Spatial Computing & AR Operations
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Spatial Intelligence & Operations

Spatial Computing & AR Operations

Hands-free AI guidance for field engineers across all major XR headsets and smart glasses.

Overview

We build spatial computing applications that empower field engineers and technical operators with hands-free, AI-guided maintenance and assembly protocols. Compatible with all leading enterprise XR headsets — Meta Quest Pro, Microsoft HoloLens 2, Magic Leap 2, Vuzix Blade, RealWear Navigator — and Meta Ray-Ban smart glasses for lightweight, wearable AI in the field. Our systems overlay real-time AI instructions, equipment diagnostics, and remote expert guidance directly into the operator's field of view.

Faster
Field repairs with guided protocols
~60%
Est. training time saved vs classroom
Higher
First-time fix rates reported

Implementation Pipeline

01

Use Case Definition

Map specific field operations that benefit from spatial augmentation.

02

Content Authoring

Step-by-step AR instruction overlays authored and tested in simulation.

03

Computer Vision Integration

Object recognition trained to identify equipment, components, and spatial anchors.

04

AI Guidance Layer

Real-time AI recommendations based on equipment state and operator context.

05

Remote Expert Connect

Bidirectional video with remote expert able to annotate the operator's AR view.

06

Hardware Deployment

Fleet management and content update infrastructure for AR devices and smart glasses.

Use Cases

Industrial Maintenance
Assembly Guidance
Remote Expert Support
Safety Training
Quality Inspection

Start Your Project

Share your requirements and we'll put together a tailored deployment plan.

Get in Touch
No commitment required
Prompt response

Technology Stack

Meta Quest SDKMicrosoft HoloLens SDKMeta Ray-Ban SDKARKit / ARCoreUnity / Unreal Engine 5WebRTCAWS IoT