2010
Operating Since
15+ years shipping apps
AI-Built Immersive Platforms
AR/VR App Development Services
An AI-first build of immersive products: computer vision that understands surfaces and lighting, session analytics that show where users engage, and asset pipelines tuned per device. Mobile and headset clients, content consoles, and backends ship white-label with 100% source code. The almost-ready AI build goes live in 6 working days; a custom build takes 3 to 4 weeks.
- 4
- Synced panels
- 6-9 days
- Almost-ready AI launch
- 3-4 weeks
- Custom build
- 100%
- Source-code ownership
Trusted by the brands we build for
Immersive platforms shipped since 2010
Canonical track record behind every build.
9,000+
Projects Delivered
across 35+ industries
3,900+
Apps Published
in 25+ countries
90+
Ready Platforms in Catalog
live in production
overview
What is AR/VR app development?
AR and VR app development builds software that renders interactive 3D content onto the real world through a phone camera or into a headset. The work spans scene understanding, real-time rendering, interaction design, and the backend services that sync sessions and distribute 3D assets.
Companies invest in it for reasons that are easy to defend: training people on expensive equipment without the equipment, letting buyers preview products in their own space, and building brand moments flat media cannot match. The ROI shows up in returns avoided, training hours saved, and conversion lift on configurable products.
A platform typically includes the mobile or headset client, a content management console for 3D assets and campaigns, and analytics that report sessions rather than page views. The market is expanding as headset hardware gets cheaper, though adoption rates differ by industry and analyst.
Signature capabilities in our AR/VR development services
The technical layer that separates shippable XR products from demo reels.
Scene understanding
Plane detection, meshing, and lighting estimation so virtual content sits convincingly in physical space.
Cross-device delivery
One project targeting ARKit, ARCore, and major headsets with graceful fallbacks for weaker hardware.
Performance budgets
Frame-rate targets enforced from the first prototype, because dropped frames cause motion sickness and uninstall.
Shared sessions
State replication so multiple participants see the same anchored content in training or collaboration scenarios.
Asset pipeline
Compression, streaming, and caching of 3D models so sessions start fast on mobile networks.
Session analytics
Tracking tuned for XR: dwell time, interaction heatmaps, and drop-off points inside the experience.
Who should commission AR/VR app development?
What these buyers share: a product that is hard to show in photos, dangerous to practice on, or expensive to demo in person.
Training-heavy operators
Manufacturing, aviation, and healthcare teams practising on expensive equipment. Immersive training cuts logged hours and incident risk while the AI layer tracks where trainees struggle.
Retail and furniture brands
Cutting returns with try-before-buy previews in the customer's own space. Personalized placement suggestions lift conversion on configurable products.
Museums and attractions
Tourism boards and event organizers building interactive moments flat media cannot match, with session analytics proving dwell time to sponsors.
Agencies and studios
Reselling XR work to their own clients under their brand. White-label builds with 100% source code make every deployment a standalone practice area.
Product and engineering teams
Using spatial tools for design review, digital twins, and field service guidance, where hands-free context beats a clipboard and a PDF.
Feature panels of your AR/VR platform
Four products operating as one system. Every panel ships in every build.
Viewer app
The phone or headset client your audience holds.
- ✓AR camera view and VR scenes
- ✓Scene understanding and anchoring
- ✓Personalized content recommendations
- ✓Guided interactions and gestures
- ✓Offline-first asset caching
- ✓Session resume across devices
- ✓Ratings and feedback capture
Content console
Where your team manages the experience.
- ✓3D asset library and versioning
- ✓Campaign and scene publishing
- ✓AI-assisted asset compression
- ✓Scheduling and geo-targeting
- ✓Preview on device profiles
- ✓Role-based publishing rights
Session backend
Sync, state, and scale under the surface.
- ✓Shared-session state replication
- ✓Anchor persistence across visits
- ✓Predictive asset streaming
- ✓Real-time presence and chat
- ✓Analytics event pipeline
- ✓CDN-backed distribution
Admin panel
Run the operation from one place.
