Tag: Smart Glasses

Tech News : Smart Glasses Feature Now Behind Paywall

Posted on by Paul Stradling

Meta has introduced a monthly usage limit for one of the most useful features built into its AI glasses, raising wider questions about whether consumers will increasingly have to pay subscriptions to unlock the full capabilities of devices they have already bought.

What Has Meta Changed?

Owners of Meta AI glasses can now use Conversation Focus for three hours each month without paying a subscription. Anyone wanting more access will need to subscribe to the Meta One Premium plan, which increases the allowance to 15 hours a month.

Conversation Focus is designed to make it easier to hear the person directly in front of the wearer in noisy environments. Using the glasses’ microphones, speakers and built-in processing, the feature amplifies the voice of the person being spoken to while reducing the impact of surrounding noise.

The glasses themselves do not require a subscription, and other features remain available without paying for Meta One. Meta makes this clear on its support pages, stating: “There is no subscription required to use AI glasses, and you’ll continue to have access to AI glasses features without a Meta One subscription.”

However, people who use Conversation Focus for more than three hours in a calendar month must either wait for their allowance to refresh or subscribe.

Why Is Meta Charging For It?

Meta One forms part of the company’s wider attempt to develop subscription services across its platforms and devices.

The company describes Meta One as “a paid subscription that adds extra features across different eligible Meta technologies, including Instagram, Facebook, WhatsApp, and more access to AI features on Meta AI and AI glasses.”

Different plans offer different combinations of features, with Meta One Premium providing expanded access to Conversation Focus as well as premium device support, which gives subscribers faster access to human specialists trained to help with the glasses.

Meta says the subscription model is aimed at heavier users who want more extensive access to premium capabilities. However, the company is still testing the approach, and Meta One is not yet available everywhere.

Its online support information explains that “Meta One is currently in limited testing and isn’t available everywhere yet”, meaning the options presented to users may differ depending on their country, account and the tests Meta is running.

A Useful Feature With Wider Benefits

Conversation Focus is particularly interesting because it is not simply another generative AI tool for writing emails or creating images.

The feature is actually designed to provide some real help with a particular everyday problem. For example, at busy and crowded events or in crowded spaces, the glasses can make the person directly in front of the wearer much easier to hear without requiring them to use a separate device.

Although Meta doesn’t market its glasses as hearing aids or medical devices, the practical benefits for people who find conversations difficult in noisy surroundings are obvious.

However, that has made the introduction of a usage limit more controversial than a conventional premium software feature might have been. Someone could potentially be using Conversation Focus regularly because it makes social situations or business meetings easier, only to find that their free monthly allowance has been exhausted.

Meta says most users are unlikely to reach the free limit, while the subscription provides heavier users with expanded access. Even paying customers, however, are limited to 15 hours each month, and unused hours do not carry over into the following billing period.

Buying Hardware, Renting Features

The bigger issue here is the changing relationship between hardware ownership and software access.

Traditionally, buying a physical product meant gaining access to the capabilities built into it. Increasingly, however, connected devices depend on software, cloud services and AI systems that manufacturers can update, limit or place behind subscriptions after purchase.

That model is already familiar in business software, where perpetual licences have largely been replaced by monthly and annual subscriptions. It is now spreading further into physical technology, including cars, security systems, home appliances and wearable devices.

Smart glasses are particularly suited to this model because much of their value comes from software rather than the physical frames themselves. New features can be introduced remotely, while existing capabilities can be organised into different subscription tiers.

For manufacturers, this creates the opportunity for recurring revenue long after the original device has been sold. For customers, however, it makes the true cost of ownership more difficult to calculate.

What Else Could Become Subscription-Based?

Meta’s decision also raises the question of what other AI glasses features could eventually be included in paid subscription plans.

At present, Conversation Focus is the most prominent example, while Meta says users will continue to have access to other AI glasses capabilities without a Meta One subscription.

However, the company’s own description of Meta One makes clear that the subscription is intended to provide greater access to AI features across its products, suggesting that paid tiers could become an increasingly important part of its wider business model.

As smart glasses become more capable, manufacturers will, no doubt, have to decide which features are included in the purchase price, which have usage limits and which require ongoing subscriptions.

That could become an important competitive issue, as consumers comparing two devices may eventually need to look beyond the initial purchase price and consider the cost of accessing particular features over several years.

What Does This Mean For Your Business?

For businesses, Meta’s decision provides another example of why technology procurement increasingly needs to consider ongoing service costs rather than simply the purchase price of a device.

The same principle applies well beyond smart glasses. For example, AI-enabled laptops, workplace software, security systems, vehicles and connected equipment may all include capabilities that depend on subscriptions, usage allowances or service tiers.

Before investing in new technology, organisations should, therefore, check which features are permanently included, which depend on continuing subscriptions, what happens when usage limits are reached and whether important functions could become more expensive over time.

There is also a wider lesson about dependency here. As more intelligence moves into software, businesses may technically own their hardware while remaining dependent on the manufacturer for access to many of the features that made the product attractive in the first place.

Meta’s Conversation Focus limit may seem like a relatively small change to one feature on one type of device, but it points towards a much bigger development in consumer and business technology. Buying the hardware may increasingly be only the beginning of the cost, making it more important than ever to understand exactly what is included in the purchase and what may require an ongoing payment.

