AR/VR Development

Build Immersive Experiences With AR, VR and Mixed Reality

Create immersive digital experiences that connect physical environments with interactive 3D content, spatial interfaces and real-time digital environments.

Web30 India develops AR, VR and mixed reality applications for training, simulation, visualization, education, retail, healthcare, entertainment, product experiences and enterprise applications.

Build an AR/VR Experience

Built on AR/VR

{{-- OPTION 1: VIDEO DISPLAY (Fintech UI Showcase) --}} {{-- OPTION 2: IMAGE DISPLAY (Fintech & Banking Platform Interface) --}} Digital Banking & Payment Interface Showcase

Digital Banking & Payment Interface Showcase

AR/VR TECHNOLOGY ECOSYSTEM

Explore the Extended Reality Technology Ecosystem

AR and VR applications combine real-time 3D environments with spatial tracking, device input, rendering, interaction systems and platform-specific capabilities. Modern XR development can use cross-platform standards such as OpenXR alongside platform and engine-specific tools.

More Than AR or VR

Build Digital Experiences That Understand Space

AR and VR are not simply different display formats. Production XR applications combine spatial tracking, 3D content, interaction, input, rendering, audio and application logic to create experiences that respond to the user's environment and actions.

AR can place digital content into the physical world, while VR creates an immersive digital environment. Mixed reality combines digital content with an understanding of the surrounding physical environment. Unity's current XR platform supports AR, VR and industry applications across multiple device ecosystems.

Web30 India builds XR applications around the complete experience, from spatial interaction and 3D environments to device integration, backend connectivity and production deployment.

Finance Technology Ecosystem Illustration

AR/VR Development Capabilities

Engineer Experiences Around the User's Environment

Augmented Reality Development

Build applications that overlay interactive digital objects, information and experiences onto the physical environment.

Virtual Reality Development

Create immersive virtual environments with spatial interaction, 3D content, controllers, hand tracking and interactive interfaces.

Mixed Reality Development

Combine physical surroundings with digital content, environmental understanding and spatial interactions.

Spatial Computing Applications

Build applications around spatial interfaces, 3D environments, physical positioning and context-aware interaction.

Hand & Gesture Interaction

Implement hand tracking, gestures, grabbing, pointing and other natural interaction methods. Unity's XR Interaction Toolkit and current Android XR tooling support hand-based interaction workflows.

Eye Tracking & Gaze Interaction

Build experiences that use gaze and eye-position information where supported by the target platform and device.

Passthrough & Environmental Interaction

Blend camera or device passthrough with virtual content to create mixed reality experiences. Meta Quest supports passthrough development through its Unity tooling.

XR Application Integration

Connect immersive applications with APIs, enterprise systems, cloud platforms, analytics, IoT devices and other required infrastructure.

AR/VR Solutions

Turn Spatial Interaction Into Practical Applications

Training & Simulation

Create immersive training environments where users can practice procedures, equipment operation and real-world scenarios.

Industrial Visualization

Build interactive 3D environments for manufacturing, engineering, facilities, equipment and operational visualization.

Product Visualization

Allow users to explore products, configurations and environments in interactive 3D.

Healthcare & Medical Experiences

Develop controlled AR/VR applications for training, education, visualization and selected healthcare workflows.

Education & Learning

Create virtual classrooms, interactive learning environments, simulations and immersive educational experiences.

Retail & Customer Experiences

Build virtual showrooms, product visualization, interactive demonstrations and AR shopping experiences.

Architecture & Real Estate

Create immersive walkthroughs, spatial design reviews, property visualization and interactive architectural environments.

Entertainment & Interactive Experiences

Develop immersive entertainment, gaming, events and location-based experiences using spatial interaction and real-time 3D.

