%20(1)%20(1)%20(1).webp){kind=small}
Top Microsoft HoloLens Alternatives in 2026
- Gilad Tzori
- 2 hours ago
- 16 min read
Our leading Microsoft HoloLens alternatives in 2026 are the HMS SiNGRAY G2 for hands-free industrial AR, XREAL AURA for lightweight Android XR, Samsung Galaxy XR for high-fidelity visualisation, and Meta Quest 3 for cost-effective virtual training rooms. Which fits depends on one question: must workers see the real world directly, or is a camera feed acceptable?
There is also a deadline most teams have missed. Dynamics 365 Guides and Remote Assist reach end of support on 31 December 2026, a full year before HoloLens 2 security servicing ends.
The HoloLens alternatives in this comparison are the four devices we actually see shortlisted in replacement projects (two optical see-through, two pass-through), with HoloLens 2 included throughout as a baseline for every specification.
Use case | Recommended device |
Hands-free work on live equipment | |
All-day remote assistance and work instructions | |
Virtual training rooms at scale | |
High-fidelity 3D visualisation | Samsung Galaxy XR |
What are the HoloLens retirement deadlines?
Three separate dates matter, and they are not the same date. Most migration plans we see are built around 2027 and are therefore a year late.
What ends | Date | What it means for you |
Dynamics 365 Guides & Remote Assist support | 31 December 2026 | No security updates, bug fixes, or technical support. Subscriptions could not be purchased or renewed after 1 November 2025. |
HoloLens 2 production | Ended October 2024 | No new units, no replacements for broken devices from Microsoft. |
HoloLens 2 security updates | 31 December 2027 | Devices keep functioning but stop receiving security patches. |
One caveat on the 2027 date: the same release notes state that for UK Product Security and Telecommunications Infrastructure (PSTI) Act conformance, the minimum security update period is 28 February 2028 for units purchased up to 28 February 2025. Support commitments can therefore vary by unit and regulatory market, so check yours rather than assuming the headline date.
Both dates are confirmed by Microsoft: the Dynamics 365 lifecycle announcement and the HoloLens 2 release notes, which confirm the November 2024 update was the final feature release with monthly security servicing continuing through December 2027.
The practical consequence is that if your AR training runs on HoloLens 2 with Guides, the software reaches end of support a full year before the device does. Microsoft has not released a replacement product. Its official guidance points customers to third-party solutions on the Microsoft Marketplace, or to the spatial annotation feature in Microsoft Teams Mobile for some remote-assist scenarios.
What happens to Dynamics 365 Guides content after December 2026?
Your authored content does not disappear on 1 January 2027, but the applications do. Microsoft's documentation states Guides and Remote Assist "will no longer be available" after that date.
Microsoft does publish a Content Migration Tool (public preview), a PowerShell script that copies Guides content from one Dataverse environment to another, so the content is not stranded. What it does not do is convert anything into a format another XR platform can render. Moving content sideways within Dataverse is not the same as leaving Dataverse.
That leaves three options:
Rebuild every procedure by hand in a new platform. Realistic only if you have a handful of guides.
Migrate the underlying assets (CAD models, step logic, media, and part references) into a device-independent platform, and re-author once rather than per device. frontline.io builds a dedicated Dynamics 365 Guides migration tool for exactly this step.
Do nothing and run unsupported software indefinitely. Depending on your industry and internal policy, that may raise security, compliance, or cyber-insurance questions worth answering before the date rather than after it.
If you have hundreds of authored steps, option 2 is usually the only one that survives budget scrutiny. The sequence for doing it is in the migration section below.
What replaces Dynamics 365 Guides and Remote Assist?