Tech News : Meta Pulls Facial Recognition Code From Smart Glasses App

Posted on by Paul Stradling

It’s been reported that Meta has quietly removed facial recognition code from the companion app used by its AI-powered smart glasses, reigniting concerns about how far wearable technology companies may be willing to go in their pursuit of always-on artificial intelligence.

What Was Removed?

The controversy centres on an internal system called NameTag, which was discovered inside the Meta AI smartphone app that works alongside the company’s Ray-Ban smart glasses. According to reporting first published by WIRED, the code appeared to support facial recognition capabilities that had never been publicly released.

The system was reportedly designed to convert faces captured by the glasses into unique biometric identifiers, often referred to as faceprints, and compare them against a database stored on the user’s device. Evidence within the software also suggested that faces the system could not identify would be cropped, indexed, and stored locally for future processing.

Most notably, the code was present inside an application installed on tens of millions of devices despite Meta repeatedly stating that no final decision had been made about introducing facial recognition to its smart glasses platform.

Just one day after the findings became public, Meta released an updated version of the app that removed almost all traces of the NameTag system.

Meta’s Response

Meta says the facial recognition system was an internal exploratory project rather than a planned product feature. However, the speed with which the code was removed has inevitably attracted attention.

Reports indicate that the original software contained multiple AI models dedicated to detecting faces, cropping facial images, and converting them into biometric signatures. The app also reportedly contained a “Person recognised” alert that would have been displayed if someone was successfully identified.

Meta has not publicly explained why the code was removed immediately after the discovery or whether the changes had already been planned before the reporting appeared.

Why Facial Recognition In Glasses Is Different

The debate is not really about facial recognition itself. The technology has existed for many years and is already widely used in smartphones, airports, security systems, and consumer applications.

What makes smart glasses different is that they allow facial recognition to move from fixed locations and deliberate actions into everyday social interactions.

Unlike a phone, which requires someone to consciously point a camera at another person, smart glasses can continuously capture information while being worn. Combined with AI, cameras, microphones, and internet connectivity, they create the possibility of real-time identification in public spaces without the knowledge of the people being observed.

Supporters argue that such technology could have legitimate uses. For example, facial recognition could help visually impaired users identify friends, family members, or colleagues. It could also assist people with memory difficulties or cognitive impairments.

Critics, however, have raised concerns that the same technology could be misused for stalking, harassment, surveillance, or the identification of strangers without consent.

Those concerns become even more significant when combined with generative AI systems capable of searching, analysing, and contextualising information automatically.

Part Of A Bigger Strategy

The discovery also provides an insight into Meta’s longer-term ambitions for wearable AI. For example, chief executive Mark Zuckerberg has repeatedly described smart glasses as a future computing platform where AI assistants become constantly available throughout the day. The company’s recent investments in Ray-Ban and Oakley smart glasses reflect a belief that future digital interactions will increasingly move away from smartphones and towards wearable devices.

Facial recognition could potentially play an important role in that vision. An AI assistant capable of recognising people, understanding context, remembering previous interactions, and providing relevant information could become far more useful than one that simply responds to voice commands.

However, it is precisely that capability which raises difficult questions about privacy, consent, and personal data.

The Wider Privacy Challenge

The incident arrives at a time when regulators in Europe, the UK, and the United States are paying closer attention to biometric technologies.

Unlike passwords or usernames, biometric identifiers are linked directly to an individual’s physical characteristics. If compromised or misused, they cannot simply be changed or reset.

Privacy campaigners have long argued that facial recognition requires stronger safeguards than many other forms of personal data because of its potential to identify individuals at scale and without their active participation.

The rapid removal of the NameTag code suggests that Meta recognises the sensitivity of the issue, even if the company insists the feature was only exploratory.

What Does This Mean For Your Business?

For businesses, the story highlights how quickly AI is beginning to move beyond software and into the physical world.

Many organisations are already evaluating AI tools for productivity, automation, and customer service. The next wave of AI innovation is likely to involve wearable devices that can see, hear, interpret, and respond to the environment around them in real time.

That creates new opportunities, particularly in areas such as accessibility, training, field services, logistics, and hands-free information access. At the same time, it introduces new questions around privacy, data governance, consent, and the collection of biometric information.

The wider lesson is that as AI becomes more deeply embedded into everyday devices, businesses will need to think not only about what these systems can do, but also about what employees, customers, and the public are comfortable allowing them to do. The reaction to Meta’s facial recognition experiment suggests those conversations are only just beginning.

Tech News : Google Smart Glasses Ready For A Comeback

Posted on by Paul Stradling

More than a decade after the failure of Google Glass, Google is returning to smart eyewear with a new generation of AI-powered glasses that could signal the beginning of a broader move away from smartphones and towards always-available digital assistants.

Why Google Is Trying Again

When Google Glass launched in 2013, it was widely seen as a glimpse into the future. However, concerns over privacy, a high price tag and limited practical usefulness meant the product struggled to gain mainstream acceptance before being withdrawn. Now it seems Google believes the technology landscape has changed.

