Immersive technology is any technology that places a person inside digital content, or lays digital content over the real world around them, so convincingly that it feels like part of their surroundings rather than something on a screen in front of them. Virtual reality headsets, augmented reality glasses, mixed reality devices, 360-degree video and haptic feedback all belong to the same family.
In 2026 immersive technology is changing shape quickly. Smart glasses are now the fastest-growing part of the market, Apple, Samsung, Meta, Snap and Google are all selling or preparing new devices, and memory chip costs pushed headset prices up this year. At the same time, training teams, surgeons, engineers and retailers are using immersive technology for work that is hard, expensive or dangerous to rehearse in real life.
This guide explains what immersive technology is, the main types, how the hardware works, what is on sale and at what price, where it genuinely helps a business, the health and privacy risks, the standards that keep apps portable, and how to run a first pilot. For a deeper look at one branch, see our explainer on spatial computing examples and key concepts, and for a training-specific view, our article on extended reality in training.
Table of contents
- What Is Immersive Technology?
- The Main Types of Immersive Technology
- How Immersive Technology Works
- Immersive Technology Devices on Sale in 2026
- The Immersive Technology Market by the Numbers
- How Businesses Use Immersive Technology
- What Immersive Technology Training Delivers
- Immersive Technology Risks: Health, Safety and Privacy
- Standards That Keep Immersive Technology Portable
- How to Start an Immersive Technology Pilot
- Where Immersive Technology Is Heading
- Immersive Technology FAQ
- References
What Is Immersive Technology?
The phrase covers a broad set of devices and software, so it helps to pin down what they all share before looking at the differences between them.
A Plain Definition
Immersive technology blends the physical and digital worlds, or replaces the physical world with a digital one, and lets you interact with the result naturally: by turning your head, walking, reaching out with your hands, looking at something or speaking. The defining feature is not the headset. It is the sense of presence, the feeling that the content is around you rather than behind glass.
A video call on a laptop is digital, but it is not immersive technology. A headset that seats you in a virtual meeting room, where colleagues sit around the table and each voice comes from the direction of the person speaking, is.
The Reality–Virtuality Continuum
The most widely used framework is older than any current headset. In 1994, Paul Milgram, Haruo Takemura, Akira Utsumi and Fumio Kishino published “Augmented Reality: A class of displays on the reality-virtuality continuum”. It describes a scale with the completely real world at one end and a completely virtual environment at the other.
Everything between the two ends is mixed reality. Augmented reality sits near the real end, where virtual content adds to what you see. Augmented virtuality sits near the virtual end, where real objects are brought into a virtual scene. Modern immersive technology products slide along this scale: a single headset can now move from a fully virtual scene to a view of your own room with digital objects placed in it.
Why “Immersive” Is the Important Word
Immersion depends on how many senses the technology engages and how well it keeps up with you. A wide field of view, sharp displays, accurate tracking, low delay, spatial sound and touch feedback all add to it. When one of them lags, the illusion breaks and some users feel unwell, which is why so much immersive technology engineering is about speed rather than graphics.
Regulators define it by the experience, too. The US Food and Drug Administration describes virtual reality as “a virtual world immersive experience that may require a headset to completely replace a user’s surrounding view with a simulated, immersive, and interactive virtual environment.”
The Main Types of Immersive Technology
Most confusion about immersive technology comes from overlapping labels. Here is what each term means in practice.
Virtual Reality (VR)
Virtual reality replaces your view of the world with a computer-generated one. You wear a headset that blocks outside light, and displays close to your eyes show a slightly different image to each eye, which creates depth. Head tracking updates the view as you move. VR suits flight simulators, safety drills, design reviews and games: anything where you want the real room to disappear.
Augmented Reality (AR)
Augmented reality overlays digital content on the real world. The FDA defines it as “a real-world augmented experience with overlaying or mixing simulated digital imagery with the real world as seen through a camera or display, such as a smartphone or head-mounted or heads-up display (HUD).” Phone-based AR, such as previewing a sofa in your living room, is the most common form. Glasses and head-up displays are the hands-free form.
Mixed Reality (MR)
Mixed reality goes a step beyond simple overlays, because the digital objects understand the room. A virtual machine part can sit on a real workbench, stay put while you walk around it and disappear behind a real object that passes in front of it. Most mixed reality headsets today use outward cameras to show you the room on internal displays. We have covered how mixed reality expands on augmented reality in more detail.
