SPATIAL COMPUTING DIVISION
From emergency healthcare XR glasses and remote patient monitoring to industrial VR simulators and digital twins, Newnop engineers spatial systems where safety, speed, and precision matter.
Explore XR Solutions
<150ms
WebRTC latency
REAL-TIME
BLE + AI telemetry
● EMERGENCY XR TELEHEALTH · LIVE
Remote physician video bridge & AI patient intake
CORE XR SERVICES
Virtual Reality
Risk-free training, physics simulations, and 6-DoF experiences for demanding enterprise environments.
Full 6-DoF Immersion: Highly realistic 3D simulated environments with accurate physics and spatial soundscapes.
Risk-Free Procedural Training: Rehearse dangerous high-voltage, hazmat, and crisis scenarios without physical hazard.
Analytics & LMS Integration: Integrated xAPI, SCORM, and real-time performance evaluation backends.
Hardware Compatibility: Meta Quest 3/Pro, HTC Vive Focus 3, Pico 4 Enterprise, and wireless PCVR.
Standalone VR · Physics Simulation · 6-DoF Motion · xAPI Scoring
Augmented Reality
Hands-free smart-glass overlays, live sensor telemetry, and persistent spatial guidance.
Smart Glasses HUD Overlays: Hands-free real-time vital telemetry, step-by-step assembly guides, and field data.
Real-Time Sensor Telemetry: Bluetooth GATT, IoT SCADA, and live diagnostic monitoring displayed directly in the user’s field of view.
Spatial Mapping & SLAM: Robust environmental computer vision, spatial anchoring, and persistent object recognition.
Cross-Platform AR: Snapdragon Spaces, Magic Leap 2, Vuzix, ARKit (iOS), and ARCore (Android).
Smart Glasses HUD · IoT Live Data · SLAM Tracking · WebAR / Mobile
Mixed Reality
Passthrough, spatial mapping, and high-fidelity holograms for real operational environments.
High-Fidelity Optical Passthrough: Ultra-low latency camera passthrough seamlessly blending digital holograms with physical spaces.
Physical-Digital Interaction: Sub-millimeter depth occlusion, realistic lighting, and touchless spatial physics.
Surgical & Volumetric Holograms: DICOM 3D anatomy visualization, organ dissection rehearsal, and live collaborative review.
Next-Gen Spatial Hardware: Apple Vision Pro (visionOS), Meta Quest Pro/3, and Magic Leap 2.
Apple Vision Pro · Video Passthrough · Hand / Eye Tracking · DICOM Shaders
Industry Applications
Every sector faces distinct operational friction. Explore how we deploy custom spatial computing to eliminate it.
Emergency Medicine & Healthcare
XR glass HUD, remote ECG, video call & AI intake
Heavy Industry & Manufacturing
Machinery setup, assembly training, safety
Energy, Oil & Gas, Utilities
High-voltage safety, refinery hazmat
Architecture & AEC
BIM spatial review, client walkthroughs
Studio Capabilities
From Bluetooth biomedical telemetry to custom WebRTC spatial streaming, our team handles every layer of the XR pipeline.
Real-Time Telemetry & IoT
Integration with Bluetooth medical sensors, industrial SCADA, and IoT sensors for instant head-up display visualization.
Low-Latency Video Bridges
Sub-150ms bi-directional WebRTC video and spatial audio connecting smart glasses with iOS, Android, and web dashboards.
Ambient AI & Voice Integration
Real-time Whisper speech transcription and LLM clinical extraction for automated hands-free EHR chart population.
Precision Physics & Optics
Optical passthrough calibration, fluid dynamics simulation, and anatomical volume shaders for accurate spatial depth.
Core Technologies
We leverage industry-standard 3D engines, real-time networking protocols, low-latency video streaming, and precision modeling tools to build robust spatial applications.
Unity Engine
Primary real-time 3D engine for cross-platform VR, AR, and MR applications utilizing OpenXR and XR Interaction Toolkit.
OpenXR · XR Toolkit · Universal RP
C# Coding Language
High-performance object-oriented programming for spatial interaction mechanics, async state management, and simulation logic.
.NET / C# · Async / Await · Simulation Logic
API Integration
Seamless REST and GraphQL interfaces connecting XR devices to enterprise cloud databases, hospital EHRs (HL7/FHIR), and LMS platforms.
RESTful APIs · GraphQL · HL7 / FHIR
WebSocket
Full-duplex real-time communication protocol for instant bi-directional sensor streaming, multi-user sync, and live telemetry feeds.
Bi-Directional · Sub-10ms Latency · Live Telemetry
RTSP Streaming Service
Low-latency RTSP streaming pipelines broadcasting first-person smart glass video and surveillance feeds to command centers.
RTSP Protocol · H.264 / H.265 · Smart Glasses POV
Agora Video Calling
Enterprise-grade RTC audio/video SDK powering real-time specialist teleconsultations and multi-party spatial collaboration.
Agora RTC SDK · Spatial Audio · Low-Latency Bridge
Unreal Engine
Photorealistic 3D engine utilizing Nanite geometry and Lumen dynamic global illumination for digital twins and architectural walkthroughs.
Unreal Engine 5 · Lumen GI · Nanite
Blender & 3ds Max
Precision 3D modeling, CAD optimization, polygon decimation, UV mapping, and PBR texturing for optimized spatial rendering.
Blender 4.x · Autodesk 3ds Max · PBR Textures
Our Process
A structured 4-phase methodology designed to prove clinical/operational ROI quickly and integrate seamlessly into your existing IT infrastructure.
1
Spatial Feasibility & Scoping
We audit your workflows, telemetry requirements, and hardware constraints to define measurable KPIs and simulation fidelity requirements.
2
Rapid Concept Prototype
Within 2–4 weeks, we build an interactive prototype demonstrating core interaction mechanics, telemetry bridges, and visual aesthetics.
3
Full Production & Optimization
Full system build with low-latency networking, biomedical security layers, biometric telemetry, and sub-15ms framerate optimization.
4
Enterprise / Hospital IT Rollout
Seamless integration with your hospital EHR (HL7/FHIR) or LMS (xAPI), MDM headset provisioning, HIPAA/SOC 2 security audits, and field rollout.
Let’s Build Together
Discuss your emergency healthcare systems, remote patient monitoring needs, or custom XR project with our lead spatial engineers.
Ready to elevate your workforce with spatial XR?
Tell us your operational goals. We provide a clear feasibility assessment, timeline, and hardware architecture recommendation within 48 hours.
NDA guaranteed before discovery calls
Discovery Calls Open — Q3 / Q4 2026
Speak to an expert.
Find out what Newnop can do for you.
Reach out to us for a free initial consultation.