At its I/O developer conference, the company unveiled new intelligent eyewear built around its Gemini AI platform. The first products, arriving later this year through partnerships with Samsung, Warby Parker and Gentle Monster, will provide spoken AI assistance through discreet speakers built into the frames.

Google says the glasses are designed to provide “help in the moment without taking you out of it” while allowing users to “stay hands-free and heads up”.

Those phrases may sound like marketing language, but they reveal something much more significant about Google’s ambitions.

The Smartphone Is The Real Target

The new glasses are not simply another wearable gadget. In fact, Google appears to be positioning them as a new way of interacting with technology that reduces reliance on phones and screens. Instead of taking a device out of your pocket, opening an app and navigating menus, the idea is that users can simply ask Gemini for help.

Google says the glasses can provide navigation, send messages, summarise missed communications, translate speech and text, take photographs and even complete multi-step tasks such as ordering coffee through connected services.

This reflects a much broader trend across the technology industry. Increasingly, major companies are trying to make AI more accessible by embedding it into everyday activities rather than requiring users to open dedicated apps.

In effect, Google seems to be attempting to make Gemini a constant companion rather than a destination.

Why It Could Be Different This Time

One of the biggest challenges facing Google Glass was that the technology simply was not ready. For example, voice assistants were relatively basic, artificial intelligence was far less capable, and many of the features people expected from smart glasses were either unreliable or unavailable. However, today’s environment looks very different.

Modern AI systems can understand natural conversation, translate languages in real time, recognise objects and locations, summarise information, and perform increasingly complex tasks. The arrival of Gemini gives Google a much more capable platform to build around than was available a decade ago.

As Google explains on its blog, users will be able to “ask questions about the world around you” and request help executing tasks on their behalf.

In many ways, the AI revolution may have solved the biggest problem Google Glass faced: giving people a compelling reason to wear it.

Meta Has Already Proven There Is Demand

Google is also benefiting from something it lacked the first time around, which was evidence that consumers are willing to wear smart glasses.

Meta’s Ray-Ban smart glasses have reportedly sold around seven million units, demonstrating that there is a growing market for eyewear that combines cameras, microphones, speakers and AI capabilities.

That success has encouraged a growing number of competitors to enter the market. Snap is expected to release new smart glasses, Apple is reportedly developing its own products, and several other technology firms are exploring similar concepts.

What was once a niche category is increasingly becoming one of the industry’s most closely watched battlegrounds.

Gemini Is The Real Product

Although much of the attention will focus on the glasses themselves, the real story is arguably Gemini. It could be said that the glasses themselves simply provide Gemini with direct awareness of a user’s surroundings.

By combining cameras, microphones, location information and AI reasoning, Google is creating a system that can understand what a user is seeing, where they are, and what they may need help with at that moment. That creates possibilities that extend well beyond voice assistants.

Whether helping someone navigate a city, understand a foreign-language menu, identify a landmark or complete a task without touching their phone, the glasses effectively become a delivery mechanism for Gemini’s intelligence.

There Are Still Privacy Questions

Despite the technological advances, some familiar concerns remain. For example, the original Google Glass generated significant criticism because people were uncomfortable with the idea of being recorded without their knowledge. Similar concerns have emerged around Meta’s smart glasses, which can capture photos and video in public spaces.

Google has so far focused its announcements on features and functionality rather than detailed privacy safeguards. As adoption grows, questions around consent, data collection and the use of AI-enabled cameras are likely to become increasingly important.

What Does This Mean For Your Business?

Google’s latest announcement is about far more than just smart glasses. The company is actually signalling its belief that AI assistants are gradually moving beyond phones, laptops and web browsers into the physical world. Instead of opening applications and searching for information, users may increasingly rely on AI systems that understand their surroundings and provide assistance in real time.

Hands-free access to navigation, translation, customer information, scheduling, messaging and AI assistance could make these devices particularly useful for mobile workers, engineers, delivery drivers, field service teams and healthcare staff. Rather than stopping to check a phone or laptop, employees could receive information, complete tasks and interact with business systems while continuing with their work. As AI capabilities improve, smart glasses could also support workplace training, remote assistance and customer service, potentially helping organisations improve productivity and reduce friction in everyday processes.

Whether smart glasses ultimately replace smartphones remains uncertain, and questions around privacy, security and workplace policies will need careful consideration. What is becoming increasingly clear, however, is that Google, Meta, Apple and others all believe the next major computing platform will place AI much closer to the user. If they are right, businesses may soon need to think not only about how employees use AI on screens, but also how they use it while moving through the real world.

Featured Article : Meta Smart Glasses Security Controversy

Posted on by Paul Stradling

Meta has terminated its contract with outsourcing firm Sama, leading to more than 1,000 Kenyan workers losing their jobs after they revealed they had been reviewing highly sensitive footage captured by users of its AI-powered smart glasses, raising fresh concerns about privacy, labour practices, and the hidden human layer behind AI.

What The Workers Reported Seeing

The controversy began in February when workers employed by Sama in Nairobi told Swedish newspapers that their role involved reviewing and labelling video footage captured by Meta’s Ray-Ban smart glasses. According to those accounts, the material included deeply private scenes, with one worker stating, “We see everything – from living rooms to naked bodies.”

