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A New Hardware Revolution Is Taking Shape
The technology industry has spent years asking what comes after the smartphone. Foldable phones, artificial intelligence, spatial computing, and wearable devices have all been presented as possible answers, but one category is increasingly attracting serious attention: smart glasses.
That future was a major focus of a recent episode of 9to5Mac Overtime, where Even Realities CEO Will Wang discussed his experience with Apple, the changing geography of hardware innovation, China’s role in global manufacturing, Apple’s supply chain, privacy concerns surrounding wearable technology, and the company’s vision for the Even Realities G2 smart glasses.
The conversation offers a fascinating look at an industry that is still in its early stages. Smart glasses are no longer simply experimental gadgets designed to demonstrate augmented reality. Companies are increasingly trying to make them practical, discreet, lightweight, and useful enough to become part of everyday life.
And that raises a much bigger question: could glasses eventually become the next major personal-computing platform?
From Apple Experience to a New Hardware Philosophy
Will Wang brings an unusual perspective to that question because his background connects the traditional Silicon Valley hardware world with the rapidly evolving technology ecosystem in China.
His experience with Apple gives him insight into one of the most influential hardware companies ever created. Apple helped establish a model in which industrial design, software, supply-chain management, silicon, manufacturing, and user experience are treated as parts of one carefully controlled system.
But
The center of hardware innovation is no longer as concentrated in Silicon Valley as it once was.
Silicon Valley Is No Longer the Only Hardware Capital
For decades, Silicon Valley was synonymous with technological innovation.
The region produced many of the companies that defined the modern computing era, from personal computers and smartphones to cloud platforms and software ecosystems. Yet hardware development has always depended on something different from software.
Building physical products requires factories, specialized suppliers, manufacturing expertise, component ecosystems, logistics networks, testing facilities, and enormous amounts of engineering knowledge.
Much of that infrastructure developed in Asia.
China, Taiwan, South Korea, Japan, and other parts of Asia have become central to the global electronics industry. As a result, the people building the next generation of hardware increasingly need to operate close to these ecosystems.
China’s Role in the Hardware Supply Chain
China’s importance to consumer electronics manufacturing is difficult to ignore.
Even when a product is designed in the United States or another Western market, its components may come from suppliers across Asia before the final product reaches consumers.
Smart glasses make this particularly important.
A pair of intelligent glasses may contain miniature cameras, microphones, speakers, processors, batteries, wireless components, sensors, specialized optical elements, frames, and custom mechanical parts.
Getting all of those components to work together inside something that is supposed to resemble ordinary eyewear is an enormous engineering challenge.
Why Smart Glasses Are Harder Than They Look
At first glance, smart glasses appear deceptively simple.
A smartphone can contain a large battery, multiple cameras, a substantial processor, a relatively large display, and a powerful cooling system. Glasses cannot.
Every gram matters.
Every millimeter matters.
Battery capacity is severely constrained. Heat becomes a much more noticeable problem. Components must be miniaturized without sacrificing reliability. Cameras and microphones have to fit into a socially acceptable design.
The result is a completely different hardware engineering problem.
The Even Realities G2 Enters a Competitive Market
Even Realities is attempting to approach smart glasses from a more understated direction with the Even Realities G2.
Instead of treating smart glasses as futuristic headsets that constantly dominate the user’s field of view, the company’s philosophy is centered around making technology feel more natural.
That distinction could prove extremely important.
Consumers have repeatedly shown that they do not necessarily want technology that demands their attention every second. The smartphone already consumes enormous amounts of attention.
The next generation of wearable technology may succeed precisely because it requires less attention.
The Case for Invisible Technology
One of the most interesting ideas behind smart glasses is the concept of technology becoming less visible.
A smartphone is something you physically take out of your pocket.
A smartwatch requires you to look down at your wrist.
A headset covers part of your face and can isolate you from your surroundings.
Glasses can potentially deliver information while allowing the user to continue interacting with the physical world.
That makes them fundamentally different.
The ideal smart glasses experience may not feel like using a computer at all.
It may simply feel like receiving information when you need it.
The Smartphone Problem
The smartphone has become incredibly powerful, but it also has a fundamental limitation: you have to look at it.
That sounds trivial, but it changes how humans interact with technology.
Checking a notification interrupts a conversation.
Looking up directions interrupts your attention.
Reading a message while walking can disconnect you from your surroundings.
