JarvisBitz Tech
AR/VR Application

AR/VR experiences engineered for immersion and performance.

We build augmented reality and virtual reality applications for training, visualization, simulation, remote assistance, product experiences, and interactive environments.

JarvisBitz · XR workspace

Spatial operating system preview

Depth-aware holographic panels, world anchors, and real-time core telemetry built as a premium mixed-reality interface.

6DOF|OpenXR
Spatial Mapping
Session Sync
Runtime
Anchor Links
Architecture

AR/VR application architecture

From spatial input to real-time rendering, every AR/VR application is designed for immersion, responsiveness, and deployment readiness.

01

Spatial Input

AR/VR systems begin by collecting spatial context from device cameras, IMUs, LiDAR, hand tracking, controllers, or headset sensors. This input powers real-time understanding of user position, surroundings, and interaction intent.

Technology
ARKitARCoreOpenXRUnity XRMeta SDK
EXPERIENCE FLOW
Stage 01/06 · Spatial Input
Performance

Key metrics we target

Immersive products succeed when they are smooth, responsive, and stable across devices and environments.

90fps

Rendering Target

Smooth immersive experiences with optimized frame delivery

<20ms

Interaction Latency

Fast response to gestures, movement, and controls

3D

Spatial Fidelity

Accurate mapping, anchoring, and scene interaction

Multi-user

Shared Experience Support

Collaborative sessions, training, and synchronized environments

Capabilities

What we build

From industrial training to interactive product experiences, every AR/VR solution is crafted for usability, realism, and measurable business value.

AR Product Visualization

Mobile and tablet AR experiences that let users place, preview, and interact with products in real environments before purchase or deployment.

Scan → Place → Explore → Convert

VR Training Simulations

Immersive training scenarios for safety drills, equipment handling, onboarding, and operational readiness with repeatable guided experiences.

Enter → Learn → Practice → Validate

Remote Assistance Platforms

AR-guided support systems that overlay instructions, annotations, and expert input on real-world tasks for technicians and field teams.

Observe → Annotate → Guide → Resolve

3D Configurators & Showrooms

Interactive 3D environments for product customization, virtual walkthroughs, digital twins, and experiential storytelling.

Select → Configure → Visualize → Decide

Collaborative Virtual Spaces

Shared VR environments for team review, design collaboration, training, and scenario planning with real-time communication.

Join → Sync → Interact → Review

Enterprise AR Workflows

Operational AR applications for warehousing, maintenance, assembly assistance, inspection, and step-by-step guided execution.

Identify → Overlay → Execute → Confirm
Stack

Technology stack

We combine real-time graphics, spatial computing frameworks, and backend services to deliver immersive applications that are production-ready.

Engines & XR

UnityUnreal EngineOpenXRWebXRThree.js

AR/VR SDKs

ARKitARCoreMeta SDKVuforiaMRTK

Frontend & Interfaces

ReactNext.jsTypeScriptWebGL

Backend

Node.jsPythonFirebaseSupabaseWebSocket

Real-Time

WebRTCSocket.IOPhotonColyseus

3D Pipeline

BlenderglTFUSDShader Graph

Ready to build your AR/VR application?

Tell us about your immersive product, training flow, or visualization use case — we'll define the experience architecture and technical approach.