The two Microsoft products no longer divide cleanly. From Guides 8.0 onwards, remote expert calling was folded into Guides itself. Microsoft's own FAQ notes that Guides has a Calls dashboard and that there is no built-in way to limit a Guides user to calling only. So it is more useful to map by capability than by product name:
What you used it for | Retires | Equivalent capability |
Step-by-step holographic work instructions | 31 December 2026 | frontline.io Interactive Flows: guided procedures built on a digital twin, authored once and rendered on AR headsets, VR headsets, tablets, phones and PCs |
Remote expert calling with spatial annotation | 31 December 2026 | frontline.io Remote Assist: live video collaboration with annotation on the technician's view, hands-free on a headset or from a phone in the field |
Two details worth knowing before you plan around this:
The mobile app is already deprecated. Dynamics 365 Remote Assist mobile was deprecated on 25 March 2025. Microsoft's guidance is that existing customers get similar capabilities through Microsoft Teams mobile instead, so the function continues, but on a different product. If part of your workflow ran on phones rather than HoloLens, that migration has effectively already happened.
You may be licensed for these without knowing it. The Dynamics 365 Field Service license includes Guides and Remote Assist at no extra cost. Teams who never bought either product directly may still have people using them, which is why the inventory step below matters more than it sounds.
Microsoft's suggested path for remote assist is spatial annotation in Teams Mobile. That covers a phone-held call, but not a hands-free headset session, and it requires one participant to hold a Field Service, Guides, or Remote Assist license, two of which are the licences being retired. If your technicians need both hands on the equipment while an expert draws on their live view, that is the gap frontline.io Remote Assist fills.
What is the difference between see-through and pass-through AR?
This is the single most important distinction when replacing HoloLens 2, and it is where most comparison articles go wrong. The two terms describe optics, not brands or operating systems.
Optical see-through (OST) means the worker looks through a transparent lens at the real world with their own eyes. Digital content is reflected onto that lens. There is no camera between the worker and the machine, so there is no latency, no resolution ceiling on reality, and no failure mode where a dead battery blinds someone mid-task. HoloLens 2 was an optical see-through device. So are the SiNGRAY G2 and XREAL AURA.
Video pass-through means cameras capture the real world and reproduce it on opaque internal displays. Image quality of the digital content is far higher, and the same device can switch to fully immersive VR. But the worker is seeing a reconstruction, with a few milliseconds of delay, reduced depth accuracy at arm's length, and difficulty in very bright or very dim light. Meta Quest 3 and Samsung Galaxy XR are pass-through devices.
A note on Android XR: Android XR is an operating system, not an optics category. It runs on pass-through headsets like Samsung Galaxy XR and on optical see-through glasses like XREAL AURA.
Which one do you need?
Your situation | Choose |
Workers on a live machine, factory floor, or in the field | Optical see-through |
Safety-critical tasks where losing sight of reality is unacceptable | Optical see-through |
Variable indoor lighting across a shift | Optical see-through with an adjustable front glass |
Classroom, virtual training room, or controlled environment | Pass-through |
Full-immersion simulation of a machine you don't have | Pass-through |
Design review of high-fidelity 3D models | Pass-through |
How should you evaluate a HoloLens replacement?
Beyond optics, five criteria decide whether a deployment survives its second year. Apply them to any HoloLens alternatives on your shortlist, not only the four compared here.
Field of view. Measured horizontally, vertically, and diagonally, and vendors quote whichever number flatters them. HoloLens 2 was 43° diagonal / 40° horizontal. Always compare like with like, and ask which axis a spec sheet means.
Standalone versus tethered. A tethered device with a pocket compute puck is lighter on the head but adds a cable and a second thing to charge, manage, and lose. On a factory floor, cables catch.
Ruggedisation and serviceability. Ask for the IP rating, the drop spec, whether the battery is swappable, and what the replacement-unit lead time is. HoloLens taught this lesson expensively: a device you cannot replace is a deployment you cannot scale.
Stated support lifetime. Ask for it in writing before you buy. This is the question nobody asked in 2019 and everybody is asking now.