Smart glasses could theoretically move some of those interactions into the background.
Instead of pulling out a phone, a user might receive a subtle piece of information directly through the glasses.
Privacy Is the Biggest Challenge
But there is another side to this future, and it is much more complicated.
Smart glasses can potentially see and hear the world around their wearer.
That immediately creates privacy concerns.
A camera on a smartphone is usually pointed deliberately at something. A camera embedded in glasses could potentially be pointed at people continuously without them realizing it.
That creates an entirely different social dynamic.
The industry therefore has to solve not only a technical problem but also a cultural one.
When Technology Can See Everything
Imagine entering a restaurant while wearing smart glasses that can identify objects, recognize signs, translate text, summarize conversations, or provide contextual information.
From the
From everyone
Who is being recorded?
Where is the information going?
Is the data stored locally?
Is it being processed in the cloud?
Can companies identify people in the
Can governments or third parties access the information?
These questions will become increasingly important as smart glasses become more capable.
Privacy Could Determine Which Glasses Win
The winning smart-glasses company may not necessarily be the company with the most powerful artificial intelligence.
It could be the company that makes people feel safest.
That means privacy could become part of product design rather than simply a legal requirement.
Visible recording indicators, local processing, transparent data policies, user controls, and clear social signals may become essential features.
In other words, trust could become a hardware specification.
The Social Acceptance Problem
There is another obstacle that technology companies cannot solve simply by improving processors.
People have to be comfortable wearing smart glasses around other people.
This is different from wearing a smartwatch.
A smartwatch mostly affects the wearer.
Smart glasses can affect everyone around the wearer.
That means design becomes extremely important.
The closer smart glasses look to ordinary eyewear, the easier they may be for consumers to adopt.
Why Normal-Looking Glasses Could Win
The most successful smart glasses might not look futuristic at all.
That could be the opposite of what many technology enthusiasts expect.
Instead of glowing lenses, oversized frames, or obvious electronic components, the ideal product could look like a premium pair of everyday glasses.
The technology would disappear into the design.
That is arguably one of the strongest lessons from Apple’s hardware philosophy: the best technology often hides its complexity behind a simple user experience.
Apple’s Hardware Influence
Apple’s influence on this market is difficult to overlook.
The company has spent decades demonstrating that hardware is not simply about specifications.
Materials matter.
Weight matters.
Industrial design matters.
Software integration matters.
The relationship between hardware and manufacturing matters.
A smart-glasses company that wants mainstream adoption has to solve all of these problems simultaneously.
Why Supply Chains Matter More Than Ever
The global supply chain is another major part of this story.
Smart glasses require highly specialized components, and the companies capable of producing those components at scale are concentrated in relatively few locations.
That creates both an advantage and a vulnerability.
Manufacturers can benefit from dense supplier ecosystems, skilled labor, established logistics, and rapid prototyping.
But geopolitical tensions, export restrictions, trade disputes, transportation disruptions, and component shortages can all affect the ability to manufacture products reliably.
The Hardware Industry Is Becoming More Global
The old idea of a technology company being simply “American,” “Chinese,” “Korean,” or “Japanese” is increasingly inadequate.
Modern consumer electronics are global systems.
A product might be conceived in one country, designed by engineers across several countries, use chips produced elsewhere, depend on optical components from another region, and be assembled in China or another manufacturing center.
Smart glasses represent perhaps one of the clearest examples of this interconnected model.
Artificial Intelligence Changes the Equation
AI could be the technology that finally makes smart glasses useful enough for mainstream consumers.
Without AI, smart glasses risk becoming little more than wearable accessories.
With AI, they can become contextual assistants.
The glasses could potentially understand what the user is looking at, interpret speech, translate languages, summarize information, answer questions, provide directions, and interact with other devices.
That transforms the concept from “glasses with electronics” into “a computer that happens to be worn on your face.”
Context Is the Real Advantage
The most powerful feature of smart glasses may ultimately be context.
Your glasses already know what direction you are facing.
They can potentially see what you see.
They are physically attached to you.
They can potentially hear what you hear.
When combined with AI, those capabilities could create an assistant with significantly more contextual information than a conventional chatbot on a smartphone.
That is where the technology becomes genuinely transformative.
The Risk of Too Much Intelligence
However, there is a danger in giving wearable devices too much intelligence.