- ✓User and device management
- ✓Engagement analytics dashboards
- ✓Content performance reports
- ✓Cost and usage controls
- ✓Access and API key management
- ✓CSV and API exports
Recognition
Industry-Recognized Engineering Excellence
Verified listings and a 5.0 client rating on Clutch: recognition you can check, not just claim.
Clutch
Top Developers in India 2025
GoodFirms
Top AI Development Company
TopDevelopers
Top AI App Developers
Appfutura
Top App Development Company
ITFirms
World's Top Mobile App Development Companies 2025
Clutch
5.0 Client Rating, Verified Reviews
We've Engineered Digital Products Loved by Millions Across the Globe
AR/VR development services, scoped to your product
We build AR and VR products that ship to real hardware and real users.
AR/VR software development
Ship real products with our AR VR software development services. Moxace is an augmented reality app development company. We deliver immersive, scalable XR solutions, from engaging AR mobile applications to innovative VR application development, that captivate and inspire users.
Sensor based AR/VR solutions
Enhance interactivity with our sensor-based AR mobile applications. Leveraging advanced sensors, our augmented reality solutions offer captivating and deeply immersive experiences.
Visual recognition solutions
Transform operations with our visual recognition solutions. By analyzing visual content, we provide valuable insights, boost efficiency, and enhance customer experiences in both AR and VR application development.
Data visualization apps
Harness the power of data and advanced computer vision technology to create AR/VR apps that provide insightful data visualization, making complex information accessible.
Location-based VR and AR development
Transform user experiences with our location-based AR VR applications. Using geolocation, beacons, and digital compasses, we deliver rich, contextual content that enhances engagement and personalizes interactions based on users' physical locations.
IoT integration with AR/VR
Lead the way with our IoT-integrated AR VR solutions. We combine IoT technology with AR VR solutions to deliver real-time data visualization, monitoring, and control, boosting the effectiveness of your AR mobile applications and VR applications.
How an AR/VR app works: from scan to session
Walk through the product flow the way a customer experiences it, from first action to final outcome.
- 01
Device and permission setup
The app checks headset or phone capabilities, requests camera and tracking permissions, and calibrates the display so the virtual layer lines up with the real world.
✓ step 01 complete - 02
Scene understanding
Sensors build a mesh of the room: planes, surfaces, lighting, and anchors. The app decides where content can sit and how shadows and occlusion should behave.
✓ step 02 complete - 03
Content placement
The user places or selects a 3D object, tour, or overlay. Anchors pin the content to physical space so it holds position as the user walks around it.
✓ step 03 complete - 04
Real-time rendering
The engine renders stereo frames at the target frame rate, culling what the user cannot see and streaming high-detail assets only when needed to keep motion smooth.
✓ step 04 complete - 05
Interaction and sync
Gestures, controllers, gaze, and voice modify the scene. In shared sessions, state replication keeps every participant seeing the same anchored content.
✓ step 05 complete - 06
Session close and analytics
The app saves anchors and user preferences, uploads performance and engagement metrics, and releases GPU and memory so the next session starts clean.
✓ step 06 complete
AI inside the platform
Five model-driven systems working the same session stream. Each ships pre-tuned for immersive products and sharpens as your data compounds.
Scene understanding
Computer vision classifies surfaces, lighting, and geometry so virtual content sits convincingly in physical space across device tiers.
Reads
Camera feed, depth data, lighting estimates, device profile
Changes
Believable placement on more devices, fewer floaty artifacts
Personalized content ranking
Orders tours, products, and scenes per user from session history and dwell behaviour, so no two visitors see the same experience.
Reads
Session history, dwell time, interaction heatmaps
Changes
Higher completion rates and longer session durations
Predictive asset streaming
Anticipates which 3D assets the next scene needs and prefetches them, so sessions start fast even on mobile networks.