AR/VR Application Architecture

Experience Layer

Spatial Understanding Layer

Interaction Layer

3D & Rendering Layer

Application Layer

Connectivity Layer

Platform Layer

Experience Layer

AR Experiences
VR Environments
Mixed Reality
Spatial Interfaces
3D Applications

Spatial Understanding Layer

Device Tracking
Plane Detection
Scene Understanding
Spatial Anchors
Environment Mapping

Interaction Layer

Hand Tracking
Controllers
Gesture Input
Eye Gaze
Touch Input
Voice Interaction

3D & Rendering Layer

3D Models
Materials
Lighting
Animation
Physics
Spatial Rendering

Application Layer

Business Logic
Interaction Logic
User State
Experience Workflows
Content Management

Connectivity Layer

APIs
Authentication
Cloud Services
Multiplayer
Analytics
Enterprise Systems

Platform Layer

Mobile AR
Standalone VR
AR Glasses
XR Headsets
Desktop VR
WebXR

Spatial Interaction

Make Digital Content Respond Naturally to the User

Modern XR applications increasingly move beyond traditional controllers. Depending on the hardware and platform, applications can use hands, gestures, gaze, controllers, spatial positioning and physical surroundings as interaction inputs.

Hand Tracking

Track hands and hand movements to support controller-free interaction.

Gesture Recognition

Translate predefined gestures into application actions and commands.

Eye Gaze

Use gaze direction and eye-position information for navigation, selection and context-aware interfaces where supported.

Controller Interaction

Support tracked controllers for precise interaction, navigation and gameplay.

Spatial Anchoring

Place digital content at persistent or defined locations within a physical environment.

Object Interaction

Enable users to pick up, move, manipulate and interact with virtual objects.

Locomotion

Implement teleportation, smooth movement and other navigation methods for virtual environments.

Haptic Feedback

Provide tactile feedback through supported controllers and XR hardware to reinforce interaction.

XR Platform Development

Design Around the Devices That Users Actually Wear

XR applications need to account for differences in tracking, rendering, interaction methods, operating systems and hardware capabilities.

01 // META QUEST

Meta Quest

Build standalone VR and mixed reality applications for Meta Quest devices using Unity, OpenXR and Meta's XR development ecosystem. Meta currently recommends the Unity OpenXR Plugin for Quest development.

02 // ANDROID XR

Android XR

Build XR applications for Android XR devices using Unity's OpenXR integration, AR Foundation and Android XR extensions.

03 // APPLE SPATIAL PLATFORMS

Apple Spatial Platforms

Develop spatial experiences for supported Apple platforms and visionOS where the application requirements align with the target device ecosystem.

04 // OPENXR DEVICES

OpenXR Devices

Use OpenXR-based development approaches to support compatible XR hardware while reducing unnecessary platform-specific duplication.

05 // MOBILE AR

Mobile AR

Build AR experiences for supported iOS and Android devices using platform capabilities such as ARKit and ARCore.

06 // PC & CONSOLE VR

PC & Console VR

Develop high-fidelity VR experiences for supported desktop and console VR platforms.

AR/VR SECURITY & PRIVACY

Protect the Experience, Device and User Data

XR applications can interact with cameras, spatial information, user identities, connected services and other device capabilities. Security and privacy therefore need to be considered at the application and platform level.

01 // AUTHENTICATION

Identity & Authentication

Secure user accounts, sessions and access to connected XR applications.

02 // DEVICE

Device Permissions

Control access to cameras, microphones, spatial sensors and other device capabilities according to application requirements.

03 // PROTECTION

Spatial Data Protection

Protect environmental maps, spatial anchors and other sensitive spatial information where collected or stored.

04 // SECURITY

Application & API Security

Secure communication between the XR application, APIs, backend systems and cloud infrastructure.

05 // CONTROLS

Interaction & Input Controls

Validate user input and interaction events before they trigger sensitive application actions

06 // AUDITABILITY

Monitoring & Auditability

Monitor application events, backend activity, errors and relevant access activity.

AR/VR Use Cases

Where Immersive Technology Creates Practical Value

Training & Workforce Development

Create immersive environments for technical training, safety procedures, equipment operation and scenario-based learning.

Manufacturing & Industrial Operations

Support equipment visualization, factory planning, maintenance training, assembly guidance and operational simulation.