The footage was reportedly not limited to staged or deliberately shared content. Instead, it reflected everyday life captured by wearable cameras, including people undressing, using the toilet, and handling sensitive personal information. The workers’ role was to annotate this material so that Meta’s AI systems could learn to interpret visual and contextual data more effectively.

Meta acknowledged that human review forms part of its AI training process, stating that “photos and videos are private to users” and that human reviewers are used to “improve product performance” with user consent. However, the scale and nature of the material described by workers has intensified scrutiny over how that consent is obtained and understood in practice.

Why Did Meta End The Contract?

Less than two months after the investigation was published, Meta moved to end its relationship with Sama, a US-based outsourcing company that provides data annotation services, employing workers to review and label images and video to train AI systems, a decision that resulted in redundancy notices being issued to 1,108 workers with just days’ notice. The company’s official explanation was that Sama “did not meet our standards,” although it did not specify which standards had been breached or when concerns were first identified.

Disputed By Sama

Sama has strongly disputed that characterisation, stating that it had “consistently met the operational, security and quality standards required” and had not been informed of any shortcomings before the contract was terminated.

The timing of the decision has led to further questions, with labour groups and campaigners arguing that the termination may have been linked to the workers speaking out rather than performance issues, while Naftali Wambalo of the Africa Tech Workers Movement suggested that the standards in question may relate less to quality and more to confidentiality, describing them as “standards of secrecy,” a claim that Meta has not publicly addressed.

The Human Layer Behind AI

The episode highlights a reality that is often overlooked in discussions about artificial intelligence. Before AI systems can recognise images, understand context, or respond to real-world inputs, large volumes of data must be manually labelled by human workers.

In this case, that process meant individuals in Kenya reviewing unfiltered footage captured by wearable devices used by people in entirely different parts of the world. The work sits at the intersection of privacy, labour rights, and technology development, with those carrying out the task often having limited visibility, protection, or influence over how the data is used.

Not The First Time For Meta

It seems this is not the first time Meta’s relationship with outsourced labour has come under scrutiny. For example, previous contracts involving content moderation have been linked to claims of psychological harm, low pay, and inadequate support, with some former workers reporting symptoms consistent with post-traumatic stress. Sama itself exited parts of that work in recent years, acknowledging the challenges involved.

Regulatory Pressure

The revelations have prompted regulatory attention in multiple jurisdictions. For example, the UK’s Information Commissioner’s Office described the reports as “concerning” and requested further information from Meta, while Kenya’s data protection authority has launched its own investigation into the handling of the footage.

Legal challenges are also emerging. A class action lawsuit in the United States alleges that Meta misrepresented the privacy protections of its smart glasses, while privacy groups in Europe continue to question how user data is processed and whether consent mechanisms meet regulatory standards.

The concern centres on a key distinction, because while Meta’s policies may disclose that data can be used to train AI systems, the extent to which users understand that their footage could be viewed by human reviewers remains unclear, particularly when that footage includes sensitive or intimate situations.

What This Means For AI Development

The decision to end the Sama contract does not remove the need for human input in AI systems. Instead, it exposes the tension between rapid technological development and the practical realities of how that development is supported.

Training AI models at scale requires vast amounts of labelled data, and that requirement does not disappear as systems become more advanced. What changes is the level of scrutiny applied to how that data is collected, processed, and reviewed, particularly when it involves real-world human behaviour rather than curated datasets.

Smart glasses themselves represent a significant step forward in AI-enabled consumer devices, combining real-time image capture with on-device and cloud-based processing. However, their effectiveness depends on continuous learning, which in turn depends on the availability of human-labelled data.

What Does This Mean For Your Business?

This story illustrates how organisations adopting AI tools may need to look beyond the technology itself and consider the full data lifecycle, including how training data is sourced, handled, and reviewed, particularly where external providers or offshore teams are involved.

For UK businesses, this has clear implications around compliance and accountability, because under UK GDPR and data protection law, responsibility does not disappear when data is passed to a third party, meaning organisations must be confident not only in how systems perform but also in how the underlying data is being processed and by whom.

Reducing risk therefore means ensuring that suppliers and partners meet clear standards not only for technical performance but also for data governance, worker welfare, and transparency, with strong contractual controls, regular audits, and clear oversight of third-party processes becoming essential, especially when sensitive or personal data is involved.

The broader lesson, and what may be surprising to many, is that AI systems are not purely automated but are built on human input at multiple stages, and any weakness in that chain can create reputational, legal, and ethical risk, leaving businesses that properly understand and manage that reality far better placed to use AI responsibly while maintaining trust with customers, regulators, and stakeholders.

Security-in-Tech: Smart Glasses Fuel Rise in Covert Filming Risks

Posted on by Paul Stradling

Smart glasses with built-in cameras are being increasingly misused to secretly record people in public, creating new privacy and security concerns.

Cases reported in the UK, Europe and North America show women being filmed without their knowledge, with footage later posted online and attracting tens of thousands, and in some cases millions, of views. Devices such as Ray-Ban Meta smart glasses can look like ordinary sunglasses, making recording difficult to detect. Although recording indicators exist, guides and accessories to block them are widely available.

Campaign groups including the End Violence Against Women Coalition warn this reflects a predictable misuse of wearable technology, while researchers at the University of Kent caution that increasingly discreet devices reduce public awareness of when monitoring is taking place.

