Tech Giants Envision Future Beyond Smartphones [2026 updated]

Over the years, the Tech Giants Envision Future have been fantasizing about how they can go beyond the smartphone. Phones continue to dominate the present, but they have obvious shortcomings in the form of small screens, pocket charging, and a single-touch interface. The question is, what will come after smartphones in 2025, being posed both by consumers and companies. A combination of experience and new gadgets appears to be the solution in 2026 and further. These are smart glasses, augmented reality tools, wearables, ambient AI assistants, and mixed-reality headsets, the next generation of personal devices. Multibillionaires such as Apple, Google, Meta, Samsung and Microsoft are already putting their money into this view of a post-smartphone future.

The basic concept is the following: think of technology that becomes unnoticeable. Wrist or glasses voice assistants. The living room has holographic screens rather than a phone. Artificial intelligence that anticipates your demands. These are ambient computing and AI-powered assistant ideas that are coming to the fore. Concisely, the future of smartphones could be the technology of the wearable or live smart phones, but not the hold. This paper will take you through the trends, examples and ideas of what actually comes next. We will examine smart glasses, spatial computing, wearables, and others – step by step.

Why We Need More Than Smartphones

Smartphones of today are extremely powerful, nonetheless, there are disadvantages. They require your hands and eyes so much. May feel like being alone all people are staring at a screen. They are able to take your mind off the real world. There are others who already experience screen fatigue or privacy concerns with spy cameras and spy microphones.

• Small Screen & Hands: You are tapping and swiping on a piece of glass. It is not very natural in all tasks. To cite an example, you cannot simply walk without checking the screen and get directions.
  
• Battery & Charging: Individuals desire devices with permanent on-demand. A phone must be charged on a daily basis. Just envision devices which can survive through the day without charging.
  
• Attention & Social: It is disrespectful to look at the phone during dinner or even in meetings. Technology is not supposed to distract you, but to keep you in touch with your friends.

These issues are perceived by companies. The sales of Smartphones remain enormous more than 1.5 billion shipments in 2025, with the growth decelerating. It has been found that the smartphone market will experience saturation and difficulties by 2026. That is the reason that an improvement of the phone a little bit might not make users excited. Rather, technological giants see new types of devices. To them, the post smartphone technology trends consist of wearables, AR glasses, and voice AI, which they may wear or live with, not hold.

As an example, Meta invested more than 50 billion in its AR/VR lab, Apple invested billions in spatial computing, and Google spent money on AI and augmented reality. Big tech has made wagers in the AR glasses and AI companions, and new interfaces totaling more than 150 billion dollars. There is even one analysis that the opportunity in the future, in post-smartphone tech, is a $3 trillion opportunity. That is, they are not merely tinkering: they feel that there will be a transition to a post-smartphone world, in which devices will read our minds and provide information to us without us holding the phone in our hands.

Augmented Reality Devices and Smart Glasses

One of these concepts is to cover the phone screen with a crystal display or a camera. Think of smart glasses which superimpose the information on your reality. These are the augmented reality devices everybody is discussing. One was the Ray-Ban smart glasses the Ray-Ban Meta by Meta. They resemble an ordinary pair of sunglasses, yet they contain a camera and a small speaker. People are curious because more than 1 million of these Ray-Ban Meta glasses were sold by Meta in 2024. In 2025, it was announced by Meta that Ray-Ban Display glasses would be offered again in a new model with a mini head-up display and an EMG wristband as controls.

Real Examples:

• Meta Ray-Ban Display: These glasses were launched in Sept 2025 by Meta. The lens has a full color, high-res display that only turns on when required. Glasses are linked to a small EMG wristband strapped on the forearm, which allows you to scroll or make a choice on your wrist, which responds to delicate finger gestures. According to Zuckerberg, this allows you to access information, messages, translations, and Meta AI help without having to pull out your phone. They will be sold at a price of $799 and this indicates that Meta believes that people will spend on this new category.
  
• Apple Smart Glasses rumored: Smart glasses have always been associated with Apple. According to analysts, Apple’s lightweight AR glasses are still years off the shelf. According to the initial gossip, the first pair of glasses offered by Apple may not include a complete holographic display. Rather, they would resemble extremely intelligent Ray-Bans: fashionable glasses with cameras, speakers and an artificial intelligence helper Siri installed. They would be compatible with your iPhone as an Apple Watch to capture data. A Few Experts reported, these glasses would have features of taking photographs, translating things live, explaining what is around you, and many more, without a huge visor attached. The compromise is that they will not do full AR. Nevertheless, they could also limit phone use since you can glance at information while wearing the glasses, even though they are smart glass frames.

