ShotLynx unifies acoustic shot detection, automatic PTZ camera control, and real-time geospatial mapping into a single command layer. No more stitching three vendors together.
Today’s shot detection infrastructure is bolted together from incompatible parts. Acoustic sensors from one vendor, camera control from another, mapping from a third. Precious seconds lost at every integration seam.
Acoustic sensor vendors provide raw alerts but no camera control. Detection events sit in a silo while cameras idle on preset tours.
Operators must manually pan-tilt-zoom cameras to the reported location. Under stress, this takes 15–45 seconds — an eternity in an active event.
Shot locations, camera fields of view, and sensor coverage exist in separate dashboards. No single view gives full situational awareness.
ShotLynx replaces the integration nightmare with a unified software platform that connects acoustic sensors to PTZ cameras to geospatial maps — automatically.
Protocol-agnostic sensor integration. Ingests alerts from ShotSpotter, SDS, Databuoy, Acoem, or any acoustic array via API, MQTT, or webhook.
Sub-second automatic camera slew. On shot detection, ShotLynx calculates optimal PTZ coordinates and drives cameras to target via ONVIF, VISCA, or Pelco D/P.
Real-time 2D/3D map overlay showing shot origins, camera FOV cones, sensor coverage, and incident breadcrumb trails on your facility layout.
From acoustic event to camera-on-target in under one second. No operator intervention required. Full automation with manual override capability.
Coordinate dozens of PTZ cameras simultaneously. Automatic assignment of nearest camera with best angle. Failover to secondary cameras if primary is obstructed.
Every detection event, camera movement, and operator action is logged with forensic timestamps. Export court-ready evidence packages with chain-of-custody metadata.
ShotLynx is engineered for the moments when every second matters. Our benchmarks reflect real-world deployment conditions.
Schedule a live demo with our team. We’ll walk through detection, camera cueing, and mapping on your facility layout.