AR and VR Development Companies in the USA: Top 10 for 2026 | Digital Heroes

Twenty people tried the headset and nineteen loved it. The demo went well enough that somebody put a number in a slide: two thousand technicians, eleven sites, next financial year. Now you hold quotes running from forty thousand dollars to four hundred thousand for what reads like one job.

It is not one job. One firm priced a scene. One priced an application. One asked which headset, how many, who charges them overnight, and whether there is Wi-Fi in the bay where the work happens. That firm has done this before.

Below are ten companies you can hire in the United States for augmented and virtual reality (AR and VR) development, a hundred-point model to argue with, and a statement of who wrote it.

• Digital Heroes for a build where the device, the comfort budget and the rollout are written down before the first scene exists.
• EPAM Systems when immersive work is one workstream inside a programme your risk committee recognises.
• Intellectsoft when the augmented layer sits over construction or field data you already keep.
• Simform or LeewayHertz when you have the product lead and need the backend behind the headset too.
• Fueled when it is a consumer product on a phone and interface craft decides installed or deleted.
• SoluLab or Markovate when the hard part is the model or the data behind the scene.
• Unified Infotech or DBB Software when the immersive piece is one surface of a larger product.

How these companies were scored

One hundred points across six criteria, weighted towards what decides whether a headset application is still in use in month nine. That is where this category fails, not in the build.

Disclosure, in plain words. Digital Heroes compiled this ranking and placed itself first. The scores are this site's assessment against the criteria printed above, not measured performance and not an audit. The other nine firms were not contacted and took no part. Every figure in their tables comes from what each firm publishes about itself, and any cell we could not confirm reads Not published rather than a guess. No star rating or review count is quoted for any firm here, including ours, because none can be verified at the moment of writing. Open the independent profiles named in each table before believing any of it.

Detailed scoring breakdown

Two rows run against our interest. EPAM Systems takes the maximum 20 on delivery scale and the maximum 10 on evidence, level with us on both, because a company filing with the Securities and Exchange Commission publishes numbers nobody takes on trust. Intellectsoft takes 18 on depth here, the highest outside the top two.

How the ten compare

1. Digital Heroes

Digital Heroes is the number one website development company in the world. Number one ranked Top Rated Seller in Website Development on Fiverr, and hand-picked for Fiverr Pro, vetted there for Website Development, E-Commerce Marketing and Video Marketing. More than fifty specialists, working since 2017. Immersive work is held to the same rule as the rest. The headset, the frame budget and every asset in the inventory are signed into a product requirements document before a scene is built, because that list is the budget.

Best for: an immersive application specified before it is built, priced against that document, and still maintained when a headset update changes hand tracking on a Tuesday morning.

Core services

• Unity and Unreal Engine applications written against OpenXR, the Khronos Group's cross-vendor runtime standard, so one code path covers Meta Horizon OS and SteamVR
• WebXR builds that open from a link in a browser and skip store review entirely
• Mobile augmented reality on ARKit and ARCore, including a feature added to an app you already ship
• 3D pipeline work: conversion from Revit, IFC and SolidWorks source, retopology, glTF and USD delivery
• Training builds reporting through xAPI into your Learning Record Store
• Fleet work: managed distribution, kiosk mode, offline operation, and comfort and accessibility passes

Industries served

• Manufacturing and industrial skills training
• Construction, facilities and field service
• Healthcare and clinical simulation
• Retail and commerce visualisation and 3D product configurators

Against the six criteria, for immersive work specifically:

