occurred. The student may not discover the existence of the video until it has already been shared with classmates. Similarly, an argument between students, an interaction with a teacher, a disciplinary conversation, or a confrontation could potentially be recorded from the wearer’s point of view without the same obvious physical behaviour associated with pulling out a smartphone.
We are not suggesting that this will become the primary use of camera glasses among youth. Technology does not create cruelty, bullying, or poor decision making. However, technology can change the friction involved in carrying out certain behaviours. When recording becomes easier, faster, and less obvious, schools need to consider how that capability may interact with behaviours that already exist.
There is also another layer that did not exist in the same way even a few years ago, that being artificial intelligence. Once an image, audio clip, or video has been captured, the original recording is no longer necessarily the final product. It can potentially be edited, manipulated, altered, cloned, remixed, sexualized, placed into a different context, or incorporated into AI-generated content. A wearable camera can therefore become the first step in a much larger digital chain. The issue is not simply what the glasses capture, but what can happen to that captured material once it leaves the device.
Academic Integrity and the Wearable AI Question
Camera glasses also create an obvious conversation around academic integrity. Schools have spent considerable time developing policies surrounding smartphones during examinations and, more recently, the use of generative AI tools for assignments and assessments. Wearable technology adds another dimension that educators should begin considering.
A camera positioned at eye level could potentially capture examination questions, worksheets, answer sheets, textbooks, classroom displays, computer screens, teacher materials, or another student’s work without requiring the wearer to visibly take out a phone. Even if the glasses themselves cannot analyze that information in real time, captured material could potentially be reviewed later or transmitted to another device depending on the product’s capabilities.
As artificial intelligence becomes increasingly integrated into wearable devices, this issue will become even more complex. Future inexpensive smart glasses may not simply record what a student sees, they may be capable of recognizing text, translating information, identifying objects, summarizing content, answering questions, searching for information, or providing audio responses through integrated speakers or connected earbuds. The distinction between a camera, smartphone, search engine, and AI assistant is beginning to blur.
Schools developing AI and academic integrity policies should therefore avoid thinking about AI solely as something students access through a browser on a Chromebook or through an app on a smartphone. AI is increasingly becoming embedded into the physical devices people wear and carry. The next generation of academic integrity policies will need to account not just for software, but for AI-enabled hardware.
Why Simply “Ban Them” May Not Be as Easy as It Sounds
For some people, the solution will appear obvious, simply ban smart glasses from schools. There may certainly be environments and circumstances where restricting camera equipped eyewear is reasonable and necessary, particularly during examinations or in areas where there is a heightened expectation of privacy such as bathroom and change rooms . However, broad bans based solely on the appearance of a device may become increasingly difficult to implement as wearable technology evolves.
What happens when camera and AI technology is integrated into prescription glasses? What happens when a student legitimately uses smart eyewear as an accessibility device? What happens when the technology becomes visually indistinguishable from ordinary eyewear? What happens when different manufacturers place cameras, microphones, indicator lights, and controls in different locations? Are teachers expected to become experts at identifying dozens or potentially hundreds of models of smart glasses simply by looking at them?
These questions illustrate why schools should focus on capabilities, behaviour, context, and consent rather than attempting to maintain lists of prohibited brands. Policies can establish clear expectations about photographing, recording, transmitting, or processing information regardless of whether the device involved is a smartphone, smartwatch, pair of glasses, pendant, earbuds, or something that has not yet entered the consumer market.
There are also legitimate accessibility and accommodation considerations that schools will need to address carefully. Wearable AI and camera technology has enormous potential to assist people with visual impairments, communication challenges, learning differences, and other disabilities. A policy that simply states “no camera glasses” without considering legitimate accessibility use could create problems of its own. This is another reason why thoughtful policy development is preferable to reactive prohibition.
What We Recommend Schools Do Now
As with many emerging technologies, schools do not need to wait until camera glasses become commonplace before deciding how they should be addressed. In our opinion, the most effective approach is not to create a separate rule every time a new device appears, but to make sure existing policies are broad enough to address the underlying capabilities of the technology. Camera glasses are simply the latest example of why policies focused only on smartphones are becoming outdated. The same privacy, consent, academic-integrity, and safety concerns can now be built into watches, glasses, earbuds, pendants, and other wearable devices.