Content portability. The hardware question will recur in three to five years. The only way to stop paying the migration cost again is to keep authored content in a platform that renders to whatever device comes next.
Which optical see-through HoloLens alternatives are available in 2026?
Ranked for industrial and field use. If you want devices like HoloLens 2, meaning hands-free, worn on the job, with the real world visible through the lens, these are the two that qualify.
How we chose, and what to know about us: devices were assessed on optics, industrial suitability, current availability, stated support horizon, and content portability. frontline.io software ships pre-installed on the HMS SiNGRAY G2, and frontline.io is a named launch partner for XREAL AURA, which is how we know both devices this well. Every specification below is cited to a primary source.
1. HMS SiNGRAY G2: the closest functional successor to HoloLens 2
The SiNGRAY G2 is a standalone optical see-through headset built specifically for the gap HoloLens 2 left. Japanese manufacturer HMS brings two decades of edge-AI and computer-vision work to it, and among the four devices here it is the only one with a dedicated tracking co-processor, the same architectural principle as HoloLens 2's HPU, which frees the main chipset for the application.
Optics: Birdbath, with a controlled-darkness front glass for varying light. Display flips up when direct vision is needed.
Display: 1920×1080 micro-OLED per eye at 90 Hz
Field of view: 47° diagonal
Compute: Qualcomm QCS8550 (Snapdragon 8 Gen 2) plus an Intel Movidius Myriad X vision processor for tracking
Tracking: Switchable 3DoF and 6DoF, kilohertz-level SLAM
Battery: 4,800 mAh, swappable, with no charging break mid-shift
Software: frontline.io pre-installed and optimised
Availability: Enterprise only, via HMS partnerships. Pre-orders opened to selected customers in late 2025; mass production from early 2026. Price on request.
Best for: manufacturing, aerospace and defence, semiconductor, medical device production, agricultural machinery, printing. Anywhere a technician needs both hands and an unmediated view of the equipment.
Trade-off to know: birdbath optics are far cheaper to produce than the waveguides HoloLens 2 used, but display brightness and lens transparency trade against each other. To keep virtual content opaque, the view of the real world is dimmed. That is acceptable indoors and a real consideration in bright sun.
2. XREAL AURA: the lightest way into Android XR
Announced at AWE 2026 and launching Autumn 2026, AURA is the first optical see-through glasses running the full immersive version of Android XR, with Gemini integrated. It is a genuinely different form factor: under 95 g on the face, because compute and battery live in a tethered pocket unit.
Optics: Birdbath, optical see-through
Field of view: 70°, the widest optical see-through FOV shipping in a glasses form factor
Display: Sony Micro-OLED, 1920×1200 per eye, refresh rates up to 120 Hz
Weight: under 95 g for the glasses, plus a compute puck
Compute: Qualcomm Snapdragon Reality Elite in the puck; XREAL X1S spatial co-processor in the frames
Sensors: World-facing cameras for hand tracking and 6DoF
Platform: Android XR with Gemini; Google Play app access (XREAL product page)
Availability: Expected autumn 2026. XREAL's launch announcement names the US, UK, Japan, Canada and South Korea as first-wave markets, with European markets following. Reservations from $99; XREAL has confirmed the base model will not exceed $1,500.
Best for: remote assistance, augmented work instructions, and spatial productivity where all-day comfort matters more than ruggedisation.
Trade-offs to know: it is tethered, so there is a cable and a second device to manage. Reviewers at Google I/O noted the real world appears somewhat dimmed and there is edge blurring at the periphery of the 70° display. And it is a consumer-first platform, so enterprise device management on Android XR is newer than on purpose-built industrial hardware.
Which pass-through HoloLens alternatives are available in 2026?
1. Meta Quest 3: the cost-effective virtual training room standard
Quest 3 is a practical choice for immersive training at scale, and by a wide margin the cheapest way to put a capable mixed-reality headset on many heads.
