We engineer browser-native VR/AR experiences and Android-first augmented reality applications using WebXR Device API and ARCore. No app store downloads. Instant immersion.
WebXR brings immersive 3D and AR experiences directly to the browser, eliminating friction through universal access. ARCore provides Google's precision motion tracking, surface detection, and light estimation for Android devices.
At Well Known, we merge these standards to create high-fidelity, cross-platform spatial experiences that scale from mobile AR try-ons to full VR brand environments.
// WebXR Session Initialization
const session = await navigator.xr.requestSession("immersive-ar", {
requiredFeatures: ["hit-test", "dom-overlay"],
optionalFeatures: ["light-estimation"]
});
// ARCore Surface Detection
const plane = hitTestResult.getPose(
viewerSpace,
frame.getViewerPose(viewerSpace).views[0].space
);From low-latency rendering to physics-based interactions, we handle the full spatial development pipeline.
Zero-install experiences using WebXR Device API. Optimized for Chrome, Edge, and Safari with fallback to WebVR/WebGL 2.0.
Android-first AR with plane detection, image tracking, motion tracking, and environmental HDR for realistic occlusion.
GLTF/GLB optimization, texture compression (KTX2/Basis), LOD generation, and skeletal animation rigging for web performance.
Fixed-step physics, render queue batching, WebAssembly compute shaders, and adaptive resolution scaling (60/90/120fps targets).
Context-aware interfaces, gaze/voice/input gesture systems, and DOM overlay integration for hybrid web-AR experiences.
User interaction heatmaps, dwell time tracking, pose data logging, and conversion funnel mapping for immersive campaigns.
We map your use case against device capabilities, network constraints, and interaction models. ARCore vs WebXR routing decisions are made based on target audience and performance targets.
Asset creation in Blender/Unreal, texture baking, LOD generation, and rapid WebGL/Three.js prototyping. We iterate on interaction models before full-scale development.
Session management, hit-testing, plane tracking, DOM overlay integration, and input mapping. We handle device permissions, fallback states, and cross-browser compatibility.
Bundle splitting, texture compression, WebAssembly offloading, and CDN caching. Deployed via progressive web app manifests or native Android APK/AAB with deep linking.
Scale-accurate 3D product placement with real-time occlusion, material PBR shading, and one-tap checkout integration via WebXR DOM overlays.
Geofenced immersive experiences using ARCore geo-augmentation and WebXR anchor persistence. Interactive brand storytelling in physical spaces.
VR training modules with gesture recognition, physics-based interactions, and real-time instructor dashboards. Hosted on enterprise intranets via WebXR.
Photogrammetry-accurate 3D environments with real-time lighting estimation. Clients navigate unbuilt spaces via mobile AR or desktop VR.
Standard immersive web interface
Android motion & light tracking
WebGL 2.0 rendering engines
Optimized 3D exchange format
Near-native compute performance
ARCore compatible devices
Cross-browser fallbacks
Real-time render telemetry
From concept to deployment, our spatial engineers will architect a WebXR & ARCore solution tailored to your brand's growth targets.
Schedule Technical Briefing →