16+YEARS

Projects delivered across 20+ countries

Why WebBrain

AR VR App Development Company in Delhi, India

AR and VR are no longer emerging technologies with unclear commercial applications. They are increasingly deployed in enterprise training, product visualization, surgical simulation, architectural walkthroughs, and customer experience contexts that demonstrate measurable return on investment.

Web Brain InfoTech delivers AR/VR app development services to clients in Delhi NCR, across India, and internationally, including the United States, United Kingdom, UAE, Canada, and Australia.

What Is AR/VR App Development?

AR/VR app development is the process of building applications that use spatial computing, 3D rendering, and sensor-based positioning to create experiences where digital content interacts with or replaces the user's perception of physical space.

Augmented Reality App Development

Overlaying digital information, 3D objects, or interactive elements onto live camera views of the real world

Virtual Reality App Development

Building fully immersive simulated environments accessed through head-mounted displays

Mixed Reality Development

Blending real and virtual environments where digital objects interact with physical surfaces and objects

WebAR and WebVR Development

Delivering AR and VR experiences through the browser without requiring an app download

3D Product Visualization

Allowing customers to view, configure, and interact with products in three dimensions

AR Navigation and Wayfinding

Overlaying directions and location information onto a camera view of the environment

What Is the Difference Between AR, VR, and Mixed Reality?

These three terms describe related but distinct forms of spatial computing, and the right choice depends on the experience the business needs to deliver.

Augmented Reality (AR)

Adds digital content to the user's view of the real world through a smartphone camera or AR glasses. Key platforms: Apple ARKit, Google ARCore, Microsoft HoloLens.

Virtual Reality (VR)

Replaces the user's view entirely with a computer-generated environment accessed through a head-mounted display. Key platforms: Meta Quest, PlayStation VR2, HTC Vive, Valve Index.

Mixed Reality (MR)

Blends virtual objects into the real environment with spatial anchoring. Key platforms: Microsoft HoloLens 2, Apple Vision Pro.

What Are Common AR Use Cases?

AR and VR are deployed across industries wherever spatial, immersive, or overlaid information creates value that flat-screen interfaces cannot deliver.

Retail Product Visualization

Allowing customers to see how furniture, clothing, or cosmetics look in their own space or on themselves before purchasing

Industrial Maintenance Guidance

Overlaying step-by-step repair instructions onto machinery via smart glasses

Real Estate and Property Marketing

AR floor plan overlays and virtual staging of empty properties

Surgical and Medical Training

AR overlays during training procedures

Navigation and Wayfinding

Indoor navigation in airports, hospitals, and large retail environments

What Are Common VR Use Cases?

Corporate and Safety Training

Simulating hazardous environments for training without physical risk

Architectural Visualization

Allowing clients to walk through a building before it is constructed

Virtual Showrooms and Product Demonstrations

Immersive product experiences for sales and marketing

Therapy and Rehabilitation

VR-based exposure therapy, pain management, and physical rehabilitation

Engineering Design and Review

Collaborative 3D model review in virtual environments

What AR/VR Development Services Does Web Brain InfoTech Offer?

We provide complete AR/VR development covering mobile AR, web-based AR/VR, immersive VR, and enterprise spatial computing.

Mobile AR App Development

Building smartphone-based AR experiences for iOS using ARKit and for Android using ARCore

WebAR and WebVR Development

Delivering AR and VR experiences through the browser using WebXR, A-Frame, and Three.js

VR Training and Simulation Development

Building immersive VR training environments for corporate, industrial, healthcare, and safety training

3D Product Visualization and Configuration

Building interactive 3D product viewers for ecommerce and retail

AR Try-On and Virtual Fitting

Building face AR, body AR, and room AR features for fashion, cosmetics, eyewear, and home decor

Enterprise AR with Smart Glasses

Developing hands-free AR applications for Microsoft HoloLens 2, Magic Leap, or RealWear platforms

Our Process

How Does Web Brain InfoTech Build AR/VR Applications?

Our AR/VR development process accounts for the 3D content, spatial computing, and platform-specific requirements that distinguish this category from standard app development.