A technology that understands everything around you could become intrusive.
Constant notifications could make glasses another source of digital distraction.
AI-generated information could also be wrong.
If a user relies on glasses for navigation, translation, identification, or important decisions, errors could have real-world consequences.
The
It is to make AI appropriately restrained.
Smart Glasses Need to Know When to Stay Silent
One of the most underrated aspects of wearable technology is knowing when not to interact.
If smart glasses interrupt users constantly, people will stop wearing them.
The technology needs to understand priority.
A navigation instruction might be useful while walking.
A promotional notification probably is not.
A translation could be essential during an international conversation.
A random social-media alert can wait.
The smartest wearable may ultimately be the one that speaks the least.
The Next Platform War May Be Happening on Your Face
The competition in smart glasses is becoming increasingly strategic.
Technology companies are not simply developing another accessory.
They are potentially competing for control of the next computing interface.
The smartphone era was defined by touchscreens.
The PC era was defined by keyboards and mice.
The next era could be defined by voice, vision, AI, gestures, and wearable displays.
If that happens, the company controlling the glasses platform could gain enormous influence over how people interact with digital information.
Why the Industry Cannot Repeat the Smartphone Playbook
There is a temptation to assume smart glasses will follow the same path as smartphones.
That is unlikely.
Smartphones became successful because they solved a clear problem: they combined communication, computing, cameras, navigation, entertainment, and internet access into one portable device.
Smart glasses must solve a different problem.
They must justify being worn continuously.
That is a much higher bar.
Battery Life Could Become a Major Battleground
Battery technology may be one of the biggest limitations.
Consumers expect their phones to last through the day, but glasses have dramatically less physical space available for batteries.
The industry therefore needs improvements in processor efficiency, display technology, wireless communication, AI processing, and power management.
Every improvement matters.
A few additional hours of battery life could significantly change whether consumers see smart glasses as practical or frustrating.
The Importance of Lightweight Design
Weight is equally important.
A smartphone can weigh hundreds of grams because it is held in a hand or carried in a pocket.
Glasses sit on the
A small increase in weight can become noticeable after several hours.
That makes miniaturization one of the most important engineering challenges facing the category.
The G2 Represents a Different Philosophy
The Even Realities G2 is particularly interesting because it reflects the broader movement toward less intrusive wearable computing.
Rather than attempting to turn glasses into a miniature television, the concept focuses on making digital information available without completely replacing the physical environment.
That philosophy may ultimately prove more practical than the early vision of enormous augmented-reality headsets.
The Battle Between Augmented Reality and Ambient Computing
The future of glasses may not be about filling the user’s vision with digital objects.
Instead, it may be about ambient computing.
Information appears only when needed.
AI remains available without demanding constant interaction.
The physical world remains the primary interface.
This could make wearable computing feel less like entering a virtual world and more like adding a digital layer to reality.
Why This Matters for Apple
Apple has already demonstrated that it is interested in spatial computing through Vision Pro and its broader work in wearable technology.
But glasses represent a different opportunity.
A headset is something people intentionally put on for a specific experience.
Glasses could potentially be worn from morning until night.
That difference makes lightweight smart glasses strategically significant.
If Apple eventually produces a truly mainstream pair of AI-powered glasses, it could become one of the company’s most important new product categories.
Apple’s Biggest Advantage May Be Ecosystem Integration
Apple does not necessarily need to invent every component itself to succeed.
Its greatest advantage could be integration.
Imagine glasses that communicate seamlessly with an iPhone, Apple Watch, AirPods, Mac, and cloud services.
The glasses could become another interface for an ecosystem users already understand.
That could dramatically lower the adoption barrier.
But Smaller Companies Have an Opportunity
The rise of companies such as Even Realities shows why the smart-glasses market remains interesting.
Smaller companies can experiment with form factors and user experiences without being constrained by the expectations surrounding enormous established ecosystems.
They can also identify specific use cases that larger companies might overlook.
That experimentation is essential during the early stages of a new platform.
The Future May Belong to Specialized Devices
The technology industry spent years consolidating functionality into smartphones.
The next stage could reverse that trend.
Instead of one device doing everything, consumers may use several devices that each specialize in a particular type of interaction.
Phones could remain the central computing hub.
Watches could handle health and quick interactions.
Earbuds could handle audio.
Glasses could handle visual information and contextual AI.
The devices would work together rather than compete directly.