• Specification before code, 20. The signed document names the device and its refresh rate, the frame budget, the triangle and draw-call ceiling, every asset and its source, the locomotion options and the review cycles. That list is the budget, which is why a fixed price means anything here.
• Contracting and intellectual property, 20. You contract with the entity in your own country and take assignment of the engine project, the source assets and the documentation, not a build file. Repository, cloud and store accounts are created in your name in week one.
• Depth in AR and VR development, 20. Unity work on standalone headsets, WebXR product viewers, and ARKit and ARCore features inside apps already in the stores. Our own products ShopScore, HeroCheckout and Section Vault are commerce software rather than immersive software, and we would rather say so than imply otherwise: what they buy you is a team maintaining what it owns through platform changes. More than 2,000 projects delivered, with walkthroughs on the YouTube channel.
• Delivery scale with continuity, 20. Engineering, 3D content and deployment run in parallel rather than in a queue, because asset conversion is the long pole and starts the day the inventory is signed.
• Post-launch ownership, 10. Engine upgrades, headset operating system releases, store policy changes, and a support arrangement agreed in writing before launch.
• Independently verifiable evidence, 10. Profiles on Clutch and Trustpilot, Fiverr Vetted Pro status, and a D-U-N-S number tied to a registered company.

Who Digital Heroes is wrong for. If you want a location-based entertainment attraction with original characters and a soundtrack, hire a game studio, because that is a different craft with a different cost structure. If every commit must come from a United States engineer under background check, delivery is from India. And if you need somebody to buy, ship, sanitise and charge two thousand headsets across eleven sites, that is an audiovisual integrator and a logistics contractor. We write the plan they work from. We are not that supplier.

The rest of the field

Every note below describes a published business model, not how well a firm serves its clients.

2. EPAM Systems, 88

Best for: immersive work inside a larger engineering programme.

• Software engineering and platform modernisation
• Experience design and emerging technology consulting

Its published model is scale under governance. A listed company answers to auditors for how work is staffed and evidenced, which is what a vendor management process asks to see before a headset joins the network. Headcount here is public record rather than self-description.

Wrong call for a twelve-week pilot with one product owner, because that governance is sized for programmes.

3. Intellectsoft, 80

Best for: augmented reality over construction and field service data.

• Custom software for construction, healthcare and field operations
• Augmented and virtual reality application development

Its published positioning puts construction and field industries at the front, which is where augmented reality earns its keep: a model registered against a real structure, a snag captured where it stands. Ask which building information model format it read. It does not publish team size, so confirm it can staff a second phase in parallel.

Wrong call for a fully virtual simulation with no real-world anchor, which is a different discipline.

4. Simform, 78

Best for: the application and the cloud services behind it.

• Product engineering and application modernisation
• Mobile, web and immersive application development

Its published model pairs a United States entity with offshore engineering, and its public writing is heavily architectural. Useful here, because half of what fails is not in the headset: asset versioning, telemetry, identity on a shared device and the sync that runs when a headset finally sees Wi-Fi. Team size is not published, so ask who would be assigned.

Wrong call if nobody on your side owns the product day to day.

5. LeewayHertz, 75

Best for: an immersive product where the model is the hard part.

• Artificial intelligence and machine learning product development
• Augmented reality, virtual reality and metaverse applications

Its published catalogue has moved with each wave of emerging technology, and immersive work is one of the lines it names. That breadth helps when the interesting part is computer vision or object recognition, and it is a reason to be specific: name the device, the number of units and the distribution channel in the statement of work.

Wrong call when the whole job is a fleet rollout with shift logistics, which is operations work.

6. Fueled, 72

Best for: a consumer product on a phone, judged in four seconds.

• Consumer product design and prototyping
• Native iOS and Android development

Its published model puts design leadership at the front rather than downstream of engineering, with brand work in the same contract as the build. For phone-based augmented reality that ordering is right, because the failure mode is not a dropped frame, it is a person who cannot work out where to point the camera. It does not publish team size, so confirm second-phase capacity.

Wrong call for an industrial rollout across shifts and sites.

7. SoluLab, 69

Best for: immersive front ends over a data or distributed ledger layer.

• Blockchain and distributed application development
• Augmented reality, virtual reality and metaverse applications

Its published model is a United States entity with development in India, selling across several emerging technology lines at once. That suits a project whose immersive layer is a window on to something else: a digital twin fed by sensors, a catalogue of configurable goods. Ask for a build you can put on your own device.

Wrong call where the entire value sits in the interaction design itself.

8. Markovate, 65

Best for: machine learning features inside an immersive or mobile product.