Schools should begin by reviewing current personal device, photography, video-recording, privacy, artificial intelligence, and academic integrity policies to determine whether they adequately apply to wearable technology. Language that refers exclusively to “cellphones” may leave unnecessary gaps. Policies should instead consider any personal device capable of capturing, recording, storing, transmitting, accessing, or processing audio, images, video, or information. This creates a more technology neutral approach that remains relevant even as the physical form of technology continues to change.
Particular attention should be given to locations where students and staff have a heightened expectation of privacy. Washrooms, locker rooms, change rooms, counselling spaces, health rooms, and similar environments should have clear expectations, and signage, around the use of any recording capable device, regardless of whether that device is a smartphone, smartwatch, pair of glasses, or another form of wearable technology. These expectations should be communicated clearly to students and families so there is little ambiguity about where recording technology is inappropriate.
Schools should also review assessment procedures. During examinations, quizzes, and other forms of formal evaluation, staff may need to consider not only smartphones and smartwatches but also wearable devices capable of capturing, transmitting, receiving, or processing information. This does not mean every pair of glasses should be treated with suspicion. It means schools should have a reasonable process for addressing technology that could provide unauthorized access to information or facilitate the capture of assessment materials.
Another important step is staff awareness. Educators do not need to know every make and model of smart glasses available on the market, nor should we expect them to become wearable technology detectives. They should, however, understand that recording, communication, and AI capabilities are increasingly being incorporated into ordinary looking devices. A short staff briefing at the beginning of the school year could introduce the issue, explain what modern camera glasses can do, and clarify the school’s expectations surrounding recording, privacy, consent, examinations, and appropriate use.
Schools should also consider how wearable technology fits within broader digital literacy education. Students should understand that the ability to record another person does not automatically mean they have permission to do so. Conversations about consent, dignity, privacy, empathy, context, and the potential consequences of sharing captured content should form part of the educational response. These are not simply lessons about camera glasses. They are principles that apply across a young person’s entire onlife world.
Accessibility must remain part of this discussion as well. Some students may use smart glasses or other wearable devices for legitimate assistive purposes, and those uses should be considered carefully through appropriate accommodation processes. A blanket policy prohibiting all smart eyewear without recognizing legitimate accessibility needs could create unintended consequences. Function based policies, combined with appropriate individualized accommodations, offer a more practical approach than trying to prohibit every device containing a camera, microphone, or AI capability.
Schools should also communicate with parents and caregivers before an incident occurs. A brief notice explaining that wearable cameras and AI-enabled devices are becoming increasingly affordable can help families understand why existing recording, privacy, academic-integrity, and personal-device expectations also apply to smart glasses. This is particularly important as inexpensive versions enter the market and parents may purchase these products without fully appreciating how their use could intersect with school policies or the privacy of other students.
The goal should not be to create fear around another emerging technology. It should be to establish clear expectations before misunderstandings or misuse occur. Camera glasses are unlikely to be the last wearable technology schools encounter, which is precisely why the response should focus less on one particular product and more on principles that remain constant regardless of what device a student brings through the school doors.
This Is Bigger Than One Pair of $89 Glasses
The reason we are highlighting Kmart Australia’s $89 Anko Camera Glasses is not because we believe this particular product represents an immediate threat to Canadian schools. The more important story is what this product tells us about the direction of consumer technology.
When capabilities that once required a several hundred dollar device begin appearing in products selling for less than $100, accessibility changes. More people can purchase them, more manufacturers begin competing in the category, prices generally fall further, and capabilities improve. What was once unusual gradually becomes ordinary.
We have watched this happen with smartphones, cameras, wireless earbuds, smartwatches, GPS technology, and artificial intelligence. Wearable cameras and wearable AI appear to be following a similar path. The challenge for parents, caregivers, educators, and policymakers is that technology usually moves faster than policy. By the time a school encounters its first significant incident involving camera glasses, students may already have been using them for months. Waiting for something to go wrong before discussing expectations leaves schools responding to technology rather than preparing students to use it responsibly.
Our approach has never been to fear technology simply because it is new. Camera glasses can have legitimate, useful, and potentially transformative applications, particularly as artificial intelligence and accessibility technologies continue to evolve. However, acknowledging those benefits does not require us to ignore the privacy, consent, academic integrity, and peer safety challenges that accompany them.
