SPATIAL INTELLIGENCE ENGINE
Engine Active
Introducing Phase 2 Spatial Calibration & Tracking

Real Environments. Measurable Understanding.

Transform any camera feed, video stream, or spatial image into actionable intelligence. Featuring sub-pixel grid calibration, real-time object tracking, and movement prediction tailored for warehouses, robotics, and smart facilities.

Launch Interactive Demo Explore Architecture

Experience the SIE Workflow

Click through the application tabs below to explore the exact spatial intelligence pipeline.

Welcome. Add a Scene to Begin

Choose a source to upload or connect media to get started with spatial calibration.

Upload Image

Use a photo or high-res screenshot from your device.

Upload Video

Use an MP4, MOV, or AVI video recording.

Live Camera

Connect your webcam, IP camera, or USB sensor.

Stream Link

Connect an RTSP, WebRTC, or HTTP stream URL.

Supported: Images (JPG, PNG) • Video (MP4, MOV) • Camera • Max size: 500 MB

Engineered for Physical Intelligence

A modular spatial stack designed to bridge raw video pixels with precise spatial coordinates, enabling autonomous machines and human operators to share the same operational map.

Sub-Pixel Grid Calibration

Instantly map camera perspectives into metric coordinate grids. Calibrate row/column dimensions for precise asset tracking and spatial analytics.

Real-Time OpenCV / ONNX Models

Lightweight object detection optimized for edge devices and server clusters. Run NanoDet, YOLOv8, or custom models with sub-30ms latency.

Movement Prediction & Tracking

Track persistent object IDs across frames and forecast short-term trajectories based on historical motion vectors and velocity profiles.

Automated Spatial Reporting

Generate comprehensive analytics, zone occupancy heatmaps, and throughput metrics ready for export or webhook integration.

Multi-Stream Ingestion

Seamlessly connect USB webcams, RTSP IP cameras, video files, or high-res spatial snapshots with robust payload limits.

Enterprise Ready & Secure

Built with secure local processing pipelines, zero external telemetry leakage options, and robust error boundaries for industrial plants.