Glasses of augmented reality are in various phases. Meta already has prototypes codenamed Orion featuring large see-through displays. Apple has concept sketches. Google made an attempt to make Google Glass several years ago it did not succeed among consumers. Yet now, Google and Samsung collaborate on new AR glasses. Later in 2025, Samsung even demonstrated its prototype of the AR glasses, which ran Android XR, an AR/VR platform by Google. It is estimated that Samsung & Google are targeting to ship these in 2026.

The question of whether smart glasses will substitute smartphones or not is a scorching issue. Some experts argue yes. In IEEE Spectrum, AR pioneer Louis Rosenberg says: five years down the line, he believes people will use immersive AI-powered glasses as the primary mobile device, not a smartphone. In this vision, glasses offer what phones calls, chat, email and more can do but leave your hands free. AI glasses would have been able to translate things when you are on the move and display maps on the road and allow you to see notifications without even having to look at them.

Yet others complain of difficulties. Even initial smart glass experiments were not very comfortable or easy on the eyes. Others are uncomfortable with visible technology (Google Glass days used the word glassholes to describe such people). Currently, the AR glasses are either large or very expensive (keep in mind that the Orion prototype by Meta costs around 10000.00 to make). Life of the battery is an issue, as well – big batteries are difficult to fit in the frames. Thus, AR glasses will increase, but initially, they might be an addition, but not a replacement for a phone. They should be viewed in the short term as a new wearable companion and not a phone killer.

Key Features (Potential): Smart glasses would provide:

• Heads-up display: Display the directions, notification or video on the screen.
  
• AI integration: Voice control + eye contact + gesture controls made with the help of such assistants as Siri, Google AI, and Meta AI.
  
• Hands-free camera: Photo/video/ always-ready or visual search point at the plant and identify it.
  
• Real-world overlays: AR games or x-ray vision information such as reviews of products when you are at a store.

Mixed reality talks much about smart glasses and other AR devices. They fix numerous issues of phones yet introduce new ones. Still, we see clear momentum. Nreal, currently Xreal, is a consumer-sold lightweight AR glasses, and AR headsets are sold to companies, such as Magic Leap. The developer kit Orion of Meta may not make it to ship, but the concepts will be trickled down to actual products. The Vision Pro by Apple, which is in fact an AR/VR headset, demonstrates that Apple is currently referring to such equipment as a spatial computer. All this informs us that we are about to have smart glasses.

Mixed Reality Headsets (VR and AR)

Alongside glasses, there exists a type of headset which places or completely immerses you into online content. These are mixed reality headsets that encompass virtual reality (VR) and augmented reality (AR) headsets. They are heavy as compared to glasses but provide more experience. These are being pushed by major players.

• Apple Vision Pro (Spatial Computing): At the beginning of 2024, Apple released Vision Pro a headset at a price of $3,499. Apple refers to it as the first spatial computer. It exclusively conceals your eyes with nothing but digital content that you see or can display AR overlays. It contains super high resolution displays and hand tracking. Vision Pro is targeted at a television set, office display, 3-D games or movies. First impressions indicate that it is strong and highly costly, the daily usage can lead to eye pressure. In Jan 2024, Apple sold what appeared to be 200,000 Vision Pros primarily to developers and enthusiasts. That is a small slice of phone sales, but it is indicative that it is of interest. Spatial computing is also being introduced by Vision Pro, Apple claims that we can now manoeuvre applications such as 3D objects in space.
  
• Meta Quest (VR): The Oculus/Quest product line by Meta has already sold to millions of households. In 2020, Quest 2, a VR headset priced between $300-400, allegedly sold more than 20 million units. It is a complete VR experience (a real world of the virtual world opens around you). These are primarily gaming and social VR. Meta also offered the higher-end Quest Pro at $1500, though in 2024, it replaced it with Quest 3. Quest 3 introduces mixed reality you are able to see your real room and have digital objects on top. Gamers and companies are attracted to use these headsets, yet they are still niche to phones. Actually, one of the reports has found that the global VR market declined in 2024. That probably does not imply that casual consumers are falling all over themselves to purchase VR at the moment.
  
• Microsoft HoloLens: It is an enterprise construction, design, and medical training AR headset. HoloLens 2 (2019) allows wearers to view holograms on their desktops. It is costly and targets businesses. Another project that Microsoft is undertaking is the creation of new mixed reality devices that have holographic displays in offices. These demonstrate that in addition to phones, it was possible to work with mid-air tablets rather than screens.