Optics: Video pass-through, pancake lenses
Field of view: approximately 110° horizontal
Display: 2064×2208 per eye, 90–120 Hz
Compute: Qualcomm Snapdragon XR2 Gen 2, 8 GB RAM
Weight: 515 g
Price: $599.99 for the 512 GB model, increased by $100 on 19 April 2026, which Meta attributed to the global surge in memory-chip costs
Best for: virtual training rooms, cohort onboarding, simulation of machinery the trainee cannot access physically, and any programme where headset count matters more than per-device capability.
Trade-offs to know: pass-through resolution and depth accuracy are adequate rather than good for close-up hand work on real equipment. At 515 g it is front-heavy for long shifts. It is not a field device.
2. Samsung Galaxy XR: high-fidelity Android XR with a stated support window
Samsung's Android XR headset, built with Google and Qualcomm, and the highest-resolution device in this comparison.
Optics: Video pass-through, two world-facing cameras
Field of view: 109° horizontal / 100° vertical, one of the few vendors here to publish both axes
Display: dual 3552×3840 micro-OLED, 29M pixels total, up to 90 Hz, 4,032 PPI
Compute: Qualcomm Snapdragon XR2+ Gen 2, 16 GB RAM, 256 GB
Weight: 545 g, plus a 302 g external battery pack
Battery life: up to 2 hours of general use, 2.5 hours of content playback
Input: eye tracking, hand tracking, 6DoF; controllers sold separately
Platform: Android XR with Gemini
Price: $1,799.99 in the US since 21 October 2025; £1,699 in the UK, shipping from 8 July 2026
The reason this device deserves a second look from anyone burned by HoloLens: Samsung has committed to regular software updates including security patches for up to five years, and Android XR now supports Android Enterprise, the same management framework you already use for Android phones and tablets. A published support horizon is exactly what was missing from the last generation of enterprise AR.
Best for: design review, high-fidelity digital twin visualisation, and organisations standardising on Android XR across both headsets and glasses.
Trade-offs to know: the battery is external and tethered to the headset, and controllers cost extra. The bigger operational constraint is runtime. Two hours of general use does not cover a shift, and unlike the SiNGRAY G2 the pack is not designed to be hot-swapped, so plan around charging cycles or mains power rather than continuous wear.
HoloLens alternatives compared
All four HoloLens alternatives side by side, with HoloLens 2 as the baseline row.
Device | Optics | FOV | Per-eye resolution | Weight | Standalone | Price |
HMS SiNGRAY G2 | Optical see-through | 47° diag | 1920×1080 | n/p | Yes | On request |
XREAL AURA | Optical see-through | 70° | 1920×1200 | <95 g + puck | No (tethered) | ≤$1,500 |
Meta Quest 3 | Pass-through | ~110° H | 2064×2208 | 515 g | Yes | $599.99 |
Samsung Galaxy XR | Pass-through | 109° H / 100° V | 3552×3840 | 545 g + 302 g | Yes | $1,799.99 |
HoloLens 2 (for reference) | Optical see-through | 43° diag / 40° H | 1440×936 | 566 g | Yes | Discontinued |
n/p = not published. Prices are US list, July 2026.
Which other HoloLens alternatives did we consider?
Four further devices were assessed and left out of the main comparison.
Magic Leap 2. No longer sold. Direct sales ended on 31 March 2026, and support for existing units runs to 31 December 2027, the same date as HoloLens 2. Specifying it now would mean starting a migration that already has a published end date.
DigiLens ARGO. A rugged standalone waveguide device with greater than 85% see-through transparency and a 30° field of view. That narrower display suits text, checklists and equipment callouts, but offers less room for large digital twins than the optical see-through devices compared above.
Apple Vision Pro. Excluded on cost and form factor rather than capability. At $3,699 and 750 to 800 grams before the external battery, it is a design review and visualisation device rather than something a technician wears through a shift.