Extended Reality (XR) and Spatial Computing
Extended reality, or XR, is the umbrella term for VR, AR and MR together. Standards bodies use it because modern devices do more than one of them. Spatial computing is Apple’s preferred term for the same idea, with the emphasis on apps and windows arranged around you in 3D space rather than on games or simulations. In practice, XR and spatial computing describe the same immersive technology stack.
Smart Glasses With and Without Displays
Smart glasses look like ordinary eyewear. Display-less models add cameras, microphones, speakers and an AI assistant but show nothing in the lens. Display glasses add a small image in one or both lenses, from notifications to navigation arrows. Industry analysts now count both inside the immersive technology market, even though display-less glasses are the least immersive devices in it.
360-Degree Video, Projection Rooms and Haptics
Not every immersive technology needs a headset. 360-degree video can be watched on a phone, in a browser or in a headset. Projection rooms and large LED spaces surround a whole group with imagery at once, which suits museums, briefings and design reviews. Haptics adds touch, from controller vibration to gloves and vests that press on the skin; our guide to haptic feedback types and applications covers that branch.
| Type | What you see | Typical hardware | Best suited to |
|---|---|---|---|
| Virtual reality | A fully digital scene; the room disappears | Enclosed headset | Simulation, rehearsal, design reviews, games |
| Augmented reality | Digital labels and objects over the real world | Phone, tablet, head-up display, AR glasses | Guidance, product previews, navigation |
| Mixed reality | Digital objects anchored to the real room | Pass-through headset or see-through glasses | Assembly help, spatial design, collaboration |
| Display smart glasses | A small image in the lens | Glasses with a built-in display | Notifications, captions, directions |
| Display-less smart glasses | Nothing; audio, camera and assistant only | Glasses with cameras and speakers | Hands-free capture, translation, questions |
| 360-degree video and projection rooms | Surrounding video or projected imagery | Phone, headset, projectors or LED walls | Tours, group experiences, briefings |
How Immersive Technology Works
Every immersive technology device repeats one loop many times a second: sense where you are and what you are doing, draw the right image for that exact moment, and present it to your eyes and ears before you notice any delay.
Displays and Optics
Headsets place a small, very dense display in front of each eye, with lenses that make it appear large and far away. Apple says the M5 version of Vision Pro “renders 10 percent more pixels on the custom micro-OLED displays” and can raise the refresh rate to 120Hz. Samsung lists Galaxy XR’s micro-OLED displays at 3,552 x 3,840 and 27 million pixels, with a field of view of 109 degrees horizontally and 100 degrees vertically.
There are two ways to show you the real world. Video pass-through headsets film the room with outward cameras and replay it on the internal displays. Optical see-through glasses let you look through a clear lens while a tiny projector adds light to it. Snap says its Specs glasses deliver a 51-degree field of view, far narrower than a headset but in a glasses-sized frame.
Tracking: Head, Hands and Eyes
To keep digital content steady, the device must know exactly where your head is. Most current immersive technology uses inside-out tracking: cameras on the device watch the room, and computer vision software works out how the headset has moved. The same cameras follow your hands, so you can pinch, point or grab without controllers.
Eye tracking is becoming standard. Samsung lists four eye-tracking cameras on Galaxy XR alongside six world-facing tracking cameras and two pass-through cameras, and uses iris recognition to unlock it. Eye tracking lets you select things by looking at them, and lets the headset draw the area you are looking at in full detail while saving effort elsewhere, a technique called foveated rendering.
Rendering, Refresh Rate and Latency
The delay between moving your head and seeing the updated image is called motion-to-photon latency. Headset maker Varjo notes that “a meaningful latency threshold for virtual and mixed reality has been determined to be around 20 milliseconds.” Above that, the world seems to swim slightly behind your movements, which undermines presence and can cause discomfort.
Higher refresh rates help as well, because each frame is on screen for less time, which reduces blur when you turn your head. That is why immersive technology chips are designed for steady, low-delay output as much as raw performance, and why so much of the processing now happens on dedicated chips inside the device rather than on a connected PC.
Input: Controllers, Hands, Voice and Wristbands
Early VR relied on handheld controllers, which remain the most precise option for games and simulators. Hand tracking removes the controllers for everyday tasks. Voice assistants handle a growing share of commands on glasses, where there is no room for buttons.
