UVID 2026 · Demo 6
UAV Multi-Stream Understanding
Recognising objects, patterns and anomalies across several UAV video streams.
Neuronic Booth 13
Related capability video
At the booth
What you will see
- Ingest of several STANAG 4609 UAV streams at once
- Object recognition across all streams
- Pattern and anomaly detection
- VMTI target metadata output
- Georegistration of detections on the map
How it works
STANAG 4609 streams with MISB ST 0601 metadata are ingested together; Neuronic perception analyses each stream for objects, patterns and anomalies.
Detections are published as MISB ST 0903 VMTI metadata and georegistered so analysts see where each target is, not only what it is.
Hardware
- Compute
- NVIDIA IGX Thor T7000
Protocols & interfaces
STANAG 4609MISB ST 0601 (UAS metadata)MISB ST 0903 (VMTI)Georegistration
Brochures
Neuronic Video Analytics Suite (Perception)
Related products
Quick answers
UAV Multi-Stream Understanding: common questions
- What does the UAV Multi-Stream Understanding demo show?
- Recognising objects, patterns and anomalies across several UAV video streams.
- How does the UAV Multi-Stream Understanding workflow run?
- STANAG 4609 streams with MISB ST 0601 metadata are ingested together; Neuronic perception analyses each stream for objects, patterns and anomalies. Detections are published as MISB ST 0903 VMTI metadata and georegistered so analysts see where each target is, not only what it is.
- Which interfaces and protocols does UAV Multi-Stream Understanding use?
- UAV Multi-Stream Understanding uses STANAG 4609, MISB ST 0601 (UAS metadata), MISB ST 0903 (VMTI), Georegistration.
- What hardware runs the UAV Multi-Stream Understanding demo?
- Compute: NVIDIA IGX Thor T7000.
Discuss your platform and mission
Tell us the platform, sensor and mission. We will walk you through integration options and arrange a technical demonstration.