Mixed reality headsets provide a glimpse of a different future. Imagine you got on a smooth visor and had several 3D screens immediately surrounding you. Meetings in the workplace are made holographic. Our learning and playing may become different. These headsets assist the spatial computing device 2025 to go on-demand. Note: however, they are currently largely still developer, gamers, or industry. A more knowledgeable consumer will not wear a large headset in the street in the near future.

Wearable Technology Future

You do not put all new things on your head. Body wearables are also on the rise. Imagine smartwatches, fitness bracelets, even smart rings, and even implantable. Such devices are already in our lives, Apple Watch, Fitbit, Oura ring and will become even smarter.

• Smartwatches and Fitness Trackers: Apple Watch and the other smartwatches allow you to receive messages, count steps, monitor health, and all on your wrist. They began as phone companions, but some are now able to work on their own cellular. The market is massive: it was 33.6 billion in 2024 and is projected to grow almost three times by 2032. This expansion indicates that people are fond of wrist wearables. New watches contain blood oxygen, ECG, fall detection, and even temperature sensors. They will know whether you are fit or need to work out.
  
• Smart Rings and Clothing: On top of wrists, there are smart rings for sleep tracking, contactless payments and smart clothes with heart-rate reading shirts, charging jackets. Your clothes in the future would be full of sensors and displays. One such example is a jacket that displays notifications by changing patterns or glasses with an in-built health sensor built into them.
  
• Wearable Cameras and Earbuds: Meta has Ray-Ban glasses and Google has the Spectacles glasses with cameras attached, which demonstrate that cameras can be put on. Earbuds are also becoming bigger than audio. Imagine bone-conduction headphones, which will also track your heart rate or even put images on such as Bose Frames with small AR screens.

In each of them, wearable devices vs smartphones future is going to be one of division of labor. A watch will be more useful than a phone in terms of fast information (time, alerts). Nothing is better for a wearable when it comes to health tracking. However, the phones are currently superior to heavy apps for video calls, writing. We can have convergence: perhaps your watch or glasses will make it possible to do nearly everything a phone can.

Brain-computer interfaces (BCIs) are another interface. Neuralink, a startup by Elon Musk, and other brain-implantation firms are testing small implants in the brain to operate devices and gadgets through the mind. It appears outrageous, but they are already experimenting with it in 2025. Supposedly, when people can think and control the cursors or the text, then the idea of a device will evolve. You might not be holding a phone in your hand, instead, you have an implant that transmits data to your eyes. This is a wearable technology to the extreme. People paralyzed even today are controlling cursors using their thoughts with the help of BCIs.

Wearable Tech Pros & Cons (vs Phones):

• Pros: Never leave it at home, you are never out of your watch. Hands free information and health data. In most cases less obvious check wristwatch vs fish in pocket. Promotes superior posture and attention as opposed to cowering over a monitor.
  
• Cons: Smaller screens/capabilities. Can work only partially with a phone or a cloud. It has privacy issues when it comes to stalking.

In general, wearables are going to supplement or even replace certain smartphone functions. One day, your watch or glass can make a call or send a message due to the advancement of sensors and AI. Up to that point, they excel in features that phones fail to do: fitness, alerts, and in-person communication.

Ambient Computing and AI-Powered Assistants

The new tech is not necessarily wearables, as the innovation is the future, it is the environment. Ambient computing implies that your surroundings are intelligent. Your house, your workplace, your car, they all begin to think on your behalf. This is already being undertaken in reality in voice and AI assistants everywhere.

• Smart Speakers & Displays: Displays Smart speakers and displays can be used in your home, such as Amazon Echo (Alexa), Google Nest Hub (Assistant), and Apple HomePod (Siri). They are able to respond to questions, play music, turn off lights and even compose shopping lists, all without using any hands. As of 2024, it is estimated that 171 million smart speakers have been shipped all over the world. It is estimated that by the end of 2024, the number of digital voice assistants in the world will reach 8.4 billion, more than the world itself. It means that nearly all people possess an Alexa or Siri of some kind.
  
• Smart Home Devices: Thermostats (Nest), lights (Philips Hue), locks, cameras, and it is now able to use AI. They watch you and how you behave. As an illustration, Nest thermostats can schedule heating with the help of AI, and Philips Hue can turn lights on or off depending on the time of day. In the near future, your house will know how you feel by how you speak or whether you are healthy. Your surroundings can tell you when you are stressed or when you are on the verge of stress by glancing at your face.
  
