XGRIDS PortalCam
The first authentic space camera
What is a space camera?
PortalCam captures real spaces as photorealistic 3D worlds.
Using 3D Gaussian Splatting technology, PortalCam turns any location into interactive spatial models that you can walk through, edit, and share.
This is how content is created today.
How PortalCam works
Perfect spatial structure
Advanced detection ensures accurate spatial relationships, from intimate interiors to sweeping street views.
Full visual coverage
Dual fisheye cameras capture every angle, while dual front cameras preserve the smallest details, even legible text.
Advanced spatial computing
Patented algorithms and integrated processing merge all sensors into spatial models that adapt without losing detail.
Three steps for spatial content
Patented algorithms and integrated processing merge all sensors into spatial models that adapt without losing detail.
Capture
Walk naturally while PortalCam records. Monitor via the LCC Scan application.
Process
Generate 3D models with automatic processing in LCC Studio.
Apply
Edit, share, and integrate LCC models with existing workflows.
Real 3D content in action
Real estate agencies
Buyers moving before purchasing.
- Realistic digital replicas: Allow buyers to naturally navigate through each room with accurate lighting and measurements.
- Efficient property capture: Digitise a 3,000-square-foot multi-storey property in 15 minutes at walking speed.
- Simple link sharing: Shoppers can view furniture designs and explore spaces on any device.
- Close deals faster: Confident buyers make quicker decisions when they truly understand the space.
Film production
Filming a feature film in 24 hours
- Directors, producers, and departments make decisions from anywhere, without multiple site visits.
- Easy preview: Test lighting setups, camera movements, and blocking decisions in captured environments.
- Ready for virtual production: PortalCam offers spatially accurate environments for LED walls and green screens with realistic perspective shifts.
- Reduce production costs: Scanning reduces location scouting, rehearsal time, and costs, while allowing for unlimited studio shots.
Content creation
Pioneers in immersive storytelling
- Democratised world building: Anyone can create 3D worlds now. Simply walk, scan, and process.
- Seamless workflow integration: Various SDKs enable compatibility with Unreal Engine, Unity, the web, and more.
- Seamless workflow integration: Various SDKs enable compatibility with Unreal Engine, Unity, the web, and more.
- Unlimited asset library: Every location becomes reusable content: mix, modify, and reuse real spaces for endless possibilities.
Personal Memory
Memories should not have missing pieces.
- Relive Any Moment in Full: Relive personal milestones, great days, or any cherished moment in the exact space.
- Capture Every Detail That Matters: A scan preserves the entire spatial context: costumes, decorations, lighting, and atmosphere.
- Create Living Family Archives: Transform moments into places your family can visit, sharing memories across generations.
- Future-Ready Technology: Immortalise moments so they work seamlessly on current and future VR/AR devices.
LCC Study
- 3DGS processing: LCC Studio automatically generates publication-ready Gaussian Splatting 3D models from scan data using SLAM algorithms, sensor fusion, and model optimisation, requiring minimal manual intervention.
- Output in LCC format: Lightweight, transmissible spatial models that work on all platforms, from web browsers to virtual reality headsets. Photorealistic, measurable, and ready for any workflow.
The difference is the depth
|
Feature
|
PortalCam
|
360° camera + tripod
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3D scanning with mobile phones
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DSLR photos
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|---|---|---|---|---|
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Quality
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Real 3D spatial models
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Flat panoramas on spheres
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Pixelated depth maps
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Static 2D images or broken 3D mesh
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|
Speed per 280m²
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15-20 minutes
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3-4 hours
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Limited to small objects and rooms
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Multiple sessions are required.
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Coverage
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Indoors + Outdoors
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Interior only
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Small items only
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Unique viewpoints
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|
Navigation
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Walk freely through space
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Fixed tripod positions
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You cannot browse
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No exploration
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Specifications
Physical Specifications
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Parameter
|
Specification
|
|
Energy Consumption
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<19W
|
|
Body Weight
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870g (without tripod)
|
|
Dimensions
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130mm x 90mm x 77mm
|
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Casing Material
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Aerospace-grade aluminum alloy
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Connectivity and Storage
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Parameter
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Specification
|
|
Data Interface
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USB 3.0
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Storage
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512 GB (Internal)/Supports External SSD
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|
GPS module
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Supported
|
|
WiFi
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802.11 a/b/g/n/ac/ax (2.4GHz and 5GHz)
|
|
Bluetooth
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5.2
|
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Wireless Range
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20m
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Energy System
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Parameter
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Specification
|
|
Battery Type
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Removable Li-ion
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|
Battery Capacity
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23.04Wh
|
|
Operating Time
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60 minutes (continuous scanning)
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|
Charging time (25°C)
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0-90%: 70 min / 0-100%: 90 min
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|
Operating Temperature
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-20°C to 45°C
|
|
Charging Temperature
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5°C to 30°C
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LiDAR System
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Parameter
|
Specification
|
|
Laser Classification
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Class 1 / 940 nm
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Scanning Range
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0.1m-30m (@10% reflectivity) / 60m (@900% reflectivity)
|
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Field of View (FOV)
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180° azimuth x 180° elevation
|
|
Points Rate
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856,000 points/second
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Camera System
|
Parameter
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Specification
|
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Configuration
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4-camera array (2x Fisheye, 2x Front)
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Image Resolution
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4000 x 3000 px
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Sensor Size
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1/2″ CMOS
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|
Sensor Size
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Rolling Shutter
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|
FOV Fisheye Camera
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200° x 200° (each)
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Front Camera FOV
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100° x 85° (each)
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Power Adapter and Accessories
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Parameter
|
Specification
|
|
Input
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100-240V, 50-60Hz, 1.5A
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|
Output
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20V, 2.0A
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Nominal Power
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PD protocol, >25W (Standard: USB-C 45W)
|
|
Included Accessories
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Backpack with protective insert
|
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Optional Accessories
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Extension pole (2m), External storage (512GB/1TB SSD)
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