Reads
Movement trajectories, network conditions, asset graph
Changes
Faster session starts and fewer mid-experience stalls
Engagement modeling
Learns where users linger, drop the device, or fail an interaction, and flags the moments worth iterating on.
Reads
Interaction events, drop-off points, frame telemetry
Changes
Iteration guided by evidence instead of showroom anecdotes
Guardian and safety intelligence
Monitors play-space boundaries and usage patterns in VR to warn before users collide with people or furniture.
Reads
Play-space bounds, headset pose, movement velocity
Changes
Safer sessions in homes, arcades, and training floors
platform concepts
Concepts behind an AR/VR app
The operating concept is the anchor. AR content is not drawn on a screen, it is registered to a position in physical space and re-rendered every frame as the device moves. That is why tracking quality, plane detection, and lighting estimation decide whether a product feels believable or floaty. On the VR side, the same idea appears as the play space: a tracked volume with safety bounds and locomotion rules that prevent motion sickness.
The second concept is the frame budget. At 72 to 90 frames per second the app has roughly 12 milliseconds to capture sensor pose, update the scene graph, and render both eyes. Everything downstream is engineering against that budget: asset level-of-detail, occlusion culling, and network assets fetched ahead of need so the render loop never waits on the network.
The third is shared-session state. When several participants join one experience, every anchored object and interaction has an owning authority, and the backend reconciles each participant's view against it. That single decision is what keeps training cohorts and collaborative reviews looking at the same content instead of drifting into separate realities.
$ moxace launch --nowHow we built gaming mobile apps like Gabber-run
Using immersive AR/VR technology, our game development experts created a single-player mobile app that captivated users.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
Custom AR/VR apps that hold user attention
As specialists in production-proven AR VR app development services, we offer innovative software that transforms user engagement and delivers impressive results.
Tipsyryde
An alcohol delivery super app with real-time order tracking, live driver updates, and age-verification gating at checkout. We engineered the dispatch logic, payment flows, and compliance checks across the driver and customer apps. It has since passed 1.5M+ downloads with an 18-minute average pickup time.
1.5M+
Downloads
18 min
Avg Pickup Time
4.8/5
App Rating
Flyereats
A food delivery platform handling live order streaming and multi-restaurant management. Our engineers built the order state machine, courier routing, and merchant dashboard that keep thousands of concurrent orders in sync. The result was 32% faster deliveries across 2M+ completed orders.
2M+
Orders Delivered
32%
Faster Delivery
4.7/5
App Rating
PragPlay
A live casino and gaming streaming platform with real-time player engagement. We engineered low-latency video distribution, wallet integrations, and session-level fraud monitoring. It now serves 500K+ active players at 99.9% stream uptime.
500K+
Active Players
99.9%
Stream Uptime
3X
Session Length
Etihad Airways
A travel companion app with in-flight entertainment and live content delivery. We built the content pipeline and offline-first playback that works at altitude on constrained connectivity. The app now engages 1M+ monthly users with 40% higher engagement.
1M+
Monthly Users
40%
Higher Engagement
4.6/5
App Rating
Heineken
A brand entertainment hub distributing video campaigns to global audiences. We engineered the CDN-backed delivery layer and the campaign analytics that track views through to conversion. 25M+ video views and a 2.2X lift in watch time followed.
25M+
Video Views
2.2X
Watch Time
18%
Conversion Lift
Marvel Studios
A fan streaming experience with trailers, behind-the-scenes content, and global premiere events. We built high-concurrency streaming infrastructure that held up during worldwide release drops. That engineering carried 10M+ streams to a 65% completion rate.
10M+
Streams
65%
Completion Rate
4.9/5
App Rating
/13
Why Moxace is your ideal partner for augmented reality app development?
Our adaptable, scalable, and customized AR/VR app development solutions make us your go-to partner for pioneering tech advancements and exceptional results.
Clear communication & dedicated support
Our AR/VR developers keep you informed with consistent updates from initial concept to deployment, and our support continues after launch with 60 days of included support plus 12 months of updates. You always know what shipped, what is next, and who to call.