The newest input device sits on the wrist. Meta Ray-Ban Display comes with the Meta Neural Band, which Meta describes as “an EMG wristband that translates the signals created by your muscles (like subtle finger movements) into commands for your glasses.” Small, private gestures matter for glasses worn in public, where waving at the air is not an option.
Spatial Audio and Touch
Sound anchors immersion as much as sight does. Spatial audio makes a voice or an alarm appear to come from a fixed point in the room, even as you turn your head, which helps people locate things they cannot see. Touch feedback ranges from simple controller buzzes to gloves that resist your fingers when you grip a virtual object.
Immersive Technology Devices on Sale in 2026
The hardware side of immersive technology has split into three groups: affordable mixed reality headsets, premium spatial computers, and glasses. Here is where each group stands in September 2026.
Mixed Reality Headsets
Meta’s Quest line remains the entry point for most people and many businesses. On 19 April 2026 Meta raised its prices: Quest 3S 128GB went to $349.99 (£319.99 in the UK), Quest 3S 256GB to $449.99 (£409.99) and Quest 3 512GB to $599.99 (£549.99). Meta’s statement said “the global surge in critical components—specifically memory chips—is impacting consumer electronics, including VR.”
Premium Spatial Computers
Apple launched Vision Pro with the M5 chip in October 2025 at a starting price of $3,499. On 25 June 2026 Apple raised the US starting price to $3,699 for 256GB, with 512GB at $3,899 and 1TB at $4,199, as part of wider price rises that Tim Cook linked to the soaring cost of memory and storage chips. Apple quotes up to two and a half hours of general use on a charge.
Samsung Galaxy XR, the first headset running Google’s Android XR, went on sale in the US on 21 October 2025 at $1,799.99 and reached the UK on 10 July 2026 at £1,699 RRP. It uses Qualcomm’s Snapdragon XR2+ Gen 2 platform and weighs 545g with its forehead cushion, plus a separate 302g battery. Our article on Apple Vision Pro for enterprise and ecommerce covers business use of this class of device.
Display Glasses and AR Glasses
Meta Ray-Ban Display launched in the US on 30 September 2025 at $799 including the Neural Band, with a full-colour display in the lens and up to six hours of mixed-use battery life. Snap opened pre-orders for Specs, its consumer augmented reality glasses, on 16 June 2026 at $2,195 with a $200 refundable deposit, and says they will ship this autumn in the US, the UK and France.
Google announced on 19 May 2026 that Android XR “intelligent eyewear” designed with Gentle Monster and Warby Parker is on the way, with audio glasses “coming later this fall” and display glasses to follow. Google had not published prices at the time of writing.
Platforms Being Retired
Not every immersive technology platform survives. Microsoft says HoloLens devices have not been manufactured since December 2024, and that monthly security updates for HoloLens 2 continue through December 2027. Microsoft also says Windows Mixed Reality is deprecated and removed in Windows 11 version 24H2; existing headsets keep working with Steam through November 2026 on version 23H2, after which updates and support stop. Anyone still running those devices needs a migration plan.
| Device | Category | Latest published price | Notable detail |
|---|---|---|---|
| Meta Quest 3S 128GB | Mixed reality headset | $349.99 / £319.99 (from 19 Apr 2026) | Lowest-cost headset entry point |
| Meta Quest 3 512GB | Mixed reality headset | $599.99 / £549.99 (from 19 Apr 2026) | Higher-resolution displays than Quest 3S |
| Meta Ray-Ban Display | Display smart glasses | $799 at US launch, with Neural Band | EMG wristband input |
| Samsung Galaxy XR | Mixed reality headset | $1,799.99 at US launch; £1,699 UK RRP | Android XR, 27 million pixels, eye tracking |
| Snap Specs | Augmented reality glasses | $2,195 pre-order | 51-degree field of view, shipping autumn 2026 |
| Apple Vision Pro (M5) 256GB | Spatial computer | $3,699 (from 25 Jun 2026) | Micro-OLED displays, up to 120Hz |
At the latest published US prices, the most expensive immersive technology device in the table costs more than ten times the cheapest one.
The Immersive Technology Market by the Numbers
IDC’s June 2026 analysis of its AR/VR headset tracker shows where immersive technology demand is actually moving, and it is not where the headlines of the last decade pointed.