For businesses, the threat highlights the need to manage wearable surveillance risks by restricting smart glasses in sensitive areas, updating staff policies, raising awareness of covert recording, and reviewing physical security where confidential conversations or data could be exposed.

Company Check : Embarrassment As Meta Unveils New AI-Powered Smart Glasses

Posted on by Paul Stradling

Meta has launched a new generation of smart glasses and wearable AI tools, including the first mainstream Ray-Ban smart glasses with an in-lens display and a Neural Band that lets users control digital content with tiny hand gestures.

Zuckerberg Reveals the New Line-Up at Meta Connect

The announcement was made by Meta CEO Mark Zuckerberg during the company’s recent (annual Meta) Connect conference, at Meta’s Menlo Park headquarters in California. In front of a live audience, he introduced three new smart glasses models alongside the debut of the Meta Neural Band, a wrist-worn controller designed to detect electrical signals from the forearm and translate them into digital inputs.

According to Zuckerberg, the technology represents a “huge scientific breakthrough” and forms a key part of Meta’s strategy to embed AI into wearable devices. The new glasses are powered by Meta AI, the company’s voice-activated assistant, and are designed to bring augmented reality (AR) features to everyday eyewear.

Three New Models With Different Uses in Mind

The headline product is the Meta Ray-Ban Display, priced at $799 (£585), which features a colour display embedded into the right lens. This allows users to see WhatsApp messages, view live video calls, and access real-time information such as captions, translations, or walking directions directly in their line of sight. A 12-megapixel front-facing camera enables photos and video recording, and a microphone and speaker system support voice calls and Meta AI commands.

Also announced were the Oakley Meta Vanguard glasses, retailing at $499 (£390), aimed at sports and outdoor users. These include an ultrawide camera, a rugged waterproof design (IP67-rated), and integration with fitness tracking services like Strava and Garmin. Finally, Meta also launched the Ray-Ban Meta (Gen 2) glasses for $379 (£295), which have a more classic design while adding better cameras, extended battery life, and upgraded video features such as slow-motion and hyperlapse recording.

All three models are essentially being positioned as steps towards a more immersive and hands-free computing experience, thereby removing the need for users to constantly check phones or carry separate devices.

The Neural Band (Replacing the Keyboard With Your Hand)

What makes this release particularly notable is the integration of the Meta Neural Band, a wearable bracelet that detects subtle hand gestures using electromyography (EMG). EMG reads the small electrical impulses generated by muscle movement. In Meta’s case, this translates to pinches, taps, swipes, and even drawing letters on the user’s leg or desk to send text messages, no screen or keyboard needed.

The Neural Band allows users to control the glasses without even touching them, thanks to AI models trained to recognise specific gestures and context. For example, swiping a thumb across the index finger can scroll menus, while tapping fingers together can wake or sleep the display. There is also a double-thumb tap gesture to activate Meta AI without saying its wake word.

Meta says the Neural Band will initially only be sold in the US due to the need for in-store wrist fitting. It will roll out to other markets, including the UK, in early 2026.

Meta’s Long-Term AI Hardware Ambitions

This latest release highlights Meta’s growing focus on AI hardware, with Zuckerberg stating earlier this year that the company intends to spend “hundreds of billions” on AI infrastructure and data centres in pursuit of what he calls “personal superintelligence”.

The new glasses are part of a broader strategy to create everyday devices that blend AI with human senses. In a July earnings call, Zuckerberg said he believes smart glasses will become so important that “people who don’t wear them will be at a significant cognitive disadvantage.”

Meta has sold around two million smart glasses since its partnership with Ray-Ban began in 2023, though it does not disclose exact figures. With the addition of display features, Meta is hoping to create a more compelling reason for wider adoption.

What Can They Do?

In terms of functionality, the Ray-Ban Display allows users to view content such as messages, calls, maps, or translations overlaid on the real world. For example, during a walk, the glasses can provide turn-by-turn directions without needing to check a phone. Similarly, when in conversation with someone speaking another language, the glasses can show translated captions live on the lens.

Voice remains a key interface, but Meta now believes combining visual and gesture controls will significantly enhance the user experience. The glasses are powered by Meta’s own large language models, and the company claims performance is improving rapidly with each update.

The Oakley Meta Vanguard model is clearly targeted at fitness and sports users. As such, it can automatically capture moments during activities like cycling or skiing, using sensor data to determine milestones such as speed or altitude reached. Also, after an activity, users can overlay stats from Garmin or Strava onto videos or photos.

Awkward Launch

Despite the ambition, the launch has not been without glitches. For example, during the live demo, Zuckerberg struggled to place a WhatsApp call using the glasses, telling the audience: “I don’t know what to tell you guys. I keep on messing this up.”

There also appears to be some limitations in functionality. For example, at launch, Spotify integration will only support playback controls and track display. Instagram use is limited to Reels and direct messages. Meta says more features will roll out in software updates.

Comfort and accessibility are other factors where there may be some issues. There have been reports that the display works well when viewed through one eye but reading it with both eyes can feel disorientating. Meta says the experience takes some getting used to.

Privacy, Safety and Scrutiny

Not surprisingly, there have been some questions raised about safety, privacy, and the impact on younger users. The glasses include a small LED to alert others when the camera is recording, but critics say more robust protections may be needed.