• Voice & AI Everywhere: This is beyond homes, but the ambient AI devices of the home and workplace have items such as earbuds that are always on, or even ambient displays in offices. Think of computer screens that display information according to your next demand, or cars that will intervene when they detect that you are fatigued. The tech companies are putting their money on the idea that the future will be smooth AI integration, where technology is omnipresent and present, which is invisible. The CEO of Google, Sundar Pichai, discusses the concept of AI across hardware, and Apple now boasts about Siri enhancements and on-device AI. Amazon refers to its network of devices outrightly as an ambient computing project.

Simply put, the already existing assistants Alexa, Google Assistant, and Siri will become smarter and ubiquitous. They will converse with you normally, retain context and handle multiple tasks in the periphery. This AI of the environment would mean you may never have to open an app manually. All one has to do is say, Hey AI, do my morning routine. At home, lights would be turned on and off, coffee brewed, the schedule read out, etc. This is already partially occurring: in 2020, voice commerce of up to 22 billion has already been answered by smart speakers and will be gigantic by 2025.

The boundary between phone and environment becomes blurred as the devices become more capable of doing this. You could turn on your virtual assistant, ask directions to find them on the HUD of your car, not the phone. Or can an AI-based assistant remind you of the document on your desk when you enter your office? Ambient computing is about having your own AI with you at all times, without being attached to a screen.

Tech Giants Envision Future Beyond Smartphones in Action

Below are some examples of what large corporations are up to in this area:

• Apple: Tim Cook declares AR to be the next big thing. The Vision Pro headset by Apple presented consumers with spatial computing. In the backdrop, Apple is supposed to be developing Apple Glasses. We have heard rumors that they would support an iPhone and it would utilize a custom low-power chip. The success of Apple Watch demonstrates the ability of Apple to make wearables right, and they will attempt to repeat the process with eyewear or ear wear.
  The so-called AR glasses would translate, navigate, and provide faster information, the same as Google Lens can do on your phone but without the need to hold your phone. They are yet to be released probably in 2027 but Apple has been investing in research and development in excess of 8B in spatial technology. They are also concerned with privacy and therefore, we anticipate that any Apple AR device to stress the safe use of data.
  
• Google (Alphabet): Google has a strategy that is typically an open platform. They developed Android on phones, and now they are developing Android XR on VR/AR devices. Android XR has collaborated with Samsung, Qualcomm, and other companies. They demonstrated Google+Samsung AR glasses prototypes in 2025. In 2026, the Samsung Smart Glasses with the running Google AI (Gemini) might emerge. Google also possesses smart earbuds, Google Home gadgets, and even its project Eclipse glasses. Besides, Google AI assistant is available on over a billion devices, and they have applied it to Pixel phones, Nest speakers, and automobiles. The acquisition of Fitbit (to make health wearables) and the partnership with glasses manufacturers Warby Parker demonstrate that Google is interested in wearables as well. The vision of Google is an AR ecosystem based on AI: open standards, numerous partners, and heavy AI.
  
• Meta (Facebook): Meta has renamed itself to be a metaverse company. It has two tracks: VR and AR. They market Quest headsets (AR/VR) on VR and have Horizon Worlds. On AR, they began with simple Ray-Ban audio glasses with no display, followed by Ray-Ban Display with mini HUD. They also showcase their dream product, Orion, a prototype pair of AR glasses with a massive field of view. Orion will not deliver as-is but it demonstrates their technology intentions.
  The purpose of Meta: create glasses that would feel normal but they could display maps, translate signs or even place your friends in a zoom meeting see-through meeting. Meta has also invented the Meta Neural Band wrist EMG to be able to control glasses without touching them. According to Mark Zuckerberg, 2025 will determine whether AI glasses will become big or not. In the meantime, Meta still promotes Quest as a gaming and Ray-Bans as a casual brand. To drive all this, they invest in AI research at Meta AI.
  
• Samsung: Samsung is a phone, Galaxy series and TV leader and currently AR/VR. It has the Project Moohan Android XR headset and created a Galaxy XR headset in 2025. Samsung CEO Roh Tae-Moon confirmed that they are developing AR glasses with Google, and attests that they will be available soon in 2026. The plan: insert AR glasses into the Samsung ecosystem. Your Galaxy phone would spew out your glasses and would incorporate Samsung OLED and Qualcomm chips.
  It is rumored that the Samsung AR glasses will translate in real time, scan documents, and give pro tips of basic AI, but not full mixed reality. Samsung has perceived this as an extension of their productivity in the workplace – hands-free assistance at the factory or during a conference. They are also advertising foldable phones as a midway (big screens that can be folded). Samsung, however, is larger with its greater move to make AR integrate into Galaxy life.
  
