Augmented and virtual reality experiences are created to transform training, marketing, and customer engagement. Interactive AR applications and immersive VR environments are built to deliver business outcomes.
AR and VR development services are provided in Mumbai including Unity 3D development, Unreal Engine VR applications, Meta Quest experiences for Quest 2 and Quest 3, ARKit iOS and ARCore Android mobile AR, VR training simulations for safety and skill development, virtual showrooms for retail and automotive, 3D modelling with Blender and Maya, mixed reality with HoloLens, and immersive marketing experiences delivered with proven user engagement and training efficiency outcomes.
Immersive experiences are created using established technologies. Unity 3D is used for cross-platform AR and VR supporting Meta Quest, ARKit, ARCore, and HoloLens with C# programming. Unreal Engine is applied for photorealistic VR with ray tracing and Blueprint visual scripting. VR training simulations are delivered with faster skill acquisition and better retention than traditional training. Virtual showrooms are built to increase engagement and reduce returns. Explore our AI-powered experiences or mobile AR applications.
Solutions are delivered for mobile AR product visualisation with virtual try-on, immersive VR training for manufacturing, healthcare, and aviation safety, virtual real estate tours, automotive VR configurators, educational VR simulations, and mixed reality industrial applications with spatial computing. Scalable solutions are built using Meta Quest 3 for most business VR applications, HTC Vive Pro 2 for maximum visual fidelity, and HoloLens 2 for hands-free AR workflows. Contact us for AR and VR consultation with ROI analysis, use case assessment, platform recommendations, and development proposals.
Immersive experiences are created using Unity 3D and Unreal Engine to transform how businesses train employees, engage customers, and showcase products. Technologies including Meta Quest, ARKit, ARCore, and HoloLens are used to build applications that provide interaction and engagement.
Augmented reality marketing campaigns with virtual try-on and product demonstrations are developed alongside comprehensive VR training simulations. Solutions help businesses achieve measurable results through improved skill acquisition. Learn about our web-based AR experiences and enterprise VR platforms.
Marketing experiences are created with AR filters. Safety training programs are developed to reduce workplace accidents. Virtual showrooms are built to increase conversion. Entertainment applications are designed to deliver immersive technology foundations.
AR and VR solutions are designed to create immersive experiences that engage users, enhance training, and drive business innovation.
Interactive augmented reality apps are built using ARKit for iOS and ARCore for Android with markerless tracking, image recognition, object recognition, face tracking, SLAM, virtual try-on for retail, AR filters for social media, location-based AR, and real-world object overlay. Higher conversion rates are delivered through improved customer experience.
Immersive virtual reality is created using Unity 3D or Unreal Engine for Meta Quest including Quest 2 and Quest 3, HTC Vive, and PlayStation VR with room-scale VR, 6DOF, hand tracking, haptic feedback, multiplayer networking, and realistic physics. Training, entertainment, and collaboration platforms are delivered with proven engagement outcomes.
3D asset creation is provided using Blender, Autodesk Maya, 3ds Max, and ZBrush with photorealistic rendering, PBR materials with Substance Painter, character rigging, motion capture animation, environment modelling, optimisation for real-time rendering at high refresh rates, and LOD management for performance.
VR training is created for manufacturing safety including lockout/tagout and PPE, healthcare medical procedures, aviation emergency response, and construction hazard recognition with skill assessment, progress tracking, competency certification, analytics dashboards, and multi-user training scenarios. Faster skill acquisition, better retention, and accident reduction are achieved compared to traditional training.
Digital product showcases are built with 360-degree views, customisation options including colours and materials, virtual retail experiences, AR furniture placement to reduce returns, automotive VR configurators, real estate virtual tours, and interactive demonstrations. Engagement and conversion are increased through immersive product exploration.
Multi-user virtual environments are developed using Photon, Mirror, and Normcore for remote collaboration, virtual meetings with spatial audio, team training with synchronised interactions, shared immersive experiences, avatar systems with voice chat, whiteboard tools, 3D annotation, screen sharing, and cross-platform support between Quest and PC VR for enterprise collaboration.
AR and VR development tools, engines, and platforms are used to create high-performance immersive experiences across all devices.
Cross-platform game engine C#
Photorealistic 3D Blueprint C++
iOS AR face tracking SLAM
Android AR markerless tracking
Quest 2/3 hand tracking VR
Vive Index PC VR platform
Mixed reality spatial mapping
Unity scripting language
3D modelling animation
Professional 3D rigging
Architectural visualisation
Real-world 3D scanning
A comprehensive approach to AR and VR development is followed to ensure engaging, performant, and impactful immersive experiences.
Business objectives are understood and target audiences are analysed. Use cases are defined for training, marketing, or showroom applications. Platform selection is conducted between Meta Quest, ARKit, or Unreal. Technical requirements are assessed and ROI projections are created. Budget planning is completed and comprehensive AR and VR strategy is developed with measurable success metrics and KPIs.
Intuitive spatial user experiences are created with 3D UI elements, hand gesture interactions, and gaze-based controls. Comfort-first design is implemented to prevent motion sickness. VR environments are wireframed and user flows are mapped. Accessibility considerations are included and interactions are prototyped. Usability testing is conducted to ensure user satisfaction in immersive interfaces.
3D models are developed with photorealistic PBR textures using Substance Painter. Polygons are optimised for VR performance. Rigging and skeletal animation are completed and motion capture is integrated. Environments are modelled with baked lighting. LOD systems are implemented and audio is designed for immersive soundscapes with spatial audio processing.
AR and VR applications are built in Unity with C# or Unreal with Blueprint and C++. Physics simulation, collision detection, and hand tracking are implemented. Multiplayer networking is added using Photon or Mirror. Backend integration is established with APIs and databases. Analytics implementation is completed with Firebase or Mixpanel. Platform-specific optimisation is performed for Quest, iOS, and Android. Third-party systems are integrated seamlessly.
Comprehensive QA is conducted including performance testing to maintain high refresh rates. Motion sickness prevention is validated and user experience testing is performed with real users. Cross-device compatibility testing is completed and memory leaks are detected. Battery optimisation is applied for standalone VR. Accessibility testing is performed and performance profiling ensures smooth immersive experiences without frame drops.
Deployment is handled to Meta Quest Store, App Store, Google Play, SteamVR, and enterprise distribution with Quest for Business. User training and onboarding materials are provided alongside documentation and admin guides. Analytics monitoring tracks engagement and completion rates. Ongoing maintenance updates, content additions, and performance optimisation are delivered. Continuous improvement is applied based on user feedback and usage data.
Recent immersive reality projects are showcased to demonstrate expertise in creating engaging and innovative AR and VR experiences.
Immersive safety training was built for manufacturing using Meta Quest 3 with hazard recognition scenarios, emergency procedure simulations, equipment operation practice, skills assessment analytics, and multiplayer training sessions. Reduction in workplace accidents was achieved alongside faster skill acquisition compared to traditional training methods.
A mobile augmented reality app was created using ARCore and ARKit to allow customers to visualise furniture in their homes with realistic lighting, accurate scale, room scanning, 360-degree product rotation, customisation options for colours and materials, and purchase integration. Conversion rates were increased and product returns were reduced through improved customer confidence.
A photorealistic VR experience was built using Unreal Engine for automotive sales with detailed car configurators for colours, wheels, and interiors, virtual test drives with realistic physics, 360-degree interior exploration, feature explanations, and specification comparisons. Virtual showroom access was enabled around the clock and leads were increased whilst showroom inventory requirements were reduced.
AR and VR solutions can transform business operations and deliver engaging experiences that drive results.
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