Smart Glasses Are Now the Growth Engine
IDC says smart glasses without displays grew 167% year on year in the first quarter of 2026, to about 2.25 million units in a single quarter, close to the 2.7 million the category shipped in the whole of 2024. Eyewear with displays, across augmented, extended, mixed and virtual reality, grew 86%. IDC puts Meta’s market share at 69.2% in the quarter, built largely on its Ray-Ban partnership with EssilorLuxottica.
The Forecast to 2030
IDC forecasts display-less glasses shipments of about 13.6 million units in 2026, rising to 27.3 million by 2030, a compound annual growth rate of 18.9%. Mixed reality headsets, the category anchored by Meta’s Quest line and ByteDance’s headsets, are forecast to grow from 3.2 million units to 10.4 million, a 34.4% growth rate. Display glasses from companies such as XREAL, Viture and RayNeo are forecast to grow from 3 million to 12.2 million, 41.9% a year.
Display glasses and mixed reality headsets grow faster than display-less glasses in IDC’s immersive technology forecast, but from a much smaller base.
What the Money Looks Like
IDC expects display-less glasses revenue of $5.1 billion in 2026 and $6.4 billion in 2027, with average selling prices falling from about $376 in 2026 to about $229 by 2030. Mixed reality revenue is forecast to rise from $2.4 billion in 2026 to $7.1 billion by 2030. Display glasses hold their value better, with average selling prices of $516 to $547 across the forecast period.
Why Headset Prices Rose in 2026
Two of the biggest immersive technology vendors raised headset prices within ten weeks of each other, and both pointed to the same cause: the cost of memory and storage chips. For buyers, the lesson is that immersive technology hardware budgets are exposed to the wider chip market, so quotes should be refreshed close to the point of purchase rather than copied from last year’s plan.
How Businesses Use Immersive Technology
The strongest business cases share a pattern: the task is costly, risky or rare to rehearse in real life, or it involves understanding something in three dimensions. These are the areas where immersive technology is already doing real work.
Training and Onboarding
Training is the most proven use. A simulated forklift, fire drill or difficult customer conversation can be repeated as often as needed, with no risk and no downtime on real equipment. Strivr’s case study says its programme with Walmart reached 2.2 million associates across more than 4,700 stores, and cut training on the stores’ Pickup Tower from 8 hours to 15 minutes.
Healthcare and Medical Devices
Healthcare has moved from pilots to regulated products. The FDA keeps a public list of authorised medical devices that incorporate augmented and virtual reality, covering areas including pain management, mental health, neurological disorders, surgery planning, intraoperative procedures, ophthalmic diagnostics and rehabilitation. The list held 120 devices when we checked it in September 2026. Software teams entering the field should also read our guide to medical imaging software development.
Design, Engineering and Digital Twins
Engineers and architects use immersive technology to walk through a building, a production line or a product at full scale before anything is built, and to spot clashes that are easy to miss on a 2D drawing. Linked to live sensor data, the same models become digital twins that operators can inspect in 3D; see our analysis of digital twins for UK SMEs. City planners are doing the same, as our story on AI-powered VR for city planning shows.
Field Service and Remote Assistance
A technician wearing a headset or glasses can share their view with a remote expert, who draws arrows and notes that stay fixed to the real equipment. Step-by-step instructions can appear next to the part being worked on. For manufacturers this is often the fastest route to value, because it cuts travel and repeat visits rather than demanding lots of new content. The wider idea of the industrial metaverse builds on these uses.
Retail, Property and Customer Experience
Phone-based AR lets shoppers place furniture in their room, try on glasses or check whether a television fits a wall before buying. Estate agents and developers use VR tours to show properties that are far away or not yet built. Because these experiences run on phones that customers already own, they avoid the hardware barrier altogether.