Expert security
We prioritize security by implementing best practices such as thorough input validation and comprehensive error handling to protect against vulnerabilities. Camera feeds, location data, and 3D assets are handled under the same strict data-protection standards we apply to regulated industries.
Custom-focused design
We focus on exceptional UI/UX design to make your product stand out. With our expertise in augmented reality app development, we create immersive experiences that attract and engage users, with 100% source-code ownership so your experience remains yours to evolve.
$ moxace launch --nowInteractive XR solutions, built for production
Work with AR/VR engineers who have shipped to every major headset.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
Industries Moxace serves
Our AR/VR developers bring production-proven interactive products to industries where immersive UX pays off. Here are some of the sectors we cater to:
Entertainment
Harness the power of AR and VR technology with Moxace to deliver on-demand entertainment that holds audience attention session after session.
E-commerce
We enhance online shopping with AR tools that let customers visualize products in their own space, leading to informed purchasing decisions and reduced return rates.
Gaming
Moxace crafts immersive AR and VR experiences that bring dynamic virtual worlds to life, offering engaging and captivating gameplay for players.
Healthcare
We leverage AR, VR, and MR to develop advanced healthcare IT solutions, empowering medical professionals with production-proven virtual reality tools for surgical procedures and enhanced medical care.
Social Media
Moxace is an AR and VR development service. We advance social networking with production-proven AR filters and effects, enhancing content creation and user interaction.
Real Estate
With AR/VR technology, our experts build robust real estate apps with immersive experiences. AR overlays digital elements onto real-world environments to showcase potential designs, while VR provides full virtual property tours, enabling enhanced visualization.
$ moxace launch --nowThe AR/VR window is open
Headset and smartphone AR reach is growing every year; the tools are mature and the field is not yet crowded.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
Your launch timeline: live in 6 working days
The almost-ready AI build, day by day. Store review times can add a short buffer outside our control.
- 01
Days 1-2: scoping and branding
Target devices, experience scope, and content model locked with a written quote, and your identity applied across the viewer app and consoles.
✓ step 01 complete - 02
Days 3-4: configuration and integration
Asset pipelines, analytics, payment providers for in-app purchases, and device targets configured and tested against your accounts.
✓ step 02 complete - 03
Days 5-6: content onboarding and pilot
Your 3D assets and scenes imported and optimized, then live test sessions run end to end on real hardware: placement, interaction, shared session, analytics.
✓ step 03 complete - 04
Days 7-9: store review and go live
App store and headset-store submissions with review buffers accounted for, production monitoring on, and full launch with post-launch support and product updates included.
✓ step 04 complete
$ moxace launch --nowGrow your brand with Production-proven AR/VR solutions
Partner with Moxace for expert AR/VR consultation and customized interactive experiences.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
Technology stack for AR VR software development
Successful mobile app development in Dubai demands mastery of high-end technologies to keep pace with the ever-evolving dynamics of this vibrant city. Thus, we have engineers of all technologies in our Dubai office.
Programming languages
Java, Kotlin, Swift, Python, Objective-C, C++ and C# for native and cross-platform AR/VR builds. We pick the language per platform constraint, render-loop performance on the headset, battery efficiency on mobile.
Frameworks & engines
Unity, Unreal Engine, ARKit, ARCore, OpenCV, Vuforia, Sceneform and WebXR for immersive experiences. Our engineers have shipped to every major headset, so engine choice is a deliberate decision, not a default.
Databases
MySQL, PostgreSQL, MongoDB, Firebase and Redis for real-time state and content management. Multiplayer sessions and shared AR anchors demand low-latency sync, and this stack delivers it.
DevOps
Jenkins, Docker, Kubernetes, GitLab CI and AWS CodePipeline for continuous delivery of XR builds. Automated device-farm testing catches regressions before your users ever see them.
