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Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Augmented reality (AR) adds digital images, information or sound to a view of the real world. It is already used for phone-based games and effects, workplace training, medical education, equipment repair and public services. The clearest near-term opportunities are task-specific: putting useful instructions or visualizations where people need them, rather than replacing the real environment. Wider adoption will depend on comfortable devices, reliable integration and responsible handling of sensitive data.
What augmented reality is—and how it differs from virtual reality
AR combines a view or representation of the real environment with a digital layer. On a phone or tablet, that may be a 2D image placed over the camera view. More advanced headsets can render stereoscopic objects that appear positioned in a room. The U.S. Government Accountability Office (GAO) describes extended reality (XR) as a spectrum that includes augmented, mixed and virtual reality; its 2022 overview says XR combines real and digital worlds to create new kinds of interactivity and perception. OECD also describes AR as letting people see and hear the real world together with digital content.
The practical distinction is what happens to the real environment. AR keeps it in view and adds to it. Virtual reality (VR) immerses the user in a computer-generated environment. Mixed reality (MR) is often used for systems that anchor or interact with digital objects in the physical space. The labels overlap in product descriptions, so a useful way to compare devices is to ask whether the user sees the real surroundings, how digital content is positioned, and whether the system can respond to the physical environment.
What augmented reality is used for
AR is most useful when an overlay helps someone understand, learn or act in a particular setting. The same basic capability can support very different work, but the value depends on the task and the quality of the information being shown.
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| Application | What AR or related immersive technology can do | Example or qualification |
|---|---|---|
| Entertainment and consumer experiences | Place effects, characters or other digital content into a camera view. | OECD cites Pokémon Go as a camera-based AR example. Phone and tablet experiences remain the most familiar entry point. |
| Training and public-sector operations | Let workers practise procedures or explore operational scenarios in simulations and immersive environments. | GAO reported in 2024 that federal agencies used immersive technologies for training, process improvement, public interaction and mission work. These examples cover XR broadly, not AR alone. |
| Healthcare and medical education | Support learning with 3D anatomy, viewing patient MRI records, physical rehabilitation, pain management and mental-health treatment. | GAO documents these uses across immersive technologies; it does not establish that every application is an AR deployment. |
| Inspection, maintenance and repair | Show visual guidance or relevant information while a technician examines equipment. | GAO describes appliance technicians using holographic displays, cameras and positioning sensors to guide inspection or repair. |
| Design, construction and manufacturing | Help teams visualize and plan designs, equipment or spaces, including through digital-twin-style representations. | OECD discusses uses involving complex equipment, factories, cities, precision medicine and digital agriculture. It cautions that many implementations are customized and best suited to high-value applications. |
| Education, collaboration and data visualization | Present information spatially, support learning, or help people work together remotely. | GAO identifies training, education, collaboration and data exploration as core immersive-technology uses. Agency plans for 2024–2028 commonly mention data visualization and analysis, design and planning, public outreach, and remote collaboration. |
| Public services | Put context-specific information into an inspection or visitor experience. | OECD reports Austria testing AR overlays for customs inspections and Türkiye using immersive cultural tours. |
Is AR ready for business?
There is evidence of government and organizational use of immersive technologies, but the figures should not be mistaken for counts of AR deployments. In a 2024 survey, GAO found that 17 of 23 surveyed civilian federal agencies reported immersive-technology activities in fiscal years 2022 and 2023. The survey covers immersive technology broadly, including XR, rather than AR alone.
GAO also reported that the U.S. Department of Homeland Security used simulators and other immersive technologies to train nearly 10,000 employees in fiscal year 2022. Training covered law-enforcement use of force, transportation security, and fire and emergency response; this is not a count of people trained with AR headsets specifically.
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Looking ahead, 16 surveyed agencies reported plans to expand immersive-technology activities during fiscal years 2024–2028. Of those 16, 15 planned adoption or expansion and 13 planned or funded research and development. These plans indicate organizational interest, not proof that every project will be funded, delivered or scaled.
Hardware figures also show why an AR business case should be grounded in the task rather than broad market claims. OECD reported approximately 9 million VR headsets versus 260,000 AR headsets sold worldwide in 2022, citing industry data. That comparison describes sales in that year, not current installed devices or the size of the market today. Separately, GAO’s 2022 spotlight reported an external market-research estimate forecasting annual AR/VR headset shipments to rise from 9.7 million in 2021 to 32.8 million in 2025; it was a forecast, not a GAO measurement, and combined AR and VR. These measures are not interchangeable. There is no single authoritative AR-only global revenue total established here that is methodologically comparable across vendors.
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How to assess a business use case
A pilot is more promising when the overlay solves a defined problem better than a screen, paper instruction or existing workflow. Compare candidate systems against the work itself, not just their display specifications.
- Task fit: Does information need to be visible in the worker’s field of view, or would a phone, tablet or monitor be simpler?
- Form factor and comfort: Can users wear the device for the required duration, including with glasses or other protective equipment?
- Tracking and display: Is spatial registration accurate and stable enough for the task? Can the display remain legible in the intended environment?
- Integration: Can the system use current records, procedures and digital models without creating a disconnected data workflow?
- Costs and support: Include deployment, content creation, training, device management, maintenance and replacement—not just hardware.
- Privacy and security: Determine what cameras, microphones, location data and body-movement tracking collect, where data is stored, who can access it and how long it is retained.
- Accessibility and network dependence: Check whether the system works for the intended users and whether delays or loss of connectivity would make the task unsafe or impractical.
- Deployment evidence: Look for sustained use and measurable operational value beyond a demonstration or short pilot.
What could limit adoption
AR and other immersive systems can collect sensitive information through cameras, microphones, location sensing and body-movement tracking. OECD warns that movement data can create detailed profiles of users and that conventional consent models may be inadequate when people cannot meaningfully go incognito in an immersive setting. Organizations should define data minimization, access, retention and notice practices before deployment, especially in workplaces or public spaces.
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GAO and OECD also identify cybersecurity exposure and high operating and maintenance costs. Some enabling technologies, including AI and 5G, may be immature or inaccessible in particular contexts. Head-worn systems can cause motion sickness or disorientation, and comfort, harassment and inclusion concerns can make a system unsuitable for some users. Long-term cognitive effects remain uncertain. These limitations make user testing, accessibility review and a realistic support plan important parts of a deployment decision, rather than issues to address after rollout.
What the future of augmented reality may look like
The most credible near-term outlook is task-led adoption, especially in enterprise and public-sector settings. Agency plans reported by GAO emphasize data visualization and analysis, design and planning, public outreach and remote collaboration. OECD describes policy activity extending from general industry support toward sectors such as education and public services. Neither trend guarantees mass adoption or a particular device market outcome.
Likely directions include lighter, more comfortable headsets; better spatial mapping and occlusion, so digital objects appear more convincingly situated; hands-free guidance; and tighter links to enterprise records and digital twins. AI could help systems interpret context and make interactions more adaptive, while 5G may support connected applications where network performance is adequate. These are outlooks based on documented use cases and enabling-technology needs, not guaranteed capabilities or delivery dates. The enduring test will be whether an application improves a real task enough to justify its cost, complexity and data risks.
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