Education
Schools and universities use immersive technology for field trips that would otherwise be impossible, from inside a human cell to the surface of Mars, and for lab practice without consumables. The same design principles apply as for any virtual classroom app: short sessions, clear learning goals, and an equivalent route for students who cannot or should not wear a headset.
| Sector | Typical use | Common hardware | Evidence to ask for |
|---|---|---|---|
| Retail and logistics | Staff onboarding, new processes, safety drills | Standalone headsets | Time to competence, assessment scores |
| Healthcare | Pain management, surgical planning, rehabilitation | Headsets, AR navigation systems | Regulatory clearance, clinical evidence |
| Manufacturing | Remote assistance, assembly guidance, digital twins | Mixed reality headsets, tablets | Repeat visits avoided, first-time fix rate |
| Architecture and construction | Design reviews, clash detection | Headsets, projection rooms | Design changes caught before build |
| Education | Virtual field trips, lab practice | Headsets, phones | Learning outcomes against a comparison group |
| Property and retail sales | Virtual tours, AR product previews | Phones, web browsers | Conversion rate, returns rate |
What Immersive Technology Training Delivers
Much of the business evidence for immersive technology comes from training, and the most cited study is PwC’s 2020 VR Soft Skills Training Efficacy Study, which compared classroom, e-learning and VR versions of a course on inclusive leadership.
Speed
PwC found that employees in VR courses “can be trained up to four times faster”. What took two hours in a classroom could be learned in about 30 minutes in VR. Even after adding the extra time first-time learners needed to be fitted for and shown how to use a headset, PwC says VR learners still completed the training three times faster than classroom learners.
Confidence and Emotional Connection
According to PwC, learners trained in VR were up to 275% more confident to act on what they had learned, a 40% improvement over classroom training and 35% over e-learning. VR learners also felt 3.75 times more emotionally connected to the content than classroom learners, and 2.3 times more than e-learners. For soft skills, where rehearsal under mild pressure matters, that connection is the point.
When VR Training Pays for Itself
VR courses cost more to build: PwC says they can require “up to a 48% greater investment” than similar classroom or e-learning courses. The break-even point depends on scale. VR reached cost parity with classroom learning at 375 learners and with e-learning at 1,950 learners, and at 3,000 learners it became 52% more cost-effective than classroom training.
Immersive technology training only beats cheaper formats on cost once enough people take the course.
Reading Case Studies Carefully
Vendor case studies come from the company that built the training, and Strivr’s Walmart story also reports 10–15% higher scores for VR-trained associates. PwC’s study focused on one soft-skills course. Both are useful signals rather than guarantees. The fair test for your own immersive technology training is a pilot with a comparison group taking the existing course and sitting the same assessment.
Immersive Technology Risks: Health, Safety and Privacy
Immersive technology collects more data and asks more of the body than a laptop does. None of these risks rules it out, but each one needs a plan before the first headset goes on.
Cybersickness and Comfort
Cybersickness is the nausea, headache and disorientation some people feel in VR, usually when what the eyes see and what the inner ear senses do not match. It is common. A 2022 study in the journal Virtual Reality found that 65.2% of its 92 participants experienced cybersickness during a 10-minute VR session, and 23.9% severely. Motion sickness susceptibility, cognitive stress and recent headaches predicted greater severity.
Design choices reduce it. Keep frame rates high, never move the user’s viewpoint without their control, offer teleport-style movement, and keep first sessions short. Always offer a non-headset alternative for anyone who cannot tolerate immersive technology comfortably.
Physical Safety and Hygiene
A person who cannot see the room can walk into furniture or a colleague. Define a clear space, use the device’s boundary system, and supervise group sessions. Shared headsets need cleaning between users and removable face covers. Battery life also limits sessions: Apple quotes up to two and a half hours of general use for Vision Pro, and Samsung up to two hours of general use for Galaxy XR.
Eye Tracking, Biometrics and UK GDPR
Immersive technology can capture where you look, how your pupils respond, your voice, your hand movements and a map of your surroundings. The ICO has examined immersive technologies across its Tech Horizons reports as an emerging privacy concern. Under UK GDPR, biometric data used to identify someone is special category data, so iris unlock and similar features need care, and a data protection impact assessment is the sensible starting point. Our data protection team can help with that assessment.
Emotion Inference and the EU AI Act
Eye tracking and facial sensors can be used to guess how someone feels. In the EU, Article 5 of the AI Act has, since 2 February 2025, prohibited “the use of AI systems to infer emotions of a natural person in the areas of workplace and education institutions”, except for medical or safety reasons. UK organisations with EU staff, students or customers should check that no immersive technology product they deploy infers emotions in those settings.