RealWear Arc 3 and other assisted reality wearables. RealWear draws this distinction itself: assisted reality puts information on a monocular display in the wearer's peripheral vision, controlled entirely by voice, rather than anchoring content in 3D space. For hands-free document access, remote calls and checklists in high-noise environments it is often the better answer. It cannot replace holographic work instructions, which is what HoloLens deployments were built on.
How do you migrate HoloLens content without rebuilding it?
The hardware decision is the visible problem. The expensive one is the content. Here is the sequence that works.
Inventory what you actually have. Every guide, procedure, and remote-assist workflow, with an owner and a usage figure. Check Field Service licence holders too, since Guides and Remote Assist are bundled with it. Most organisations discover a third of their authored content is dormant and does not need migrating at all.
Separate assets from authoring. Your CAD models, media, part numbers, and step logic are portable. The HoloLens-specific packaging is not. Recover the former. This is what the Dynamics 365 Guides migration tool is for, rather than doing it by hand.
Choose the platform before the device. If content lives in a device-independent platform, the headset becomes a swappable component rather than a dependency. Choosing hardware first inverts this and guarantees a repeat migration.
Re-author once, deploy everywhere. Rebuild each procedure a single time in a cross-device platform, then render it to whichever headsets, tablets, phones, or PCs each team actually uses.
Pilot on two devices, not one. Run the same content on an optical see-through and a pass-through device with real technicians. Preferences here rarely match what the spec sheet predicts.
Set your deadline to December 2026, not 2027. Guides support ends first. Work back from there.
Where frontline.io fits
frontline.io is an AI-powered XR platform that converts CAD models into interactive digital twins for industrial training, maintenance, and remote support, handling assemblies of up to 200,000 parts, with conversion measured in hours rather than weeks.
For teams leaving HoloLens specifically, three things are relevant:
There is a migration path, not just a platform. Our Dynamics 365 Guides migration tool is built specifically to move existing Guides content across, so the work starts from what you already authored rather than a blank page.
Content is authored once and renders across devices: AR and VR headsets, PCs, tablets and smartphones. This is what stops the next hardware retirement becoming another migration project.
Content renders across a broad range of devices, including AR and VR headsets, PCs, tablets and smartphones, and HoloLens 2 itself. You can keep existing devices running while you transition rather than switching over in one weekend.
We are already on the hardware. frontline.io ships pre-installed on the HMS SiNGRAY G2 and is a named launch partner for XREAL AURA, so day-one deployment does not wait on integration work.
Book a free consultation to walk through your Guides inventory and get a migration estimate. A 30-day platform trial is available, and we will sign an NDA if your content requires it.
Frequently asked questions
Is HoloLens discontinued? Has Microsoft officially confirmed it?
Yes, and yes. It is confirmed in Microsoft's own documentation rather than press reports. Microsoft ended HoloLens 2 production in October 2024 and issued a last-time-buy notice, and the HoloLens 2 release notes state that the November 2024 update was the final feature release, with monthly security servicing continuing through December 2027. No successor has been announced.
What happened to HoloLens?
Microsoft wound it down in stages rather than all at once. HoloLens (1st Gen) reached end of servicing in December 2024. HoloLens 2 production ended in October 2024, its final feature release shipped in November 2024, and Dynamics 365 Guides and Remote Assist, the main enterprise software for it, lose support on 31 December 2026. Security updates for HoloLens 2 run to December 2027. Microsoft has announced no third-generation device.
When does HoloLens 2 stop working?
HoloLens 2 devices will keep functioning after support ends on 31 December 2027. They are not remotely disabled. They simply stop receiving security patches and bug fixes, which makes continued use a security and compliance risk rather than a technical impossibility.
What is replacing Dynamics 365 Guides?