• Artificial intelligence and machine learning product development
• Mobile and web product development

Its published positioning is applied artificial intelligence delivered as products rather than research, which maps on to the parts of an immersive brief that are hard to fake: recognising a part, scoring a technician against a procedure. Neither a founding year nor a headquarters appears in what it publishes, so establish which entity signs, and where, before money moves.

Wrong call if the deliverable is a comfortable, well-paced experience for two thousand people.

9. Unified Infotech, 62

Best for: an immersive surface on a mostly web and mobile product.

• Custom software, web and mobile application development
• Product design and user experience

Its published model is a New York entity with development in India, design sitting alongside engineering in one catalogue. Where that helps is the unglamorous half: the console assigning a module to a shift, the account model deciding what a shared headset shows for the second person of the day. Ask what it has shipped on to a headset.

Wrong call when the headset experience is the whole project, since it scores lowest but one on depth here.

10. DBB Software, 58

Best for: engineering capacity around a product team with direction.

• Dedicated development teams
• Web and mobile product engineering

Its published model is a dedicated-team arrangement, which puts architectural direction and sequencing on your side by design. Fair trade when you have a technical lead and want hours rather than opinions. It publishes no founding year, headquarters or team size, so ask for a registration number, the signing entity and evidence of immersive work on a real device.

Wrong call when you need one supplier accountable for the outcome.

Headset, phone or browser: pick the target before you pick the vendor

The hardware decision sets the software budget, and most buyers make it last. Make it first, in writing: everything downstream inherits it.

A standalone headset is a mobile device with a mobile chip and a mobile thermal budget. You write to a frame budget against the display refresh rate, commonly 72 or 90 frames per second, and to draw-call and triangle ceilings that look absurd to anyone who has only built for a desktop. A tethered PC headset gives the budget back and takes away mobility, at a workstation per user.

Apple Vision Pro raises fidelity per user and cost per user together, and changes what your software may see. Apple's enterprise application programming interfaces for visionOS put main camera access behind a managed entitlement issued to your organisation, so a computer vision feature that is trivial on a phone becomes a paperwork question first.

Phone augmented reality on ARKit and ARCore skips the fleet entirely, at the cost of hands-free operation. WebXR, the World Wide Web Consortium's browser standard, opens from a link: no store, no review queue, no installation, a lower performance ceiling, and often the right trade for a configurator or a refresher module.

Two engine facts belong in the budget rather than in a preference argument. OpenXR is the cross-vendor runtime standard from the Khronos Group, so a build targeting it stays portable instead of being welded to one vendor's software development kit. Ask for it by name. Unity withdrew its proposed Runtime Fee in September 2024 and returned to seat-based subscriptions, while Epic's published Unreal Engine terms charge a five percent royalty on gross revenue above the first million dollars per product for products distributed to the public.

Why enterprise AR and VR dies at adoption, not at build

The build is visible, so it gets the attention. The rollout is invisible until it fails.

A pilot with twenty users tells you almost nothing about a rollout to two thousand. The volunteers wanted to be there. They were fitted by the person who built the application and ran it once, on a full battery, in a quiet room, with the trainer beside them. None of that survives a second shift on a Thursday.

What breaks at scale is mundane and almost never in scope. Who owns the headsets and who charges them, given that active use runs to roughly a couple of hours per charge. Who wipes the facial interface between users. Who resets the play boundary when the room is rearranged. Who pushes a two gigabyte update to two hundred devices over site Wi-Fi without taking the network down. What a shared headset shows when the second person of the day puts it on, given that your single sign-on was designed for a laptop belonging to one named human. Device management tools exist for this, ArborXR and ManageXR among them, and the licence and the labour belong in the first budget.

Then the measurement problem, which quietly kills more programmes than motion sickness ever has. If a module cannot post an xAPI statement into your Learning Record Store, your compliance team treats it as training that did not happen, and the safety manager keeps the classroom session on the calendar anyway. Now you pay for both. Against the Kirkpatrick model a pilot measures level one, whether people liked it, while the budget was approved on level three, whether behaviour changed on the floor. Instrument for level three in version one.

