Spatial computing systems for hospitality, exhibitions, and smart buildings — combining 3D Gaussian Splatting, real-time IoT integration, and AI-driven workflows.
Technology is the delivery. Business outcome is the product.
Turn browsers into buyers. Photorealistic 3D property experiences with integrated AI concierge and booking logic — so guests explore, ask questions, and reserve without visiting. Built for hotels, villas, and venues that sell on experience.
See your building breathe. 3D building models fused with live IoT data — occupancy, energy, temperature, asset location — with ESG dashboards for sustainability reporting. Facility teams manage by sight, not spreadsheet.
Stop losing inventory. Physical warehouses and rental fleets connected to 3D visual catalogs with real-time availability, automated logistics, and predictive tracking. Includes 2D/3D floor planning for exhibition and trade-show operations.
Overlay digital onto physical. Extend 3D models into augmented reality — preview suites on phones, guide maintenance visually, or walk clients through unbuilt spaces at 1:1 scale. Spatial computing that leaves the screen and enters the room.
Automate what humans read, search, and guess. Computer vision pipelines for facility documentation, RAG-based AI assistants trained on property data, and predictive systems that flag failures before they happen. Built for teams managing complexity at scale.
Turn 3D spatial data into business intelligence. Heatmaps of visitor flow, occupancy patterns, dwell-time analysis, and space utilization insights that inform real estate decisions, staffing, and layout optimization. See where people go, where they linger, and what they ignore.
Technology is the delivery. Results are the product.
Close bookings without site visits. Photorealistic 3D walkthroughs with integrated booking engines let guests explore, decide, and reserve — all from their browser. Reduce sales cycles from weeks to days.
Cut operational waste by seeing inefficiencies. Live IoT-connected digital twins reveal occupancy patterns, energy consumption, and space utilization in real-time. Spot problems before they cost you money.
Increase direct bookings and repeat stays. Immersive pre-arrival experiences build emotional connection to your property. AI concierge integration answers questions 24/7, converting browsers into loyal guests.
Optimize staffing, energy, and inventory with live data. Heatmaps, dwell-time analysis, and predictive analytics inform staffing schedules, maintenance windows, and capital planning decisions.
Real solutions running in production environments.
Co-founded exhibition ERP managing thousands of SKUs, logistics, and 2D/3D floor planning for US exhibit houses. 6+ years runtime, zero downtime.
In partnership with 360Matrix LLC
Live IoT-integrated 3D building system for a US educational campus. Real-time occupancy tracking, Blueiot beacons, and facility visualization across 6 rooms and 2 floors.
End-to-end photorealistic 3D capture-to-web system for immersive property marketing. GPU-accelerated processing with automatic CPU fallback.
A battle-tested approach to spatial computing projects.
Scan your property using LiDAR, 360° video, or photogrammetry.
Our pipeline converts raw data into optimized, web-ready 3D experiences.
Connect your 3D model to IoT sensors, booking systems, or AI workflows.
Your team and guests access the live system from any browser. No app required.
Real-world solutions for complex operational environments.
Transform how guests explore and interact with your property before they arrive.
Streamline complex operations with visual tools that actually match your workflow.
Real-time visibility into building performance and space utilization.
Show unfinished properties in their full potential with photorealistic 3D experiences.
Founded by a software architect with 20+ years of experience building real-world operational systems, spatial platforms, and enterprise applications across hospitality, exhibitions, and smart environments.
Tell us what you are building. We will respond within 24 hours.