• Microsoft: Microsoft is the enterprise innovator. Its AR headset, HoloLens, has applications in factories, schools,and medical education. They are also experimenting with holographic software, in which you might allow yourself to gesture in order to control features even without a wearable. There is also Microsoft Mesh, a virtual meeting platform that Microsoft introduced and is connected to the Azure AI. It is not really about consumer phones, but it is more about ambient computing at the workplace. As an example, Microsoft’s artificial intelligence can recap your day or project holograms in a meeting room in a smart office. The most recent product they have pushed is cloud + AI (Copilot), aka everywhere – in theory, any device, glasses, laptop, or even a hologram in the air can use Microsoft’s AI.
  
• Amazon: Amazon no longer makes phones but is massive in the ambient AI. It has distributed hundreds of millions of Echo/Alexa units all over the globe. The vision of ambient computing expressed by Amazon is apparent in the house: your refrigerator at home may speak to you. They went as far as to create a robot housekeeper Astro. Alexa has some work-related calls and schedules in some offices. The new Fire TV and car systems offered by Amazon are also AI assistants. The thing is, Amazon envisions a future when you only speak to the AI everywhere you are not required to view a screen.

To conclude, all Tech Giants Envision Future Beyond Smartphones are betting on their side. This is how they envision the future of wearable technology: AR glasses, VR headsets, watches, and voice assistants are all coexisting.
Applications: Each company focuses on what they are competent at: Apple’s sleek design and privacy, Google’s search/AI and open platforms, Meta’s social VR/AR, Samsung hardware, Microsoft cloud/enterprise, Amazon home AI. The outcome is an abundant blend of devices in a state of development. You may also like our guide on Prevent Viruses and Malicious Code.

What Comes After Smartphones 2025

What is next to phones? The solution does not lie in one gadget, but a change with time. Analysts draw up a time scale:

• 2025-2026 (Early Adoption): Cheaper AR glasses and VR headsets will be reaching early adopters. AR glasses under Google/Samsung might come out. There will be a refinement of products by Meta and Apple. The AI assistants grow stronger, with ChatGPT-style AI on devices and phones. Fitness bands and Smart watches acquire new sensors for health. Smart devices such as smart speakers become smarter. First demos of brain interfaces could be seen in medical applications.
  
• 2027-2028 (Growing Popularity): AR glasses begin to gain even more users. AR can be applied in schools and businesses to train and work in teams. VR headsets will gain acceptance in games and remotely working virtual offices. Streaming AR/VR will become more real with 5G and 6G networks. AI assistants are virtually like secretaries. Some projections suggest that spatial computing 2025-2030 devices may have tens of millions of users by the end of 2030. The ambient computing smart homes/offices had the potential to encompass a quarter of affluent regions.
  
• 2029-2030 (Widespread Shift): It is possible that by 200 million people are already using some form of new interface in their daily lives. At that point a phone will not be used to accomplish many activities. Rather, you will have glasses or earbuds that enable you to communicate. Holographic meeting screens will be housed in offices. Control by voice and gesture will take place everywhere. Phones may not have died out but in most cases, it is as a simple handhelds or one that serves as a backup. Not all consumers are even in a post smartphone world yet, a watch or glasses with AI will become a normal experience.

The key point is transition. This is the future that tech giants are preparing for. As an illustration, Samsung and Android XR demonstrate that they believe the AR glasses will be made by 2026. In the meantime, these small devices are being made possible by battery technology advances and AI chips with low power consumption. One of these perspectives suggests that the market of reality and wearable may reach trillions by 2030.

Will Smart Glasses Replace Smartphones?

The brief response: no, and possibly not completely. However, such items as glasses and other gadgets will implement numerous functions of a smartphone in the long run. Here’s why:

• Advantages of Glasses: Glasses have a screen placed in front of your eyes and do not obscure your view. Directions or messages can be delivered to you when walking, biking, or driving and you do not take out your phone. Photos and videos are more natural what the eye beholds is what it captures. High-end AI on glasses has the ability to perform live translation of a conversation, element or face recognition, and display information in context.
  