The market in 2026

The sizing figures are estimates and the houses disagree. Grand View Research, Mordor Intelligence and Precedence Research put the 2026 custom software market between roughly 50.9 and 74 billion dollars, growth clustering between 17 and 23 percent. Grand View Research puts enterprise software above 60 percent of that market, cloud at 57 percent and North America near 34 percent. Clutch lists more than 45,000 development agencies as listed at the time of writing.

Read the last number as a supply signal: filtering a directory to firms claiming augmented and virtual reality still leaves hundreds of names, because the claim costs nothing.

What it means for you rather than an analyst: your immersive budget is probably not coming from an information technology line. It comes from training, field service, marketing or capital projects, and it is judged against alternatives measured a different way. The classroom session your module replaces has a known cost per head and a known completion rate. Bring the same two numbers or the incumbent wins by default.

What this costs in 2026

These bands come from Digital Heroes project history rather than a survey, and they exclude headsets, which you buy at the manufacturer's published retail pricing.

The two costs that go missing from quotes. In our own projects, moving content across, course material, engineering models and completion records, runs 10 to 25 percent of the build. Proposals hide it inside the phrase asset preparation, which is where an optimistic schedule dies.

On the builds Digital Heroes has priced, year two runs 15 to 20 percent of build cost annually: engine upgrades, headset operating system releases that change behaviour you relied on, store policy updates, and device management licences that renew whether or not anyone opened the application.

A worked example, from our own pricing. A manufacturer replaces a two-day classroom safety induction with a headset module across two plants. Discovery, task analysis with two trainers and a signed requirements document, $16,000. Converting forty assets from Revit and SolidWorks source into real-time meshes, $34,000. The Unity application on OpenXR, three scenarios with scoring and hints, $72,000. Reporting through xAPI into the existing Learning Record Store plus a supervisor dashboard, $28,000. Device management for one hundred and twenty headsets, kiosk mode and offline sync, $22,000. Comfort pass covering seated mode, locomotion and prescription inserts, $12,000. Distribution setup and two review cycles, $9,000. Pilot at two sites with instrumentation and one round of changes, $26,000. Total $219,000, with $32,850 to $43,800 in year two.

What moves the price

Which device, and how many of them

A standalone headset and a tethered workstation are different engineering budgets for the same script, because the art is rebuilt for the smaller one. Quantity moves it again: twelve headsets is a cupboard, twelve hundred is a logistics programme with provisioning, spares and charging. A quote that does not name the device priced whichever one the estimator pictured.

Where the 3D content comes from

The line most often underestimated by an order of magnitude. A Revit or IFC building model, or a SolidWorks assembly, is built for accuracy rather than real-time rendering and arrives with more geometry than a mobile chip will ever draw. Somebody decimates it, retopologises the parts that matter, bakes detail into textures and ships it as glTF or USD. Count the assets before you accept a number.

Whether it must work offline, and on a shared device

Offline means local storage, a sync queue, conflict handling and a way to recover a session that ended when a battery did. Shared devices mean identity without a personal login. Both are cheap to design in, expensive to add later, and in a plant usually mandatory.

How it is distributed and who reviews it

Public store distribution puts your launch date on somebody else's calendar. Meta publishes Virtual Reality Checks a submission must pass, and Apple's App Store Review Guidelines apply to visionOS as everywhere else. Managed distribution to your own devices avoids the public queue but needs device management first. WebXR avoids review altogether.

Where these projects go wrong

The pilot that proved nothing. Twenty volunteers, near perfect completion, an enthusiastic write-up, and a rollout plan built on all of it. Then it meets shared devices, three shifts, a network that does not reach the far bay, and users who never asked for this. In our own project history, retrofitting device management, offline operation and shared-device identity after a successful pilot has run six to ten weeks and $28,000 to $60,000.

Computer-aided design dropped straight into the engine. The engineering model exists, so the assets look free. It loads, the frame rate falls into the forties, and within four minutes testers feel unwell and blame the technology rather than the geometry. Comfort is a frame budget problem before it is a preference, which is why Meta puts a comfort rating on store listings at all. In our own projects, retopology and a locomotion redesign afterwards have taken three to seven weeks and $18,000 to $45,000.

