AR/VR App Development Services

Spatial interfaces succeed only when motion, depth, and focus feel natural. Our designers conduct task‑based usability studies, then craft gesture, gaze, and voice controls that reduce cognitive load. We create high‑fidelity interactive mock‑ups in Unity, Figma, and ProtoPie to test legibility, comfort, and onboarding flows before a single line of code ships.

Using ARKit, ARCore, and Unity’s AR Foundation, we build lightweight apps that run on everyday smartphones. Features such as surface detection, occlusion, and real‑time lighting make digital content feel anchored to the physical world. From virtual product try‑ons to guided equipment repair, we deliver polished apps that pass App Store and Play Store review without friction.

We deliver full‑featured VR software for Meta Quest, Pico, HTC Vive, and Apple Vision Pro. Our engineers optimize frame rates to 90 FPS+ to prevent motion sickness, implement spatial audio for deeper immersion, and integrate into platform SDKs for controller, hand‑tracking, and eye‑tracking interactions. Typical outputs include training simulators, architectural walkthroughs, and multiplayer collaboration spaces.

No download, no barrier: WebAR reaches users instantly in the browser via WebXR and JavaScript frameworks like Three.js and 8th Wall. We compress assets with glTF and Draco and leverage progressive loading, so experiences launch in seconds, even on standard 4G connection. Perfect for marketing activations, e‑commerce previews, and event engagement.

We combine GPS, BLE beacons, and visual positioning systems to trigger context‑aware content. Users can explore virtual exhibitions in museums, navigate large campuses, or join city‑wide gamified quests. Precise mapping plus real‑time analytics unlock personalized, data‑driven storytelling at scale.

Our computer‑vision pipelines detect images, objects, and QR markers to overlay relevant information instantly. Retail brands replace static packaging with interactive 3D demos, while industrial teams receive visual step‑by‑step guidance by pointing a camera at machinery. We fine‑tune models with TensorFlow Lite for on‑device speed and privacy.

Our in‑house artists craft low‑poly and photorealistic assets optimized for real‑time rendering. We deliver PBR‑ready textures, rigged characters, and volumetric videos, all compliant with platform constraints. Each asset passes through polycount, draw‑call, and lighting checks to keep performance sharp on mobile and headset hardware.

Immersive apps rarely operate in isolation. We connect them to ERP, CRM, IoT sensors, and cloud analytics, exposing REST or GraphQL APIs for data exchange. This lets field technicians update work orders inside a headset, or shoppers add virtual try‑ons directly to a cart. Security hardening follows OWASP and platform‑specific privacy guidelines.

Post‑launch, we monitor crash logs, device compatibility, and user behavior dashboards to guide iterative updates. Version upgrades keep pace with OS revisions and new headset SDKs. Our SLA covers predictive performance tuning, content refreshes, and feature road‑mapping — so your experience evolves alongside market expectations.