Accessibility and Inclusion
Headsets can be hard to use for people who wear some types of glasses, have limited neck or hand movement, or live with vestibular conditions. Content that relies on sound excludes deaf users unless it is captioned, and content that relies on sight excludes blind users. Build every immersive technology experience with captions, seated modes and controller-free options, and keep an equivalent non-immersive route to the same outcome.
| Risk | Why it happens | Practical mitigation |
|---|---|---|
| Cybersickness | Visual motion and inner ear disagree; display delay | High frame rates, user-controlled movement, short first sessions |
| Collisions and falls | The user cannot see the room | Boundary system, clear space, supervision |
| Hygiene | Shared face contact | Removable covers, cleaning between users |
| Biometric and eye data | Sensors record gaze, voice, hands and surroundings | Impact assessment, data minimisation, clear notices |
| Emotion inference | Gaze and facial signals used to guess feelings | Switch off in work and education settings; check AI Act Article 5 |
| Platform end of life | The vendor stops updates or hardware | Prefer open standards; record support end dates |
Standards That Keep Immersive Technology Portable
Building for a single headset is risky when platforms come and go. Two open standards reduce that risk for immersive technology projects.
OpenXR
OpenXR, from the Khronos Group, is a royalty-free, open standard that gives developers one set of APIs for applications that run across a wide range of AR and VR devices. Khronos released OpenXR 1.1 on 15 April 2024, folding widely used extensions such as foveated rendering into the core specification. Khronos lists conformant implementations from Acer, ByteDance, Canon, HTC, Magic Leap, Meta, Microsoft, Sony, XREAL, Qualcomm, Valve and Varjo, plus Collabora’s open-source Monado runtime, and Google says Android XR supports the OpenXR 1.1 specification.
WebXR
WebXR brings immersive technology to the browser. MDN describes it as “a group of standards which are used together to support rendering 3D scenes to hardware designed for presenting virtual worlds (virtual reality, or VR), or for adding graphical imagery to the real world, (augmented reality, or AR).” It only runs in secure HTTPS contexts, and MDN still marks it as experimental and not Baseline, because some widely used browsers do not support it.
Platform SDKs and Game Engines
For the richest features you still build with each platform’s own tools: visionOS for Apple Vision Pro, Android XR for Galaxy XR and the coming glasses, and Meta Horizon OS for Quest. Game engines such as Unity and Unreal sit on top of these and can export one project to several platforms. Our web and mobile development team builds the browser and phone experiences that often make the best first step.
| Build approach | Reach | Strengths | Trade-offs |
|---|---|---|---|
| WebXR in the browser | Compatible browsers and headsets | No app store, instant updates, lower cost | Experimental API, uneven browser support |
| OpenXR with Unity or Unreal | Most headsets | One codebase, high performance | Store approval per platform, specialist skills |
| Native platform SDK | One platform | Deepest features and best polish | Tied to one vendor’s roadmap |
| 360-degree video | Phones, browsers, headsets | Quick to produce and distribute | Limited interaction |
| Phone-based AR | Most smartphones | No new hardware for users | Small view, one hand holds the phone |
How to Start an Immersive Technology Pilot
Many disappointing immersive technology projects started with a headset and then went looking for a use. Reverse the order.
Pick One Measurable Problem
Choose a task that is expensive, dangerous or hard to rehearse, and that you already measure: time to competence, error rates, travel days or safety incidents. Write down the current figure before you start, so the pilot has something concrete to beat.
Choose the Lightest Format That Works
If a phone or browser experience solves the problem, start there: it removes hardware purchase, charging and hygiene from the plan. Move to headsets when the task needs full presence or both hands free, and to premium devices only when resolution or eye tracking is essential. An MVP development approach keeps the first immersive technology release small enough to test quickly.
Budget With Real List Prices
Hardware is the easiest cost to pin down. At current UK list prices, ten Quest 3S 128GB headsets cost £3,199.90, ten Quest 3 512GB headsets cost £5,499.90 and ten Galaxy XR headsets cost £16,990. Content, device management, cases, spares, cleaning supplies and staff time come on top, and content is usually the largest line in an immersive technology budget.
| Headset | UK list price | Ten devices | Good fit for |
|---|---|---|---|
| Meta Quest 3S 128GB | £319.99 | £3,199.90 | Training pilots, 360-degree video |
| Meta Quest 3 512GB | £549.99 | £5,499.90 | Mixed reality apps, sharper visuals |
| Samsung Galaxy XR | £1,699 | £16,990 | High-resolution design reviews, eye tracking |
Plan Device Management and Support
Treat headsets like any other managed endpoint: enrol them, control which apps are installed, set update windows, and decide who charges and cleans them. Check the vendor’s support roadmap before buying, as owners of HoloLens 2 and Windows Mixed Reality headsets have learned.
