Enterprise AR

Enterprise AR (enterprise augmented reality) refers to the use of augmented and mixed reality technology for business, industrial, and other professional work rather than for consumer entertainment. The category covers head-worn displays, smart glasses, and the software platforms that put digital information into a worker's field of view: step-by-step instructions, schematics, sensor readings, or a live video link to a remote expert. Typical buyers are manufacturers, logistics operators, utilities, oil and gas firms, automakers, and healthcare providers who deploy the hardware to frontline staff such as field technicians, assembly workers, and warehouse pickers.

Enterprise AR predates the current consumer headset wave and for several years was the main commercial market for see-through wearables. Microsoft, Google, Magic Leap, and several smaller vendors built or repositioned products specifically for this audience. The market has been volatile: some of the best known enterprise devices, including the Microsoft HoloLens 2 and Google Glass Enterprise Edition, were discontinued in the mid-2020s, while purpose-built industrial wearables from RealWear and Vuzix remained in production.

How enterprise AR differs from consumer AR

The split is less about the underlying optics than about the job the device is bought to do. Consumer AR aims at gaming, social apps, navigation, and general media; enterprise AR is bought to make a specific work task faster, safer, or more accurate, and is justified through measurable returns such as fewer errors or shorter repair times.

Several practical differences follow from that:

• Ruggedness and safety. Enterprise hardware is often built to withstand dust, water, drops, and loud or hazardous environments, and is designed to clip onto hard hats or bump caps. RealWear markets its headsets as fully rugged devices for "wet, dusty, hot, dangerous and loud" industrial settings.
• Hands-free voice control. Because workers usually have tools or parts in their hands, many enterprise devices are driven entirely by voice commands rather than touch or controllers.
• Display approach. Not every enterprise device overlays 3D holograms. A large segment uses what RealWear and others call "assisted reality": a single, opaque, monocular screen that sits just below the line of sight and shows information without blending it into the real world. Vendors argue this keeps full situational awareness in safety-critical work.
• Fleet management and integration. Enterprise deployments need device management, security, and links into existing systems such as PLM, ERP, or field-service software, which is handled by the platforms described below.

Use cases

Remote assistance

Remote assistance, often described as "see what I see," is one of the most widely deployed enterprise AR applications. A frontline technician wears a camera-equipped device and streams their first-person view to an off-site expert, who can talk them through a procedure and, on capable platforms, draw annotations that appear anchored in the technician's view. PTC positions its remote assistance tool as a way to give more visual context than a phone or video call, with support for multi-expert sessions.

Training and simulation

AR is used to train technicians on equipment without an instructor physically present, by overlaying 3D models, exploded views of components, and guided procedures. PTC's Vuforia Expert Capture lets an expert record a task hands-free in first person and turn it into reusable work instructions that a less experienced worker follows step by step.

Warehouse picking and logistics

In "vision picking," a warehouse worker wears smart glasses that display the next item, its location, and the quantity to pick, removing the need to read a paper list or handheld scanner. DHL Supply Chain ran an early pilot in the Netherlands with its customer Ricoh and software firm Ubimax, then expanded the program globally; DHL reported an average productivity improvement of around 15 percent across international trials along with reduced training times.

Design and engineering visualization

AR lets engineers and designers place full-scale 3D models of products or machinery in a real space to review fit, layout, and ergonomics before anything is built. Platforms such as PTC Vuforia Studio convert existing CAD or PLM data into AR experiences tied to a specific product configuration.

Field service

Field-service technicians use AR to pull up service history, IoT sensor data, and guided repair steps in context at the asset, and to escalate to a remote expert when needed. Boeing worked with Upskill (later part of TeamViewer) to guide aircraft wiring assembly on Google Glass running the Skylight platform; technicians advanced through instructions by voice and gesture, and Boeing reported cutting wiring production time by about 25 percent.

Inspection and quality

AR work instructions are used to standardize inspection and audit procedures, capturing photos and step-by-step results hands-free so that checks are consistent and documented. Vuforia Expert Capture is marketed in part for AI-assisted inspection procedures built from 3D data.