Deep Analysis: The Hidden Meaning Behind the Smart-Glasses Revolution
Command: Follow the Hardware
The first major lesson from
Software can be developed almost anywhere with a computer and an internet connection.
Hardware cannot.
Factories, component suppliers, testing laboratories, specialized engineers, and manufacturing partners matter enormously.
Command: Watch China’s Position
China’s role in electronics manufacturing means companies developing physical products need to understand the Chinese supply chain.
Even companies headquartered elsewhere can remain deeply connected to Chinese manufacturing and supplier networks.
This makes geopolitics an increasingly important part of technology strategy.
Command: Study Apple’s Playbook
Apple’s history provides a useful blueprint.
The
Smart-glasses companies will need similar coordination.
Command: Treat Privacy as Hardware
Privacy cannot remain a software afterthought.
If cameras and microphones are embedded in eyewear, the physical design itself needs to communicate whether those sensors are active.
Consumers need confidence that they are not unknowingly creating a surveillance device.
Command: Prioritize Human Behavior
Technology companies often begin with what a device can do.
Smart glasses should begin with what people actually want to do.
The question is not whether glasses can recognize objects.
The question is whether people want them to.
Command: Reduce Friction
The best wearable technology should require almost no effort.
If users constantly need to configure settings, manage applications, charge the device, or troubleshoot connections, adoption will suffer.
Smart glasses need to feel effortless.
Command: Make AI Invisible
The most successful AI assistant may not constantly announce itself.
It should operate quietly in the background.
The user should receive assistance when it is relevant and experience silence when it is not.
That is a much more sophisticated form of AI interaction.
Command: Watch Battery Technology
Battery efficiency could determine how quickly smart glasses become mainstream.
A device that lasts only a few hours may remain a niche product.
A device that lasts an entire day could become dramatically more compelling.
Command: Watch Optical Technology
Displays and optics are another critical battleground.
The challenge is creating useful information without making the glasses bulky, heavy, expensive, or visually distracting.
Any company that solves this elegantly will have a major advantage.
Command: Measure Social Acceptance
Technical specifications will not tell the entire story.
People must be comfortable seeing someone wearing smart glasses in public.
The category will succeed only when the glasses stop looking unusual.
Command: Follow the AI Ecosystem
AI will increasingly determine what smart glasses can do.
The stronger the AI models become, the more useful the glasses can potentially become.
But AI capabilities also increase privacy risks.
More intelligence means more processing of personal and environmental information.
Command: Watch the Smartphone Relationship
Smart glasses are unlikely to immediately replace smartphones.
The more realistic scenario is that they become companions.
The phone may provide connectivity and heavy computing while the glasses provide a natural interface.
Over time, however, the balance could shift.
Command: Understand the Platform Opportunity
The company that controls the operating system for smart glasses could gain significant strategic power.
App stores, AI assistants, developer ecosystems, cloud services, advertising, subscriptions, and hardware could all become part of the platform.
This is why Apple, Meta, Google, and emerging hardware companies have strong incentives to compete in this market.
Command: Do Not Underestimate Design
Smart glasses must look good.
That sounds superficial, but it is actually central to adoption.
People wear glasses on their faces.
Unlike a smartphone, they cannot hide them inside a pocket.
Fashion and technology therefore become inseparable.
Command: Expect Many Failed Products
The early years of a new hardware category are rarely smooth.
There will probably be products that are too expensive, too heavy, too limited, too intrusive, or simply unnecessary.
That is normal.
The failures will help the industry discover what consumers actually value.
Command: Focus on Everyday Use
The breakthrough will probably come from boring tasks rather than spectacular demonstrations.
Navigation.
Translation.
Reminders.
Messages.
Quick information.
Accessibility.
Hands-free assistance.
These are the kinds of features that can turn a novelty into a daily habit.
Command: Think Beyond Augmented Reality
Smart glasses do not necessarily need elaborate 3D graphics to be revolutionary.
A small amount of information delivered at exactly the right moment can be more valuable than an entire virtual environment.
That is why ambient computing deserves as much attention as augmented reality.
Command: Consider Accessibility
Smart glasses could also become extremely valuable for accessibility.
Real-time transcription, translation, navigation assistance, object recognition, and contextual descriptions could help people interact with their surroundings in new ways.
This could become one of the strongest arguments for the technology.
