ClickMasters

[ Service ] AR/VR Development

AR/VR Development Services
Build Immersive Experiences That Transform How Your Customers Engage

AR/VR development company — WebXR, iOS ARKit, Android ARCore, Unity VR, HoloLens MR. Retail product visualisation, VR training, virtual property tours.

32%

Product return reduction

28%

International buyer conversion lift

64%

Safety incident reduction

10+ yrs

Immersive tech depth

[ 02 ]The gap

Why AR/VR Investment Produces Commercial Returns

THE VISUALISATION-TO-PURCHASE CONVERSION CASE E-commerce and retail have a visualisation problem that two-dimensional product photography cannot fully solve. The customer who cannot confidently visualise how a product will fit, look, or feel in their specific context will not purchase — or will purchase and return. AR product visualisation solves this problem specifically: the IKEA Place app that lets customers see exactly how furniture fits in their room, the Warby Parker app that lets customers virtually try on glasses, the cosmetics retailer whose AR mirror shows exactly how a lipstick shade looks on the customer's face. Retailers implementing AR product visualisation consistently report 25-40% reductions in product return rates and 15-30% improvements in conversion rates for the products they offer AR experiences for. THE TRAINING EFFICIENCY CASE Industrial and professional training has a cost and scale problem that traditional classroom and on-the-job training cannot efficiently solve. VR training addresses both: the simulation that can be deployed to any location simultaneously, that presents the trainee with the specific emergency scenarios and equipment configurations they need to master without the cost of running physical simulations, and that captures the performance data that allows training managers to identify and address competency gaps systematically. Major manufacturing, aviation, and healthcare organisations have demonstrated that VR training reduces time-to-competency by 40-60% and improves knowledge retention by 70-80% compared to traditional training methods. THE REMOTE ENGAGEMENT CASE The international property buyer who cannot travel to view a development, the industrial buyer evaluating a capital equipment purchase too large to demonstrate at a trade show, the healthcare system evaluating a complex medical device installation — all represent commercial situations where the buyer needs an experience that geography or practicality prevents. VR produces that experience. The virtual property tour that places the international buyer inside a completed apartment. The VR equipment demonstration that shows the capital equipment operating in a simulated production environment. The surgical simulation that allows a clinical team to evaluate a device before their institution commits to the purchase.

[ 04 ]What we build

Our services
— built to last.

[ Augmented Reality · 01 ]

Augmented Reality Application Development

WEBXR AND NATIVE AR FOR RETAIL, REAL ESTATE, AND INDUSTRIAL

We develop augmented reality applications across three primary platforms: WebXR (browser-based AR that requires no app installation, accessed through any modern smartphone browser), native iOS AR (ARKit-based applications for the Apple device ecosystem, providing the highest fidelity AR experiences on iPhone and iPad), and native Android AR (ARCore-based applications for the Android ecosystem). WebXR AR is the most commercially accessible AR format for retail and real estate applications — a customer can scan a QR code and immediately see a product in their room without downloading an app. We build WebXR AR experiences using Three.js, Babylon.js, and the WebXR Device API: product placement AR (furniture, décor, appliances, equipment placed in the customer's real environment), product configuration AR (the customer changes colour, material, or configuration and sees the product update in their space in real time), and branded AR experiences for marketing campaigns and product launches. Native iOS and Android AR applications provide deeper capabilities: room scanning (understanding the spatial geometry of the environment to place products accurately), occlusion (objects appearing behind real-world furniture as they should), and the persistent AR features that advanced retail, real estate, and industrial applications require. We build native AR applications using ARKit, ARCore, and Reality Composer for the specific AR capabilities that each application requires.

[ Virtual Reality · 02 ]

Virtual Reality Application Development

UNITY AND UNREAL ENGINE VR EXPERIENCES

We build virtual reality applications using Unity and Unreal Engine — the two dominant VR development platforms — for standalone VR headsets (Meta Quest 2/3/Pro), tethered VR (PC VR via SteamVR for high-fidelity applications requiring maximum graphical quality), and cross-platform VR applications targeting multiple headset ecosystems. Our VR development capability covers: VR training simulations: The interactive training environments that place trainees in the specific scenarios — equipment operation, emergency procedures, safety-critical processes, medical procedures — that they need to master. VR training applications include the performance tracking and assessment features that allow training managers to monitor trainee progress, identify competency gaps, and generate the compliance documentation that regulated industries require. Virtual property tours: High-fidelity 3D environments built from architectural plans or photogrammetry scans that allow property buyers, tenants, or investors to experience a space before it is built or before they can visit. We build virtual property tours for new development marketing, international commercial real estate, and the hotel and hospitality sector. VR product configurators: The immersive product configuration experiences that allow customers to design, customise, and experience a complex product — an architectural kitchen, a commercial vehicle interior, a custom piece of industrial equipment — at full scale and in the specific configuration they are considering purchasing.