• Current Limitations: The glasses must be lightweight, durable, and socially desirable. At present, the really smart AR glasses are large and costly. The majority of the early models have small screens, such as a small screen in one corner of one lens. The batteries of a frame have a short life of a few hours of intensive use. Fashion is also important, not everyone would like to be a technological demonstration. This is the reason why Meta collaborates with Ray-Ban and Google collaborates with fashion houses like Warby Parker, etc to make the frames fashionable.
  
• What Experts Say: There are experts who are optimistic. As mentioned, Louis Rosenberg is of opinion that immersive glasses would become our primary gadget within five years. This would be as though one has a phone on their face hidden all day long. Other people claim that smartphones are multifunctional cameras, applications, phone calls, and mobile internet and glasses will not be sufficient. There is a possibility that glasses are used to do most of the work of a digital assistant, whereas phones are used to do heavy work, such as gaming, video editing, or entire app ecosystems.

Practically, we hope to have a hybrid future. As an illustration, you can still hold a folding phone or a thin-fold wallet phone though have glasses to provide daily information. Or have AR audio earbuds to get around. The concept of smart glasses is that they will act as a very strong addition to your phone, and not a complete replacement, at least initially. It is easy to see how the direction is moving, the next generation of personal devices will be one that is worn or that encloses the person. Smartphones will either develop to be similar to these (e.g. foldables and modular phones), or become a niche.

Ambient AI Devices for Home and Work

Lastly, keep in mind that it is not just phones, devices are everywhere. To some extent, we already are in an ambient world of computing. Your vehicle has voice recognition, the house has intelligent lighting, and your place of work has artificial intelligence scheduling. The following are some of the examples of home and work ambient AI devices:

• Smart Thermostats & Lights: Nest by Google and Echo Glow by Amazon know your habits. They are able to turn on your house automatically or turn off the lights when you are going to sleep. This is plain ambient computing: technology that is responsive. These devices will be more anticipatory (turn on the light based on how you feel, preheat your oven when you get home, etc) with more AI.
  
• Office Assistants: The next technology is an AI sitting on your desk that notes down everything in your meeting. This is the goal of Cortana by Microsoft and new Copilot functionality. There are already smart displays that can be used in video calls like Amazon Echo Show, Google Nest Hub Max. These may become live to translate languages or handle working reminders soon.
  
• Connected Vehicles: This tendency is represented by cars and earbuds. The glasses or windshield displays will be smart to inform the driver of the route to follow, depending on the live traffic, without the phone map. You already have your earbuds such as Apple AirPods Pro as AI assistants, which are synchronized to the information on your phone.
  
• Ubiquitous AI Services: Big tech continues to add AI everywhere. Google has introduced AI in its search and Maps. Apple has Siri on all devices. There is Alexa in the devices of Amazon. AI helpers are also being added to even the libraries of apps and cloud services such as Google Workspace or Microsoft 365.

Pointless to say, AI can be found everywhere you go or hear. In 2026, technology analysts believe that technology will be able to perform a lot of activities in AI and sensors surrounding us. This change belongs to the post-smartphone era: you do not need to pick up the gadget, but rather just live in a smart world.

Conclusion: The Next Generation of Personal Devices

We are in the edge of a technological revolution. The article, Tech Giants Envision Future Beyond Smartphones is not merely another slogan but a strategy that has been put in place. Apple is investing in spatial computing when it sells iPhones by hundreds of millions. Samsung and Google are placing their bets on AR glasses and Android XR platform. Meta is betting on AI glasses and headsets. Amazon and Microsoft are creating ambient AI ecosystems.

Devices that are used every day will probably incorporate practical devices by 2026 which will include:

• AR overlays and quick info Smart Glasses.
  
• Work, training, and entertainment mixed Reality Headset.
  
• Smart Wearables (watches, rings, etc.) that not only tell the time.
  
• AI Assistants All Over: Home, office, and on the road.

The smartphone could also not disappear in one night, yet it would be accompanied and even surpassed in this multi-device future by these substitutes. You could simply look or speak to get what you want but not to tap a rectangle on the glass. This is the vision of ambient computing: the world in which, like breathing, computing is an inherent process.

Naturally, there are still challenges, privacy issues, design issues, and software ecosystems. However, the future of personal technology is visible: the next day, it will be wearable, voice-driven, and spatial. According to one of the insiders, business organizations are shaping a future where devices would integrate easily into everyday life. To the point, the post-smartphone age is here, and it will entail smart glasses, AI assistants, and immersive technology, not another line of pocket phones.