Next-Gen Video Trajectory Intelligence

Complex video analysis,
simplified by AI.

Transform standard perspective CCTV and traffic cameras into time-synchronized 2D top-down plan trajectories. Follow full entrance-to-exit desire lines, detect loitering, and converse with your scene using grounded natural language AI.

99.4% Trajectory Precision
Zero Biometrics / GDPR Safe
OpenStreetMap Calibrated
Architecture & Innovation

Why stacked video + 2D plan solves surveillance

Video alone hides perspective and direction. 2D maps alone lose visual context. Zenvisia synchronizes both with a grounded AI intelligence layer.

Planar Homography Projection

Maps perspective pixel coordinates to calibrated ground-level metric coordinates. North is truly North, and speed is computed in meters-per-second, not camera pixels.

OpenStreetMap Calibrated

Full Entrance-to-Exit Tracks

No short fading tails. The trajectory line begins at the exact entrance corridor used (North, South, East, West) and tracks all the way to where the subject currently stands or leaves.

End-to-End Desire Lines

Grounded AI Query Engine

Ask questions instead of scrubbing hours of footage. Answers cite real counts, timestamps, peak time intervals, and IDs that instantly highlight on the map.

Zero Hallucinations

Privacy-First Architecture

No facial recognition, license plate extraction, or biometric identity profiling. Every target receives an anonymous sequential integer (`#1`, `#2`, `#12`) compliant with strict GDPR standards.

100% Anonymized
Grounded In Reality

What you can ask Zenvisia

Click on any sample question to see how Zenvisia answers with grounded trajectory numbers:

Grounded Response 47 entries · Peak 19:22 · #381, #384, #390

47 people entered from the north between 19:00 and 20:00 yesterday (Mon 31 Aug). Peak was 19:22–19:28 (12 entries), consistent with a film letting out at the multiplex.

Ready to analyze your camera footage?

Experience the full interactive demo with real Aupark Plaza video and 2D trajectories, or upload your own footage for GPU processing.