[ Mixed Reality · 03 ]

Mixed Reality Development

MICROSOFT HOLOLENS AND MAGIC LEAP ENTERPRISE APPLICATIONS

Mixed reality (MR) — which overlays digital content onto the physical world with spatial awareness and physical object recognition, unlike standard AR's screen-based overlay — is primarily an enterprise technology deployed on dedicated MR headsets. Microsoft HoloLens and Magic Leap are the dominant enterprise MR platforms, used for industrial maintenance guidance, surgical assistance, remote expert collaboration, and the complex operational applications where hands-free, spatially aware digital content overlay provides productivity and safety benefits. We develop enterprise mixed reality applications: maintenance and repair guidance applications (step-by-step repair instructions overlaid on the actual equipment being serviced, with visual indicators pointing to specific components), remote expert collaboration (the field technician whose HoloLens streams their view to a remote expert who can annotate the technician's visual field in real time), quality control inspection (AR-guided inspection checklists overlaid on the physical product being inspected), and training applications that use MR's spatial awareness for the realistic simulation of hands-on procedures.

[ 3D Assets · 04 ]

3D Modelling and Asset Development

PRODUCT VISUALISATION AND ARCHITECTURAL 3D ASSETS

The quality of an AR/VR experience is determined as much by the quality of the 3D assets as by the application development — a poorly modelled product placed in a customer's room provides no visualisation value; a photorealistic model with accurate materials and lighting provides the confidence the customer needs to purchase. We provide 3D modelling and asset development for AR/VR applications: product 3D modelling (from product photography, CAD files, or physical product scanning), architectural 3D modelling (from architectural drawings and specifications), character and avatar creation, environment design, and the optimisation of 3D assets for the polygon count and texture resolution that each target platform's performance requirements demand.

[ Integration · 05 ]

AR/VR Integration and Platform Connectivity

CONNECTING AR/VR TO E-COMMERCE AND BUSINESS SYSTEMS

AR/VR applications in retail and real estate contexts are most commercially valuable when they are connected to the surrounding commercial infrastructure — the e-commerce platform that receives the order when the customer completes their AR configuration, the CRM that tracks the VR tour engagement that preceded the property enquiry, the training management system that records the VR training completion that satisfies a compliance requirement. We design and build AR/VR integrations: Shopify and WooCommerce integration for AR product viewers, Salesforce and HubSpot CRM integration for VR tour lead capture, LMS (Learning Management System) integration for VR training completion tracking, and the API integrations that connect AR/VR experiences to the specific business systems each application's commercial context requires.

[ 05 ]Client results

Client results
in practice.

[ Furniture Retailer · AR ]

32%

return reduction · 22% conversion lift

UK furniture retailer — AR product visualisation reduces returns by 32% and improves conversion by 22%.

A UK online furniture retailer was experiencing a 28% product return rate — well above the 15% category average — primarily driven by the "not as expected" reason that accounts for the majority of furniture returns when customers cannot accurately visualise scale and fit before purchasing. The retailer implemented AR product visualisation (WebXR, no app install required) for their 200 highest-return-rate products. Our AR development: WebXR product placement AR for 200 SKUs (photorealistic 3D models built from product photography and specifications, placed in the customer's room through their smartphone camera), QR code activation on product pages, and Shopify integration that maintained the AR product as a page element.

[ Real Estate Developer · VR ]

AED 68M

off-plan sales · 14% → 28% conversion

UAE real estate developer — VR property tours generate AED 68M in off-plan sales to international buyers.

A Dubai off-plan property developer was targeting international buyers from the UK, India, and Russia who could not travel to Dubai to view the development. The sales team's international pipeline conversion rate was 14% — significantly below the 32% conversion rate for buyers who had visited the Dubai showroom in person. Our VR development: high-fidelity virtual property tours for 8 unit types in the development (3-bedroom, 2-bedroom, studio, and penthouse configurations), deployed on Meta Quest standalone headsets at international property exhibitions and available as a web-based 360° tour for prospects who could not attend exhibitions. Realistic material finishes, lighting, and the development's show unit specifications were reproduced faithfully in the VR environments.

[ Manufacturing · VR Training ]

64%

safety incident reduction · 47% training time cut

US manufacturing company — VR safety training reduces incidents by 64% and cuts training time by 47%.