Also, on the same day as the launch, protests took place outside Meta’s New York headquarters. Campaigners, including parents of children who died by suicide, demanded greater protections for minors across Meta’s platforms, including Facebook, Instagram, and its VR products. Meta denies accusations of negligence, calling them “nonsense.”

Earlier testimony from two former safety researchers accused the company of suppressing internal studies on potential harm to children. While unrelated to the glasses directly, this scrutiny continues to shadow Meta’s broader product ecosystem.

Competition

Meta’s bet on smart glasses puts it in direct competition with other tech giants exploring wearable AI, including Apple and Google. For example, Google previously attempted a heads-up display with Google Glass, which failed to gain traction. It seems Meta is now trying to succeed where others fell short by integrating AI and voice in a more consumer-friendly format.

According to Forrester analyst Mike Proulx, “Unlike VR headsets, glasses are an everyday, non-cumbersome form factor,” but he added that Meta must still “convince the vast majority of people who don’t own AI glasses that the benefits outweigh the cost.”

Meta has already invested around $3.5 billion in eyewear brand EssilorLuxottica, which owns Ray-Ban and Oakley. This suggests a long-term commitment to making smart glasses a central platform for AI integration.

Business adoption also seems to remain a bit of an open question. For example, the hands-free and real-time capabilities of the glasses could appeal to sectors such as logistics, field service, or retail, where instant access to information can improve productivity. However, questions around price, practicality, and security may limit short-term uptake.

What Does This Mean For Your Business?

Practical use cases will likely determine how quickly these devices gain ground, particularly in business settings. In sectors where on-the-go access to visual data and communication tools is critical, such as warehousing, technical services, healthcare, or even frontline retail, Meta’s smart glasses could actually offer a viable alternative to phones or tablets. Being able to receive instructions, translate conversations, or log information using only hand gestures or voice commands could reduce friction, speed up workflows, and create safer, more efficient environments. UK businesses in particular may find opportunities here, especially where hands-free communication or multilingual interaction is valuable.

At the same time, concerns around user privacy, data collection, and digital wellbeing are not going away. The Neural Band introduces a level of biometric input that, while technically impressive, may prompt further debate around consent, surveillance, and data ethics. These are especially sensitive issues for organisations operating in regulated environments, or those managing public-facing staff.

Meta’s heavy investment in AI hardware signals a longer-term ambition to dominate wearable computing, but it also raises the stakes. If the technology fails to deliver clear value or gain mainstream traction, the company could face pressure over its direction and spending. Likewise, businesses considering adoption will need to assess not just functionality, but also durability, support, integration with existing systems, and long-term viability.

The glasses may well become more than a consumer gadget. If Meta can refine the experience, prove the use cases, and address lingering trust issues, the products unveiled this month could mark an early step towards a wider transformation in how people interact with digital tools, and how AI becomes embedded in daily professional life.

News : New AI ‘Always-On’ Smart Glasses With ‘Infinite Memory’

Posted on by Paul Stradling

Two former Harvard students are preparing to launch a pair of ‘always-on’ AI smart glasses that record and transcribe every conversation, which offers wearers an unprecedented digital memory and real-time information, but which also raises concerns about privacy and surveillance.

Who Is Behind the Project?

The device, named Halo X, has been developed by AnhPhu Nguyen and Caine Ardayfio, who left Harvard to pursue the venture. The duo previously made the news when they built a facial recognition app capable of identifying strangers using Meta’s Ray-Ban glasses. That earlier experiment was intended to highlight privacy risks, but their latest work shifts focus to turning wearable AI into a mainstream productivity tool.

Backers

Backed by $1 million in seed funding from US investors, including Pillar VC and Soma Capital, the pair are pitching Halo X as a way to extend human intelligence. They describe the glasses as offering “infinite memory” by capturing and processing every spoken word in real time.

How the Glasses Work

Halo X looks like conventional eyewear, but its frame conceals microphones and a discreet display. Conversations are captured continuously, transcribed by speech recognition software, and then fed through AI systems that provide real-time prompts, reminders, or supporting information via the lens.

The transcription engine is provided by California-based firm Soniox, while reasoning comes from Google’s Gemini model, and internet search is integrated through Perplexity. The company says audio is deleted once transcribed, rather than stored, and stresses that it is working towards stronger compliance and encryption measures to reassure future buyers.

Why ‘Always-On’ Matters

The standout difference is that Halo X does not require activation. For example, unlike Meta’s Ray-Bans or Snap’s Spectacles, which focus on recording photos or short clips, Nguyen and Ardayfio’s glasses are designed to listen continuously. The idea is that conversations should never be missed, whether in meetings, social interactions or chance encounters.

For the founders, this constant operation appears to be a key way to make the product genuinely useful and extra convenient to users. By eliminating the need to press record or take manual notes, they believe the glasses can function as a true cognitive assistant, capturing every word and supplying relevant data instantly.

Used For What?

The potential business applications are wide-ranging. For example, in meetings, the glasses could create a full transcript without a separate note-taker. In sales, staff could receive live prompts about a client’s history or preferences. In medicine or law, professionals could rely on transcripts to support record-keeping.