Microsoft has not released a replacement. Guides and Remote Assist reach end of support on 31 December 2026, and Microsoft directs customers to third-party mixed-reality solutions on the Microsoft Marketplace, or to spatial annotation in Microsoft Teams Mobile for some remote-assist scenarios. Because remote calling was folded into Guides from version 8.0, replacements are best assessed by capability: guided work instructions on one side, remote expert calling on the other. On the frontline.io platform those map to Interactive Flows and Remote Assist respectively.
What is the best HoloLens 2 alternative for industrial use?
Of the HoloLens alternatives available in 2026, the HMS SiNGRAY G2 is the closest functional successor for hands-free work on live equipment: standalone, optical see-through, purpose-built for industrial deployment, with a swappable battery and a dedicated tracking co-processor. For lighter all-day wear, XREAL AURA offers a wider 70° field of view at under 95 g, tethered to a compute puck.
How long will a new enterprise AR headset be supported?
Ask for the number in writing before you buy. It is the question most HoloLens buyers did not ask in 2019. Samsung has published a five-year commitment for Android XR software updates including security patches. Most other vendors state warranty length rather than software support lifetime, and the two are not the same thing.|
Will HoloLens ever be available for consumers?
No. HoloLens 2 was sold as an enterprise device, production has ended, and Microsoft has announced no successor. If you want a consumer headset today the options are pass-through devices such as Meta Quest 3 and Samsung Galaxy XR, or optical see-through glasses such as XREAL AURA, which launches to consumers in autumn 2026.
Is Android XR a see-through or pass-through platform?
Both. Android XR is an operating system, not an optics type. It runs on pass-through headsets such as Samsung Galaxy XR and on optical see-through glasses such as XREAL AURA.
Do I need to rebuild my AR training content on a new device?
Not if the content lives in a device-independent platform. Content authored on frontline.io renders across AR and VR headsets, PCs, tablets and smartphones, so changing hardware does not require re-authoring. Content locked to a single device or runtime, including Dynamics 365 Guides, does require rebuilding, though a dedicated migration tool can carry the underlying assets across rather than starting from scratch.
How much does an enterprise AR headset cost in 2026?
Roughly $600 to $1,800 for devices with public pricing: Meta Quest 3 at $599.99, XREAL AURA capped at $1,500, and Samsung Galaxy XR at $1,799.99. The HMS SiNGRAY G2 is quoted on request through enterprise channels, and purpose-built industrial hardware typically sits above the consumer tier once support contracts and spares are included.
Sources
Microsoft
Dynamics 365 Guides and Remote Assist reaching end of support on December 31, 2026. Microsoft Lifecycle
HoloLens 2 release notes. final feature release and security servicing through December 2027 and UK PSTI minimum security update period
Migrate Dynamics 365 Guides content using the Content Migration Tool (public preview). Microsoft Learn
FAQ about Dynamics 365 Guides. Calls dashboard and Remote Assist calling inside Guides
Welcome to Dynamics 365 Remote Assist. Remote Assist mobile deprecated 25 March 2025
Requirements for Dynamics 365 Remote Assist. Field Service licence includes Guides and Remote Assist
HMS SiNGRAY G2
XREAL AURA
XREAL AURA product page. XREAL
First look: Project Aura. XREAL
Hands-on: XREAL Aura AR glasses with Android XR. Road to VR
Meta Quest 3
Devices considered but not compared
Magic Leap terms of sale. Magic Leap, end of direct sales
ARGO product page. DigiLens
5 benefits of assisted reality. RealWear, on how assisted reality differs from augmented reality
Samsung Galaxy XR
Galaxy XR evolves work in the AI era with new enterprise capabilities. Samsung, five-year update commitment and Android Enterprise support
Samsung Galaxy XR arrives in the UK. Samsung UK
Samsung Galaxy XR product page and FAQ. Samsung, field of view and display specifications
Meet Galaxy XR. Samsung, display, refresh rate and battery life
This article is based on manufacturer documentation and frontline.io's direct experience with the devices described. Specifications and prices change; verify current figures with the manufacturer before purchase.