Command: Watch Cost
Price will determine whether smart glasses remain an enthusiast product or become mainstream.
Premium components are expensive.
Miniaturization is expensive.
AI services can be expensive.
Manufacturing sophisticated eyewear at scale will be difficult.
Companies therefore need to balance advanced capabilities against consumer expectations.
Command: Expect Ecosystem Lock-In
Once people begin depending on a particular AI assistant, cloud service, or wearable platform, switching could become difficult.
This means smart glasses could eventually become another major source of ecosystem loyalty.
Command: Follow the Data
The most valuable resource generated by smart glasses may not be the hardware itself.
It could be the contextual data.
What users see, hear, ask, and interact with could potentially reveal extraordinary amounts of information.
That makes data governance one of the defining issues of the category.
Command: Protect the Human Element
The greatest danger is building technology that becomes too powerful and too invasive.
The goal should not be to make people constantly connected.
The goal should be to make technology useful without making it overwhelming.
That distinction could determine whether smart glasses become beloved or rejected.
Command: Think Long Term
Smart glasses are still early.
The current products should be viewed as experiments in a much larger technological transition.
The devices consumers buy today may look primitive compared with what becomes possible five or ten years from now.
What Undercode Say:
The Real Revolution Is Not the Glasses
The most important takeaway from Will
Silicon Valley’s Hardware Monopoly Is Fading
The old model in which Silicon Valley was the unquestioned center of hardware innovation no longer reflects the global technology industry.
Manufacturing Is Innovation
Modern hardware innovation depends heavily on manufacturing expertise, supplier relationships, and rapid iteration.
China Remains Strategically Important
Regardless of geopolitical tensions,
Smart Glasses Need a Different Strategy
The next successful glasses will not necessarily be the most technologically complicated.
They may be the ones that solve a small number of important problems exceptionally well.
Privacy Is the Category’s Biggest Test
Consumers may tolerate cameras on phones because they understand when they are using them.
Smart glasses blur that boundary.
Trust Could Become the Killer Feature
A company that can convince users and bystanders that its glasses respect privacy could gain a major advantage.
AI Makes Glasses More Valuable
Artificial intelligence gives glasses a reason to exist beyond simple notifications.
Context Is the Superpower
The ability to understand what the user is seeing and hearing could make glasses dramatically more useful than conventional interfaces.
The Smartphone Is Not Going Away Overnight
Even if smart glasses succeed, smartphones will probably remain essential for years.
The Future Could Be Multi-Device
The more likely future is a collection of connected devices that share computing responsibilities.
Design Will Determine Adoption
If smart glasses look strange, consumers may avoid them regardless of their technical capabilities.
Weight Matters
A device worn on the face has almost no tolerance for unnecessary weight.
Battery Life Matters
A beautiful pair of glasses that constantly needs charging will struggle to become a daily product.
AI Needs Restraint
More AI does not automatically mean a better user experience.
Silence Is a Feature
A wearable assistant should know when to stop talking.
Apple Has an Important Opportunity
Apple’s ecosystem could give it a major advantage if the company eventually enters mainstream AI-powered glasses.
Smaller Companies Can Still Innovate
Companies like Even Realities have room to experiment with new approaches while the category remains immature.
The Market Is Still Open
No single company has definitively established the equivalent of the iPhone for smart glasses.
The First Winners May Not Be Obvious
Today’s leading companies may not necessarily dominate the category in five years.
Hardware and Software Are Converging
Smart glasses demonstrate how physical design, AI, operating systems, cloud services, and manufacturing are becoming one connected problem.
The Supply Chain Will Matter
Companies that control or secure critical component relationships will have an important advantage.
Privacy Regulation Will Increase
As wearable cameras become more common, governments and regulators are likely to pay closer attention.
Social Norms Will Evolve Slowly
Consumers need time to understand what is acceptable when people around them are wearing intelligent cameras.
The Most Useful Features May Be Simple
Translation, navigation, reminders, and quick information could become more important than flashy augmented-reality effects.
Accessibility Could Be Transformative
Smart glasses have the potential to assist users who face challenges with hearing, vision, communication, or navigation.
AI Could Make Glasses the New Interface
Instead of tapping applications, users may increasingly communicate naturally with intelligent systems.
The Face Could Become the Next Computing Surface
The smartphone put computers in our hands.
Smart glasses could put computing directly into our field of view.