Healthcare & Medical Education

Build immersive educational, visualization and simulation experiences for healthcare professionals and learners.

Retail & Commerce

Allow customers to visualize products, explore virtual environments and interact with digital product experiences.

Architecture & Construction

Enable immersive design reviews, virtual walkthroughs, spatial planning and project visualization.

Education

Create virtual laboratories, interactive lessons, simulations and immersive learning environments.

Automotive

Build vehicle visualization, design review, driving simulation, training and interactive customer experiences.

Entertainment & Gaming

Create immersive games, interactive experiences, location-based entertainment and social virtual environments.

AR/VR Integrations

Connect Immersive Experiences With the Systems Around Them

3D & Digital Asset Platforms

Connect XR applications with 3D models, digital asset libraries, CAD data and content management systems.

Enterprise Applications

Integrate immersive experiences with ERP, CRM, training, manufacturing, healthcare and other enterprise platforms.

IoT & Connected Devices

Connect spatial applications with sensors, industrial devices, equipment and real-world data sources.

Integration Core

AR/VR Integrations

AI & Computer Vision

Add computer vision, speech, object recognition and AI capabilities where they improve the XR experience.

Cloud & Backend Services

Connect applications with APIs, authentication, databases, analytics and cloud infrastructure.

Multiplayer & Collaboration

Enable shared experiences where multiple users interact within synchronized virtual or mixed reality environments.

From Physical Environment to Digital Experience

A Structured Path From Spatial Input to Interaction

Environment & User Detection

Capture the relevant device, spatial and environmental information required by the experience.

Spatial Mapping

Understand surfaces, positions, anchors or other environmental elements required by the application.

Experience Rendering

Render the virtual objects, environments and interfaces according to the user's position and device.

User Interaction

Process hand movements, controllers, gaze, gestures, voice or other supported inputs.

Application Response

Apply interaction logic, physics, animation and application rules to update the experience.

Data & Service Integration

Send relevant information to backend systems, analytics, multiplayer infrastructure or connected business workflows.

01 // DISCOVERY

Experience & Use Case Discovery

Define the purpose, users, environment, interaction model and expected outcome of the XR experience.

02 // ASSESSMENT

Device & Platform Assessment

Identify target headsets, mobile devices, operating systems, tracking capabilities and platform requirements.

03 // ARCHITECTURE

Spatial Architecture Planning

Define the experience architecture, interaction systems, spatial requirements, content structure and backend connectivity.

04 // DEVELOPMENT

3D & Interaction Development

Build environments, objects, interfaces, interactions, animation, physics and spatial workflows.

05 // TESTING

Device Testing & Optimization

Test tracking, interaction, rendering, frame timing, comfort, device compatibility and application performance.

06 // SECURITY

Integration & Security Validation

Connect backend systems and validate authentication, APIs, permissions, data handling and platform controls.

07 // DEPLOYMENT

Production Deployment

Prepare platform-specific builds and deployment configurations for the selected XR ecosystem.

08 // MONITORING

Monitoring & Optimization

Monitor application behavior, performance, crashes and user interactions, then improve the experience through subsequent releases.

OpenXR

WebXR

Unity

Unreal Engine

Meta Quest

Android XR

visionOS

OpenGL

Vulkan

C++

Python

JavaScript

TypeScript

REST APIs

WebSockets

Node.js

.NET

Python

PostgreSQL

Redis

AWS

Microsoft Azure

Google Cloud

OpenXR

WebXR

Unity

Unreal Engine

Meta Quest

Android XR

visionOS

OpenGL

Vulkan

C++

Python

JavaScript

TypeScript

REST APIs

WebSockets

Node.js

.NET

Python

PostgreSQL

Redis

AWS

Microsoft Azure

Google Cloud

Knowledge Hub & Insights

Explore practical insights on AR development, VR development, mixed reality, spatial computing, OpenXR, Unity XR, Unreal XR, hand tracking, eye tracking, passthrough, immersive interfaces, XR architecture, device optimization and enterprise XR applications.

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