Clouds
AWS, Google Cloud, Microsoft Azure and Firebase for scalable hosting and cloud rendering. GPU-backed rendering nodes scale with concurrent sessions, so launch-day spikes never degrade the experience.
Integrations
Commerce platforms, LMS and training systems, mapping and geospatial services, analytics suites, and payment providers ship as configured integrations, so the platform plugs into the tools your operation already runs on.
Security and compliance
Camera feeds, location data, and 3D assets handled under strict data-protection standards: encrypted traffic and secrets, least-privilege access, rate-limited endpoints, and GDPR-aware retention, so privacy questions have answers before they are asked.
FAQ's
Every AR/VR build ships with
Standard inclusions on every engagement, almost-ready or custom. Nine things you never have to ask for.
100% source code, full IP
The complete unencrypted codebase transfers to you, with documentation and deployment scripts.
White-label branding
Your identity across viewer apps, consoles, and communications, plus your domains and store accounts.
Store submission and launch
App store and headset-store submissions handled end to end, with production monitoring switched on.
Payments and commerce integrations
Subscriptions, one-time purchases, and in-app currency flows wired through Stripe, PayPal, and regional providers.
AI models Pre-tuned
Scene understanding, engagement modeling, and asset streaming arrive configured for immersive products, not as raw APIs.
Multi-language and Multi-region
Languages, currencies, and regional content configured for your markets during the launch window.
Scalable cloud infrastructure
Containerized services on AWS, Azure, or GCP with GPU-backed rendering capacity that scales with concurrent sessions.
Analytics and session reports
Dwell time, interaction heatmaps, and drop-off dashboards so your team starts informed on day one.
Post-launch support and updates
Included support window plus product updates covering bug fixes, OS and headset compatibility, and version upgrades.
Almost-ready AI launch or custom build: the honest comparison
Both tracks ship the same spatial core. The difference is time, price structure, and how much you want to change.
| Criteria | Almost-Ready AI Launch | Custom Build |
|---|---|---|
| Time to live | 6 working days from branding handoff | 3 to 4 weeks, scoped before work starts |
| Pricing | Fixed written quote after a short scoping call, no hourly meter | Estimated per module after the discovery call |
| Source code and IP | 100% ownership on delivery | 100% ownership on delivery |
| AI layer | Scene understanding, engagement modeling, and streaming pre-tuned for immersive products | AI services designed around your content and device matrix |
| Device coverage | Proven phone AR plus leading headsets | Built to your exact hardware targets |
| Best for | Teams who want to launch this quarter | Teams with bespoke experiences or a unique model |
| After launch | Post-launch support and product updates included | Post-launch support and product updates included |
$ moxace launch --nowSee the platform before you commit.
Book a walkthrough and we will demo a live session on device, walk the consoles, and send the written scope.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
What moves your quote
No two immersive builds price the same. These are the factors that shape the written quote you receive after scoping.
Scope of customization
The almost-ready AI build covers the proven experience set. Bespoke interactions, custom 3D pipelines, or unusual hardware targets add scoped estimate work.
Devices and platforms
Phone AR, headsets, and web each carry their own budgets. Adding platforms means more device-matrix testing, never a rebuild.
Integrations
Commerce, LMS, geospatial, and analytics systems are wired during the build, and each integration is estimated individually.
AI tuning depth
Out of the box, scene understanding and engagement modeling are pre-tuned for immersive products. Training models on your session data is an optional, separately scoped workstream.
insight
Your AR/VR project with Moxace: what happens next
We open with a discovery call, review target devices and content, and return a fixed quote with a device matrix and performance budget. Ready-made builds go live in 6 working days; custom experiences run as sprints with testable builds on real hardware at every checkpoint.
Expect the first 90 days to surface device quirks: lighting conditions, older phones, and user onboarding inside the headset. Those findings feed the 60-day support window and the 12 months of updates included with every build, which is when the experience goes from working to feeling native.
$ moxace launch --nowReady to build an experience people won't forget?
Book a discovery call and get a proof-of-concept plan for your AR/VR idea.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
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