Representative hardware

The devices below have all been sold specifically for enterprise or industrial use. They fall into two broad groups: see-through "mixed reality" headsets that render 3D holograms, and "assisted reality" or smart-glasses devices built around a single 2D screen.

Device	Vendor	Released	Display type	Notes
Microsoft HoloLens / HoloLens 2	Microsoft	2016 / 2019	See-through stereoscopic (mixed reality)	HoloLens 2 used a Snapdragon 850 with hand and eye tracking. Microsoft ended HoloLens 2 production in October 2024 with no announced successor; software support is committed through December 31, 2027.
Magic Leap 1 (One)	Magic Leap	2018	See-through stereoscopic	Sold as a "Creator Edition" for developers and businesses at about USD 2,300, using a tethered compute pack. Reportedly sold far below expectations and was wound down by 2024.
Magic Leap 2	Magic Leap	2022	See-through stereoscopic	Marketed as a smaller, lighter enterprise headset with a 70-degree diagonal field of view and "Dynamic Dimming" segmented lens dimming. Required a tethered compute unit; Enterprise edition priced at USD 4,999.
RealWear HMT-1	RealWear	2017	Monocular "assisted reality"	Rugged, voice-controlled head-mounted display with a small screen that views like a 7-inch tablet, a Snapdragon 626, and a 16 MP camera. Built for hazardous environments and helmet mounting.
RealWear Navigator 500 / 520	RealWear	2021 / 2023	Monocular "assisted reality"	Android-based hands-free devices on a Snapdragon 662 with a 48 MP camera; the 520 raised the display to 720p with a 24-degree field of view.
Vuzix M400	Vuzix	2019	Monocular smart glasses	Snapdragon XR1, 12.8 MP camera, IP67-rated and drop-tested; weighs under 3 oz and is controlled by voice and a touchpad. Aimed at logistics, manufacturing, and remote support.
Google Glass Enterprise Edition / Edition 2	Google	2017 / 2019	Monocular smart glasses	Edition 2 used the Snapdragon XR1 and was widely deployed for warehouse and assembly work. Google ended sales on March 15, 2023 and ended support on September 15, 2023.
Lenovo ThinkReality A3	Lenovo	2021	See-through stereoscopic, tethered	Lightweight (about 130 g) glasses tethered to a PC or phone, with 1080p-per-eye displays and the ability to show multiple virtual monitors; runs on a Snapdragon XR1.

Representative software and platforms

Hardware on its own does little without software to author content, run procedures, and manage fleets. Several platforms support multiple device types, including phones and tablets, not just headsets.

Platform	Vendor	Focus	Notes
Dynamics 365 Guides and Remote Assist	Microsoft	Guided work instructions; remote "see what I see" assistance	Built around HoloLens. Microsoft announced in 2025 that both products will reach end of support on December 31, 2026, with subscriptions sold or renewed only until November 1, 2025.
PTC Vuforia (Chalk, Expert Capture, Studio)	PTC	Remote assistance, knowledge capture, CAD-based AR authoring	Chalk handles remote assistance; Expert Capture turns recorded expert procedures into work instructions; Studio converts CAD and PLM data into AR. Runs on phones, tablets, and headsets including HoloLens 2, Magic Leap, and RealWear.
TeamViewer Frontline	TeamViewer	Frontline workflows, picking, remote support	Assembled from acquisitions: TeamViewer bought Ubimax in 2020 and Upskill in 2021, folding Upskill's Skylight platform into Frontline. Customers cited at the time of the Upskill deal included Boeing and Merck KGaA.

Market shifts

The enterprise AR hardware market contracted in the mid-2020s even as software demand continued. Google ended its Glass Enterprise program in 2023. Microsoft stopped building the HoloLens 2 in late 2024 and then, in 2025, set a 2026 end-of-support date for the Guides and Remote Assist apps that depended on it. The retreat of these two large vendors left enterprise customers leaning on rugged smart-glasses makers such as RealWear and Vuzix and on device-agnostic software platforms, while waiting to see whether newer general-purpose headsets would fill the gap left by HoloLens.

See also

• Augmented reality
• Mixed Reality
• Smart glasses
• Microsoft HoloLens
• Magic Leap
• Magic Leap 2
• Lenovo ThinkReality A3