But That Future Is Not Guaranteed
Consumers have rejected many ambitious wearable concepts before.
Convenience must outweigh discomfort, cost, privacy concerns, and social awkwardness.
The Winner Will Understand Humans
Technical superiority alone will not guarantee success.
The company that understands human behavior could ultimately win.
Even Realities Is Part of a Larger Experiment
The G2 is important not because it proves that smart glasses have already won, but because it demonstrates how the category is evolving.
The Industry Is Moving Toward Ambient Computing
Technology is gradually moving from devices we actively operate toward systems that assist us in the background.
This Could Be the Beginning of a Major Transition
If smart glasses become lightweight, affordable, private, reliable, and genuinely useful, they could eventually become one of the most important computing platforms of the next decade.
✅ Confirmed: Smart Glasses Are Becoming a Serious Computing Category
Smart glasses are no longer merely experimental concepts; major technology companies and specialized startups are actively developing wearable computing products, although mainstream adoption remains uncertain.
✅ Confirmed: China Is Central to Global Hardware Manufacturing
China remains a major part of the global electronics manufacturing ecosystem, while other Asian economies also play crucial roles in components, semiconductors, displays, optics, and assembly.
⚠️ Partly Confirmed: Silicon Valley Is No Longer the Sole Center of Hardware Innovation
The statement is best understood as an industry observation rather than an absolute fact. Silicon Valley remains extremely important, but hardware development has become increasingly global and deeply connected to Asian manufacturing ecosystems.
Prediction
(+1) Smart Glasses Will Become More Useful Over the Next Five Years
The combination of smaller components, better batteries, improved optics, and increasingly capable AI models should make smart glasses considerably more practical.
(+1) AI Will Become the Main Reason People Buy Them
The biggest transformation will likely come from AI assistants that can understand speech, context, surroundings, and user intent.
(+1) Privacy Will Become a Competitive Advantage
Companies that provide convincing privacy protections may outperform competitors that focus exclusively on AI features.
(+1) Apple Will Eventually Take the Category Seriously
Apple’s history with wearables and its ecosystem make a future expansion into lightweight smart glasses strategically logical, even though the timing and exact product strategy remain uncertain.
(+1) Glasses Will Complement Smartphones Before Replacing Them
For the foreseeable future, smart glasses are more likely to function as an additional interface than as a complete replacement for smartphones.
(-1) Most Early Smart-Glasses Products Will Remain Niche
High prices, battery limitations, privacy concerns, and social acceptance will continue to restrict mass adoption in the short term.
(+1) The Winning Design Will Probably Look Ordinary
The most successful smart glasses may ultimately resemble premium conventional eyewear rather than futuristic headsets.
(+1) Ambient Computing Will Grow
The long-term trend is likely to move technology away from constant screen interaction and toward computing that works quietly around the user.
(+1) The Biggest Breakthrough May Come From AI, Not Displays
Advanced AI can make relatively simple hardware dramatically more useful. The software intelligence layer could therefore become the defining factor in the next generation of smart glasses.
(-1) Privacy Controversies Will Continue
As glasses become more capable of seeing and hearing the environment, public concerns about surveillance, consent, and data collection are likely to intensify.
The Bigger Picture: The Future May Be Wearing Us
A New Relationship With Technology
For decades, humans have adapted themselves to computers.
We sit in front of screens.
We hold smartphones.
We tap keyboards.
We look down at watches.
Smart glasses propose something fundamentally different: technology adapting to us.
The End of the Constantly Held Screen
If the technology succeeds, the next major computing revolution may not be another screen.
It may be the disappearance of the screen as the primary interface.
Instead of opening an app, you could ask a question.
Instead of searching for a translation, you could simply look at a sign.
Instead of checking a map, you could receive discreet directions.
Instead of stopping what you are doing to interact with technology, technology could become part of the environment around you.
The Real Test Is Human Acceptance
Ultimately, none of this matters if people do not want to wear the devices.
That is why the conversation around Even Realities, Apple, manufacturing, AI, and privacy is bigger than one product.
The industry is trying to solve one of the most difficult problems in consumer technology: how do you make powerful computing disappear into everyday life?
If companies succeed, smart glasses could become far more than another wearable.
They could become the interface between humans and artificial intelligence.
And if that happens, the smartphone era may not end with a single dramatic replacement.
It may simply fade away, one glance at a time.
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