Why Choose AR

Experience the Future Today

Augmented reality transforms how customers interact with products and brands. From virtual furniture placement to makeup try-on, AR drives engagement, reduces returns, and increases conversion rates by 40%+. We build photorealistic AR experiences that work seamlessly on smartphones and tablets.

Our Approach

  • Photorealistic 3D Models optimized for mobile
  • Cross-Platform AR iOS and Android
  • Intuitive Interactions natural gestures
  • Performance Optimized smooth 60 FPS

What's Included

  • AR Concept & Prototyping
  • 3D Modeling & Animation
  • ARKit/ARCore Development
  • Unity AR Implementation
  • UI/UX Design for AR
  • Multi-Device Testing
  • Performance Optimization
  • Social Sharing Integration
  • Analytics & Tracking
  • App Store Deployment
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AR Solutions

What We Build

Product Visualization

Place furniture, view products in 3D, and see items in real-world context before buying.

Training & Education

Interactive training simulations, 3D anatomy education, and hands-on learning experiences.

Virtual Try-On

AR makeup, eyewear, clothing try-on experiences that increase confidence and reduce returns.

Answers in Seconds

Frequently Asked Questions

What AR development services do you offer?

Product visualization, virtual try-on (furniture, fashion, cosmetics), AR training/education, location-based AR, AR marketing campaigns, interactive manuals, AR games, social media filters, industrial AR (maintenance/repair), healthcare AR (surgical planning, anatomy), WebAR. Built with ARKit, ARCore, Unity, Vuforia, 8th Wall.

How much does AR app development cost?

Simple AR experiences (viewers, filters): $45K–$75K. Interactive AR apps: $75K–$150K. Complex AR platforms (multi-user): $150K–$350K+. Includes 3D modeling, AR programming, UI/UX, multi-device testing, deployment. 3D asset creation often largest cost. Monthly updates: $5K–$15K.

Which platforms and technologies do you use?

ARKit (iOS—face tracking, LiDAR), ARCore (Android—environmental understanding), Unity (cross-platform), Unreal Engine (photorealistic), Vuforia (marker-based), 8th Wall (WebAR—no app), Spark AR (Facebook/Instagram), Lens Studio (Snapchat). Selection based on: target audience, features, performance, distribution strategy.

What can AR be used for in business?

Retail (virtual try-on—40%+ conversion boost), Real Estate (virtual tours, staging), Manufacturing (assembly instructions—50% training reduction), Healthcare (surgical planning, medical training), Marketing (interactive campaigns), Education (3D anatomy), Field Service (remote assistance), Automotive (virtual showrooms). Any visual/spatial use case benefits.

How long does AR development take?

Simple AR viewers: 8–12 weeks. Interactive AR apps: 4–6 months. Complex multi-user platforms: 6–12 months. Includes concept/prototyping, 3D modeling (30–40% of timeline), AR programming, UI/UX, multi-device testing (critical), performance optimization, deployment. 3D asset creation often bottleneck.

Do users need special devices?

Most AR works on modern smartphones (iPhone 6S+, ARCore Android—90%+ market). Advanced features need: LiDAR (iPhone 12 Pro+, iPad Pro) for precise depth, newer devices for better performance. AR glasses (HoloLens, Magic Leap) for hands-free enterprise. WebAR works in browsers without app. We optimize and gracefully degrade for older devices.

Marker-based vs markerless AR?

Marker-based: scans QR/images/objects to trigger content—more reliable, varied lighting, better for marketing/packaging. Markerless: uses SLAM to place content anywhere—more flexible, natural UX, preferred for product visualization/gaming. Face tracking: detects facial features for filters/makeup. Recommend marker for controlled environments, markerless for open-ended experiences.

How do you handle 3D modeling?

Process: 3D scanning or CAD conversion, modeling in Blender/Maya/3ds Max, UV mapping and PBR texturing, mobile optimization (reduce polygons while maintaining quality—critical), rigging/animation if needed, format conversion (USDZ for iOS, glTF for Android). Multiple LOD versions for different devices. Typical: 5K–50K polygons, under 10MB for performance.

Can AR work offline?

Yes. Native AR apps (ARKit, ARCore) work fully offline once installed—3D models bundled. Ideal for: field service, retail showrooms with limited connectivity, museums, industrial training. WebAR typically needs internet for initial load but can cache via service workers. Offline AR means larger app sizes (100MB+ common). Progressive loading/CDN for online.

How do you measure AR success?

Analytics track: session duration (2–5 min vs 30 sec browsing), interaction rates (placement, rotation, features), conversion rates (AR users convert 40–90% higher), social sharing (viral potential), device compatibility, performance (FPS, tracking stability). Integrate with Google Analytics, Mixpanel, custom dashboards. A/B testing. Align metrics with business goals.

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Quick Summary

Key Takeaways

We develop photorealistic AR experiences for iOS and Android using ARKit, ARCore, and Unity. From product visualization to virtual try-on and training simulations. Starting at $45K with 8-48 week timelines including 3D modeling and cross-platform optimization.

  • Immersive AR experiences with optimized 3D models (5K–50K polygons) and smooth 60 FPS performance.
  • Cross-platform support for 90%+ of smartphones with WebAR options for browser-based experiences.
  • Proven to increase conversion rates 40–90% for e-commerce with comprehensive analytics integration.