For companies, the attraction is therefore the ability to document and analyse conversations automatically could save time and improve accuracy. However, the risks are equally apparent. For example, in industries where confidentiality is paramount, the presence of an always-listening device could be problematic, and firms would need to establish strict policies on when and how such glasses could be used.

A Challenge to Established Players

By launching at $249, Halo X is priced far below devices like Apple’s Vision Pro, which retails at over $3,000. While those products emphasise immersive mixed reality, Halo X focuses squarely on augmenting everyday communication. This positions the glasses as less of an entertainment device and more as a professional tool, potentially creating a new niche in the wearables market.

For larger rivals such as Meta, Google and Apple, the arrival of Halo X shows that smaller startups can still push wearable AI in radical directions. Whether consumers accept the “always-on” trade-off remains to be seen, but the glasses represent a more practical, lightweight alternative to bulkier headsets.

Privacy and Security at the Forefront

The design has inevitably raised concerns about privacy. Unlike Meta’s glasses, Halo X does not include a recording light or other visible indicator. While the company insists that audio is deleted after transcription, critics argue that the very act of constant listening could erode expectations of privacy in public or private settings.

In the US, state-level two-party consent laws make it illegal to record a conversation without permission from all participants. In the UK, covert recording in workplaces or client meetings could also breach both legal and ethical standards. For businesses, allowing staff to wear Halo X may therefore carry compliance risks as well as reputational ones.

Practical Limitations

Aside from privacy, technical factors may also determine the glasses’ fate. For example, battery life is one question. Continuous recording and processing could quickly drain power, making it difficult to wear the glasses all day. Comfort and social acceptability are other issues. Google Glass failed partly because wearers faced social backlash, and some analysts suggest the same could happen with Halo X if people feel uncomfortable being around someone whose glasses are always listening.

On the technical front, accuracy in noisy environments remains another test. Speech recognition systems have improved dramatically, but background noise, multiple speakers and varied accents can still reduce reliability. For the glasses to gain traction in professional settings, they will need to deliver consistently accurate transcriptions and responses.

Regulation and Adoption Challenges

It should be noted that, useful features aside, for UK businesses and regulators, Halo X poses some immediate questions. Under the General Data Protection Regulation (GDPR), the recording and processing of personal data requires a lawful basis, and covert capture of conversations could put companies in breach of strict compliance rules. The UK’s Information Commissioner’s Office (ICO) has previously warned firms against deploying surveillance technology without clear justification, and wearable devices such as Halo X may well fall into that category.

Sectors that deal with highly sensitive information, from financial services to healthcare, would face particular scrutiny. Employers would need to weigh the potential productivity benefits against the risk of breaching confidentiality or data protection law. Even if Halo X deletes recordings after transcription, the act of processing still constitutes data handling, meaning it falls under regulatory oversight.

At the same time, adoption patterns are likely to differ by industry. Technology and creative sectors, which often embrace early experimentation, may be more open to trialling the glasses. By contrast, regulated professions such as law and medicine may take a more cautious approach until clearer guidelines are established.

On the competitive side, Halo X enters a market where the biggest technology firms are betting heavily on wearables. Apple’s Vision Pro and Meta’s Ray-Ban glasses emphasise entertainment and communication, while Microsoft continues to back its HoloLens for enterprise. By focusing on continuous transcription and contextual intelligence, Halo X is carving out a different niche, but it remains to be seen whether customers will accept the trade-offs required by an always-on design.

What Does This Mean For Your Business?

For UK businesses, the decision to engage with technology like Halo X will hinge on balancing potential productivity gains against legal, ethical and reputational risks. The glasses could transform how meetings are run and how records are kept, offering speed and convenience that current tools cannot match. Yet the same features that make them useful also create liability. Firms operating in sectors with strict confidentiality obligations may find adoption more of a risk than an opportunity unless stronger safeguards are developed.

For regulators, Halo X represents the next stage in a wider debate over wearable AI. Questions around informed consent, data processing, and acceptable limits on surveillance are not new, but devices that operate constantly and silently bring these issues to the surface in sharper terms. Authorities such as the ICO will almost certainly be pressed to clarify how existing rules apply, and whether new measures may be required.

Competitors and investors will also be watching closely. If Halo X gains traction, larger players may be forced to rethink their own wearables strategies and consider more enterprise-focused designs. If the glasses falter, it will reinforce the view that the public is not ready to accept always-on recording in daily life. Either way, the launch underlines how quickly AI is moving beyond phones and laptops into devices worn on the body, with all the social and commercial consequences that brings.

For individual users, the promise of “infinite memory” is enticing but the trade-offs are stark. To wear Halo X is to invite a layer of surveillance into every interaction, whether or not others consent. That tension between utility and intrusion will decide whether the glasses become an accepted business tool or another ambitious idea that fails to gain social acceptance.

Tech News : Autofocus Glasses Now & Printed Kidneys Soon

Posted on by Paul Stradling

Two European startups have developed groundbreaking tools, including real-time autofocus glasses that adjust to where you look and a bioprinted wound patch for pets that could lead to printable human organs.

Smart Glasses That Adapt As You Look

Finland-based IXI has developed what it claims are the world’s first real-time autofocus prescription glasses. Rather than adding smart features like cameras or displays, the company focuses on correcting vision more naturally.