01

Use case and platform selection

Determining whether AR, VR, or MR is appropriate, and which target devices and platforms

02

3D content strategy

Identifying whether 3D assets will be created, purchased, or supplied by the client

03

Experience design

Designing the spatial UX and interaction model suited to the chosen platform

04

Development environment setup

Configuring Unity or Unreal Engine with platform-specific SDKs

05

3D asset integration

Importing, optimizing, and integrating 3D models and environments

06

Interaction development

Building gesture, gaze, voice, or controller-based interactions

07

Spatial anchoring and tracking

Implementing plane detection, image tracking, or world anchoring

08

Performance optimization

Achieving target frame rates essential for comfortable AR/VR use

09

Testing

Validating on target devices across lighting conditions, environments, and user interaction patterns

10

Deployment

Publishing to the App Store, Google Play, Meta Quest Store, or WebXR

What Technologies and Platforms Are Used in AR/VR Development?

AR/VR development requires specialized engines, SDKs, and frameworks distinct from standard mobile and web development.

Game and XR Engines

Unity (primary), Unreal Engine (for high-fidelity VR)

AR SDKs

Apple ARKit, Google ARCore, Vuforia, 8th Wall (WebAR)

VR Platforms

Meta Quest SDK, SteamVR, OpenXR (cross-platform standard)

MR Platforms

Microsoft HoloLens (MRTK), Apple Vision Pro (visionOS), Magic Leap SDK

WebXR Tools

A-Frame, Three.js, Babylon.js, 8th Wall

3D Tools & Formats

Blender, Autodesk Maya, Adobe Substance; glTF, USDZ (iOS), FBX

What Performance Considerations Are Critical in AR/VR Development?

Performance is more critical in AR/VR than in almost any other application category because frame rate drops cause physical discomfort, motion sickness, and a complete breakdown of the immersive experience.

Frame Rate Targets

VR typically requires a sustained 72 to 90 frames per second minimum

Rendering Optimization

Using level of detail (LOD), occlusion culling, and draw call batching

3D Asset Polygon Optimization

Reducing polygon counts and texture sizes for real-time rendering

Thermal Management

Managing CPU and GPU usage to avoid device overheating

Latency Minimization

Keeping tracking latency below 20 milliseconds

16+YEARS

5000+

Projects delivered across 20+ countries

Why Choose Web Brain InfoTech for AR/VR App Development?

Web Brain InfoTech brings Unity and ARKit/ARCore expertise to AR/VR projects across consumer, enterprise, and industrial use cases.

Experience across Mobile AR, WebAR, and VR platforms

3D asset pipeline experience including optimization for real-time rendering

Performance-first development discipline essential for comfortable, immersive AR/VR

Understanding of enterprise AR use cases including HoloLens and smart glass deployments

Got Questions?

Frequently Asked Questions

Straight answers about AR/VR App Development.

Augmented reality overlays digital content onto the user's real-world view through a camera or AR glasses, while virtual reality replaces the user's entire visual field with a computer-generated environment through a head-mounted display.

No. WebAR technologies like 8th Wall allow AR experiences to be delivered through a mobile browser without requiring an app download, significantly reducing user friction for marketing and ecommerce AR applications.

Unity is the most widely used engine for AR/VR projects due to its broad platform support, large asset ecosystem, and easier learning curve. Unreal Engine is preferred for experiences requiring very high visual fidelity, such as architectural visualization or cinematic VR content.

VR runs on standalone headsets like the Meta Quest series (no PC required), PC-tethered headsets like HTC Vive and Valve Index (requiring a gaming PC), and PlayStation VR2 (paired with PlayStation 5). Selection depends on target audience, required visual fidelity, and deployment context.

Development timelines vary significantly based on experience complexity, ranging from six to twelve weeks for a focused mobile AR feature to six months or more for a fully immersive VR training simulation with custom 3D environments.

Yes. Product visualization AR (seeing how furniture looks in your room before buying) and virtual try-on (testing eyewear, cosmetics, or clothing) are commercially deployed AR applications that demonstrably reduce return rates and increase purchase confidence.

Yes. We provide ongoing maintenance including ARKit/ARCore and platform SDK updates, 3D asset updates, and performance optimization as target devices and operating systems evolve.

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