Case Studies

LiDAR & vision fusion

Unified multimodal perception

Dense clouds plus RGB cues

Fused LiDAR and camera detection
Spatiotemporal sync: shared time base and extrinsics align every cloud with its image frame.
Depth + texture fusion: combine geometric and appearance cues for harder scenes.
Detection / segmentation outputs for cranes, gates, and safety logic.
Open inference APIs for your runtime and retraining loops.

HOW IT WORKS

How it works

Multimodal data flow
  1. Synchronized capture

    Common time base and extrinsics align every cloud with its image pair.

  2. Feature- or decision-level fusion

    Balance latency and accuracy per use case.

  3. Deploy & active learning

    Edge or server runtimes with pipelines to ingest hard examples.

ARCHITECTURE

System diagram

VI-MMD fusion architecture
  • Harsh-scene robustness

    Glare, dust, and partial occlusion handled with fused cues.

  • Tunable fusion

    Shift emphasis between LiDAR- or vision-led stacks.

  • Reuse across scenes

    Same framework extends to perimeter, loading, and mobility.

  • Engineering toolkit

    Calibration, evaluation, and ops tooling for long-term iteration.

Scope a fusion pilot

Share classes, frame rate, and compute—we size sensors and algorithm scope.

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