Founded in 2021 by imaging and optics specialists Niko Eiden and Ville Miettinen, IXI recently raised \$36.5 million in Series A funding. Backers include Amazon’s Alexa Fund and several major European venture firms. The money will support the final development of the company’s first commercial product, IXI Adaptive Eyewear.

How It Works

The system uses a low-power eye-tracking sensor and liquid crystal lenses. When the user shifts focus, the glasses detect eye movement and adjust the lens shape in real-time, typically within 0.2 seconds. The liquid crystals change how they bend light, automatically matching the user’s focal distance.

All the electronics fit within a standard frame, and battery life is expected to last two days, with the lenses reverting to a fixed prescription mode if the power runs out.

Aimed at Replacing Progressive Lenses

IXI has targeted the new glasses at those with presbyopia, which affects the eye’s ability to focus on nearby objects and typically appears from age 40. Whereas traditional progressive lenses have narrow reading zones and peripheral distortion, IXI says its dynamic lens offers full-field clarity without these trade-offs.

The Next Phase In Eyewear Development?

A key part of IXI’s pitch appears to be that dynamic lenses represent the next logical phase in eyewear development, not just an upgrade to existing products. “Whether it’s us or another company, somebody will crack it,” said CEO Niko Eiden. “The step from static to dynamic lenses is a natural evolution.”

Market and Availability

The global eyewear market is currently worth more than $200 billion and growing at 8–9 per cent a year. IXI, therefore, hopes to launch a consumer-level product targeting older professionals and others frustrated with current lens limitations. No pricing or release date has yet been confirmed, though live demonstrations are expected later in 2025.

What Needs to Improve

Despite the obvious advantages of the new lenses, key technical challenges remain. For example, IXI must deliver all-day comfort, eliminate lens haziness, and meet medical-grade optical clarity standards. Transparent electronics, battery miniaturisation and long-term durability are also all active areas of R&D.

There’s also the threat of competitors emerging. For example, French startup Laclarée and Japan’s Elcyo are also working on autofocus eyewear, though neither has launched a product. Tech giants like Meta and Apple are investing in glasses too, yet their focus remains on augmented reality rather than vision correction. IXI is aiming to fill the gap in between.

Bioprinted Patches for Pets Could Lead to Human Organs

Meanwhile, Lithuanian startup Vital3D is tackling tissue regeneration. Its first commercial product, VitalHeal, is a laser-printed wound patch designed for dogs. The patch embeds growth factors and features microscopic pores that allow air circulation while blocking bacteria.

Vital3D says the technology could eventually be used to bioprint transplantable human organs, but that this goal is likely still 10 to 15 years away. The company has deliberately started with simpler applications in veterinary care as a stepping stone towards more complex human use.

Faster Healing, Lower Risk

The patch is designed to seal wounds, maintain pressure, and accelerate healing. Vital3D claims it can reduce recovery time from 10–12 weeks to just 4–6 weeks. Infection rates could fall from 30 per cent to below 10 per cent, and the number of vet visits required may drop significantly.

The retail price is €300 per patch (€150 wholesale). While more expensive than standard dressings, it could cut overall treatment costs by reducing surgery time and complications.

A Technology Platform, Not Just a Patch

Vital3D uses Two-Photon Polymerisation, a high-resolution laser-based printing technique. Its patented FemtoBrush system allows the laser beam to dynamically change shape during printing, enabling both fine detail and larger structural areas in the same build. The system can print features as small as one micron, within a build volume of 50 x 50 x 100 mm.

The company’s long-term goal is to print implantable human kidneys. For now, the priority is building the core platform by addressing major challenges such as creating vascular networks and supporting cell differentiation. Dog trials are scheduled to begin this year in Lithuania and the UK.

Competing Efforts and Future Outlook

Vital3D is one of several companies working on bioprinted tissue, though it is taking a notably commercial route into the market.

Other startups in this space include US-based Trestle Biotherapeutics, which is developing kidney tissue for research and transplantation, and Sweden’s CELLINK, which builds bio-inks and printing systems for soft tissue reconstruction.

It’s worth noting, however, that Vital3D stands out for its commercial-first strategy, using veterinary applications to test and refine the technology before moving to human use. The company is targeting a €76.5 million addressable market for its pet wound patch across the EU and US, with plans to sell 100,000 units by 2028.

What Does This Mean For Your Business?

For UK opticians and eyewear providers, IXI’s autofocus glasses may introduce a new product category with implications for prescriptions, training and aftercare. As consumer expectations shift towards seamless, tech-enabled vision correction, businesses will, therefore, need to adapt quickly.

In healthcare, Vital3D’s approach may offer a model for phased innovation. For example, by starting with pets and progressing gradually towards human treatment, the company reduces clinical risk while building regulatory and commercial experience. This could be especially relevant for UK medtech startups navigating approval pathways for advanced therapeutic devices.

Both companies face significant hurdles around manufacturing, regulation and market adoption. However, their step-by-step focus on solving practical problems, rather than pushing hype, suggests a more sustainable route to impact. Whether in optometry or regenerative medicine, UK stakeholders may find that these technologies offer useful templates for how to bring complex ideas to market with real-world application in mind.