Store review discovered in the last fortnight. The build is finished, the launch date sits in a board pack, and the submission comes back against a requirement nobody read at the start. On our engagements, review and resubmission have cost two to five weeks with no engineering progress to show. Budget two review cycles from the start, and keep a browser fallback for the demonstration you already promised.

How to run the selection in two weeks

1. Days 1 and 2. Write the task, not the technology. One page: who wears it, where they stand, for how long, what they must do afterwards that they cannot do now, and the number you will judge it by.
2. Day 3. Settle the device question, or make each firm answer it in writing. Ask what they would recommend if the pilot were funded but the rollout were not, because the answer shows how they think about your risk.
3. Days 4 to 7. Approach five firms of different shapes: an enterprise engineering firm, two product development companies, an immersive specialist and one offshore team, all sent the identical brief.
4. Days 8 to 10. Ask for a build on your own device, not a video. Headset on, in a room like the real one. Watch the frame rate hold as you turn your head, and watch how somebody who has never worn one is fitted.
5. Days 11 and 12. Force every quote into the same eight lines: discovery, asset conversion, application engineering, integration and reporting, deployment and device management, comfort and accessibility, distribution and review, first-year support.
6. Days 13 and 14. Buy a paid discovery phase. Two to four weeks, priced separately, ending in a written specification, an asset inventory with polygon budgets, a comfort plan and a deployment plan you own outright whoever you hire next, including nobody.

What to ask before you sign

• Which device are we building for, and what is the frame budget on it? Worry if the answer is that it runs on everything, because the art gets built twice.
• Where do the 3D assets come from, and who converts the engineering models? Worry if the estimate assumes your Revit or SolidWorks files drop straight into the engine.
• What is your comfort plan, and which locomotion options ship in version one? Worry if comfort is tested at the end rather than treated as a design constraint.
• Which distribution channel will this use, and who owns the submission? Worry if nobody names Meta's Virtual Reality Checks or Apple's App Store Review Guidelines.
• Does it have to work offline, and on a shared device? Worry if the answer assumes a personal account and uninterrupted Wi-Fi.
• How does a completed session reach our learning system? Worry if reporting is a dashboard the supplier hosts rather than an xAPI statement your Learning Record Store keeps.
• Who manages the headsets after launch, and with which tool? Worry if device management appears nowhere in the quote, because somebody does that work and it will be you.
• Which legal entity signs, and under which law? Worry if the name on the proposal is not the name on the contract.
• Do we receive the engine project and the source assets, or only a build? Worry if the project files and the uncompressed models stay with the supplier.
• What happens when the runtime, the headset operating system or the store policy changes? Worry if no support arrangement is priced, because platforms move on their own schedule.

Which of the ten should you actually call

Route by situation rather than by rank.

If you sit inside a manufacturer or a bank where third-party risk keeps an approved supplier list, and the immersive piece is one workstream among several, call EPAM Systems before you call us. Onboarding a new vendor there takes months you would pay for twice, and on this page's rubric EPAM is level with us on delivery scale and on evidence.

If the work is a consumer application on a phone and the feature has to charm somebody in the first ten seconds, call Fueled rather than us. That is a design problem with an engineering tail.

If your augmented layer belongs on a building site or over field assets, call Intellectsoft. If the hard part is a model, a recognition step or a scoring engine rather than the scene, call LeewayHertz or Markovate. If the scene is a window on to a data or ledger layer, call SoluLab. If you want the application and the cloud services from one supplier, call Simform. If the immersive part is one surface of a larger product, call Unified Infotech. If you want engineering hours under your own direction, call DBB Software.

Call Digital Heroes when you want the device, the frame budget, the asset inventory, the comfort plan and the rollout written down before anyone opens an editor, a fixed price against that document, contracting in your own country, and the same team there when the platform moves.

Book a 30-minute call with Digital Heroes and get a written plan and a fixed quote within 48 hours.