This is where digital literacy and the human element become so important. We cannot create a policy for every camera, app, wearable, AI system, or connected device that young people will encounter throughout their lives. What we can do is teach them the principles that should guide their decisions regardless of the technology they are using such as respect other people’s privacy, seek consent before recording, think about what happens after something is captured, understand that digital content can travel far beyond its intended audience, and recognize that technological capability does not automatically equal social permission.
As students return to school this fall, the important question isn’t whether Kmart’s $89 camera glasses eventually arrive in Canada. Similar technology is already accessible to Canadian consumers, and the category will almost certainly continue to grow.
It's Not Just Students
We should also recognize that camera equipped glasses are not exclusively a student issue. Parents, caregivers, volunteers, contractors, visitors, coaches, guest speakers, and other adults may also enter school buildings or attend school-related activities while wearing these devices. As camera glasses become cheaper, more discreet, and increasingly indistinguishable from ordinary eyewear, schools may need to consider how existing privacy, photography, recording, and visitor policies apply not only to students, but to everyone who enters the school environment.
This raises an important and increasingly foreseeable question, “How should a school respond when a parent, caregiver, visitor, or other adult enters the building wearing glasses capable of discreetly recording students and staff?”
Schools already establish expectations around visitor conduct, photography, video recording, access to classrooms, and the protection of student privacy. Camera equipped wearables add another layer because recording may no longer involve someone visibly holding up a smartphone. A person could potentially capture audio, photographs, or video simply by wearing what appears to be an ordinary pair of glasses.
This is why we believe schools and districts should begin discussing this issue now, rather than waiting for an incident to force the conversation. Policies may need to clearly address wearable recording technology, establish expectations for students and adult visitors, identify when and where recording is prohibited, explain how consent and privacy requirements apply, and provide staff with practical guidance on what to do when they reasonably believe someone is using a wearable device to record.
The larger question for schools is therefore not simply, “What do we do if a student brings camera glasses to school?” It should be, “What policies and procedures do we need when anyone enters a school environment with technology capable of discreetly recording the people around them?”
As these devices become increasingly affordable and commonplace, that is no longer a far-fetched scenario. It is a foreseeable reality that schools should be preparing for.
What To Look For
Identifying smart glasses can be surprisingly difficult, particularly as newer models are increasingly designed to look and feel like ordinary prescription glasses or sunglasses. There is no single visual feature that reliably identifies a pair of glasses as being camera-equipped or “smart.” Compounding the challenge, school staff cannot reasonably be expected to become smart-glasses experts or closely inspect every pair of eyewear worn by students, staff, parents, caregivers, volunteers, or visitors entering a school. However, there are some possible indicators that may suggest a pair of glasses contains smart or recording technology:
Small camera lens: Look near the upper corners of the frame, hinges, or temples for a tiny circular opening that resembles a smartphone camera lens.
Indicator light: Some reputable camera glasses have an LED that illuminates while recording. Importantly, the presence, visibility, and behaviour of these indicators varies by product, so an absence of a visible light should not be treated as proof that recording isn’t occurring. However, these indicator lights can also be covered or disabled
Unusually thick temples: Smart glasses often need room for batteries, processors, speakers, microphones, antennas, and other electronics. The arms may therefore be thicker than conventional glasses.
Speakers or vents: Small openings along the temples can indicate built-in speakers or microphones.
Buttons or touch controls: A button, switch, touch-sensitive area, or unusual control along the arms can be another clue.
Charging contacts or ports: Removing the glasses may reveal electrical contacts, magnetic charging points, or a USB connection.
Status lights: Some models contain small LEDs on the inside of the frame that provide information to the wearer.
Behaviour: Repeatedly touching the frame, pressing the temple, issuing voice commands, or positioning one’s head toward something of interest could be consistent with operating smart glasses. None of these behaviours, however, proves that someone is recording.
Digital Food For Thought
The White Hatter
Facts Not Fear, Facts Not Emotions, Enlighten Not Frighten, Know Tech Not No Tech
Post Script:
Here are some other articles we have written specific to smart glasses and the privacy and legal issues they create here in Canada:
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