A US industrial manufacturing company with 1,200 production staff across 4 facilities was running safety induction training through classroom instruction and physical walkthrough — a programme requiring 3 days per new employee that could only be run in batches of 12-15, creating onboarding bottlenecks when hiring accelerated. Our VR training development: a safety training simulation covering the 8 highest-risk procedure categories in the manufacturing environment, deployed on Meta Quest 2 headsets at each facility, with a custom LMS integration that recorded training completion and assessment scores for compliance documentation.

[ 06 ]Why Clickmasters

Why teams choose us
for their projects.

Commercial Outcome Focus

AR/VR development projects that are evaluated on the quality of the immersive experience rather than the commercial outcomes they produce are evaluated on the wrong metric. We design AR/VR applications from the commercial objective backward — the retail AR experience is designed to reduce returns and improve conversion, not to be technically impressive; the VR training application is designed to reduce time-to-competency and improve knowledge retention, not to have the most photorealistic environments. This commercial focus produces AR/VR investments that can demonstrate ROI.

Full-Stack Development Capability

AR/VR applications do not exist in isolation — they connect to e-commerce platforms, CRM systems, training management systems, and the broader digital infrastructure that determines their commercial value. Clickmasters' full-stack development capability means AR/VR applications are designed with these integrations as a first-class consideration rather than an afterthought.

Multi-Platform Expertise

The AR/VR landscape spans WebXR, iOS ARKit, Android ARCore, Unity, Unreal Engine, HoloLens, and Meta Quest — each with different capabilities, different audiences, and different development requirements. We bring the multi-platform expertise to recommend the right platform combination for each application and to develop across it effectively.

[ 07 ]FAQs

Frequently asked questions.

What is the difference between AR, VR, and MR?+
Augmented Reality (AR) overlays digital content onto the real world viewed through a smartphone or tablet camera, or through AR glasses — the digital content and the physical world are seen simultaneously. Virtual Reality (VR) replaces the physical world entirely with a digital environment — the user is immersed in a computer-generated world through a VR headset. Mixed Reality (MR) is a more advanced form of AR where digital objects interact with the physical world spatially — aware of surfaces, objects, and the physical geometry of the environment — typically requiring dedicated MR headsets like Microsoft HoloLens.
Which platform is right for my AR application — WebXR or native app?+
WebXR (browser-based AR) is right when: the audience is broad and you cannot require app downloads (retail, real estate marketing, brand campaigns), when quick deployment is a priority, and when the AR experience does not require advanced capabilities like room scanning or persistent anchors. Native AR (iOS ARKit, Android ARCore) is right when: higher fidelity and more advanced capabilities are required (room mapping, occlusion, persistent placement), when the application will be used repeatedly by a defined user base who will install the app, and when the application needs deeper integration with device capabilities.
How long does AR/VR development take?+
A WebXR AR product viewer for a single product category (including 3D asset creation for 20-50 products) typically takes 8-14 weeks. A native AR application with product placement and configuration features typically takes 16-24 weeks. A VR training simulation (3-5 scenarios, LMS integration) typically takes 20-32 weeks. Complex enterprise MR applications typically take 32-52 weeks. Timeline is significantly influenced by 3D asset quality requirements and the number of assets required.
What are the hardware requirements for the end user?+
WebXR AR requires any modern smartphone (iOS 12+/Safari or Android with Chrome) — no headset required. Native AR requires an iPhone or Android device with ARKit/ARCore support (virtually all devices from 2019 onwards). VR requires a VR headset — Meta Quest (standalone, no PC required) for most training and touring applications; PC VR for maximum graphical fidelity. MR requires a dedicated MR headset (HoloLens, Magic Leap) which is typically enterprise-owned rather than consumer-owned.
What does AR/VR development cost?+
WebXR AR product visualisation for 50 products typically costs $25,000-$60,000 including 3D asset creation. Native AR applications with configuration and personalisation features typically cost $60,000-$150,000. VR training simulations (3-5 scenarios) typically cost $80,000-$200,000. Full-featured virtual property tour programmes (8-10 unit types) typically cost $40,000-$100,000. Enterprise MR applications typically cost $150,000-$400,000+. 3D asset creation is a significant cost component — the number and fidelity of required 3D models is the primary cost driver after development scope.

[ 08 ] Ready when you are

Ready to Build Your Immersive Experience?

The gap between describing your product or service and allowing your customer to experience it is the gap that AR and VR closes. In retail, real estate, training, and industrial applications, that gap has a measurable commercial cost — and closing it has a measurable commercial return.

Clickmasters Digital Marketing · Serving USA, UK, UAE, Pakistan, Canada, Australia

Amjad Khan — CEO | USA · UK · UAE · Pakistan · Canada · Australia | 2026