Measure Against a Comparison Group
Run the pilot alongside the existing method with a similar group, use the same assessment for both, and track comfort and drop-outs as well as results. If the immersive technology version wins on your chosen measure at a cost you can scale, you have a business case. If not, you have learned cheaply.
Where Immersive Technology Is Heading
The next phase of immersive technology looks less like a headset and more like a pair of glasses with an assistant built in.
Glasses First, Headsets for Depth
In IDC’s forecast, display-less glasses ship more than twice as many units as mixed reality headsets in 2030: 27.3 million against 10.4 million. Headsets remain the tool for deep immersion, simulation and design, while glasses become the everyday layer that people wear all day.
Assistants Become the Interface
Recent glasses launches centre on an assistant that can see what you see, answer questions, translate and give directions. As those assistants improve, immersive technology stops being a separate destination you visit and becomes a way of getting help in the moment, which changes what businesses should build for it.
What to Watch in the Coming Weeks
Snap is hosting the launch of Specs in Los Angeles on 16 September 2026. Meta’s Connect event runs on 23 and 24 September 2026, with new glasses teased. Google and its eyewear partners say the first Android XR audio glasses arrive this autumn. Expect immersive technology prices and specifications to move again before the end of the year.
Immersive Technology FAQ
Is immersive technology the same as the metaverse?
No. The metaverse usually means shared, persistent virtual worlds where people meet, work and trade. Immersive technology is the hardware and software that can take you into those worlds, but it is also used for training, surgery and design with no connection to any metaverse. The ICO’s Tech Horizons report 2024 treats immersive virtual worlds as a topic of their own.
What is the difference between AR and VR?
Virtual reality replaces what you see with a digital scene. Augmented reality keeps the real world in view and adds digital content to it. Mixed reality is a richer form of augmented reality in which the digital content is aware of, and anchored to, the real room.
Do you need a headset to use immersive technology?
No. Phone-based augmented reality, 360-degree video in a browser and projection rooms all deliver immersive experiences without a headset. Headsets and glasses add hands-free use and a much stronger sense of presence.
How much does immersive technology cost?
For hardware, US prices in September 2026 run from $349.99 for Meta Quest 3S 128GB to $3,699 for Apple Vision Pro, with glasses in between. Software and content costs vary far more than hardware and depend on how interactive the experience needs to be.
Which industries benefit most from immersive technology?
Training-heavy sectors such as retail and logistics, healthcare, manufacturing, architecture and construction, and education have the most evidence so far. The common thread is a task that is expensive or risky to rehearse in the real world.
References
IDC: Smart Glasses Surge as the XR Market Rewrites Its Own Rules
Apple Newsroom: Apple Vision Pro Upgraded With the M5 Chip and Dual Knit Band
MacRumors: Apple Vision Pro Just Got Even More Expensive
Thurrott: Meta Is Raising the Prices of Its Quest 3 and Quest 3S Headsets
Meta: Meta Ray-Ban Display, AI Glasses With an EMG Wristband
Samsung Global Newsroom: Introducing Galaxy XR, Opening New Worlds
Samsung Newsroom UK: Galaxy XR Is Available to Buy Now in the UK
UploadVR: Samsung Galaxy XR With Android XR Out Now
Snap Newsroom: Introducing Specs Augmented Reality Glasses
Snap Newsroom: Watch the Specs Launch on September 16
Google: Intelligent Eyewear With Gemini Is Coming This Fall
Road to VR: Meta Connect Event Set for September 23–24
Microsoft Learn: HoloLens 2 Release Notes
Microsoft Learn: Mixed Reality Support Options
Khronos Group: Khronos Releases OpenXR 1.1
Khronos Group: OpenXR Overview
MDN Web Docs: WebXR Device API
US FDA: Augmented Reality and Virtual Reality in Medical Devices
PwC: VR Soft Skills Training Efficacy Study
Strivr: Walmart Customer Story
Varjo: Latency in Virtual and Mixed Reality Explained
Wikipedia: Reality–Virtuality Continuum
EU Artificial Intelligence Act: Article 5, Prohibited AI Practices