See it working — before you believe it
Every claim we make is backed by footage. Detection, capture, recovery and the evidence chain — recorded in simulation and controlled environments, end to end.
All published footage is recorded in simulation or controlled test environments. No live-operations material is published, ever.
Three clips, one calm loop
Full recordings are being finalised — the cards below show what each clip covers.
Net-capture recovery, end to end
The full sequence from first detection to intact recovery: sensor cue, interceptor launch, net capture and drone hand-over — as seen from the command console.
Fibre-optic FPV drone, detected
A zero-RF fibre-optic FPV drone flies a low approach. Acoustic and optical sensors pick it up where RF detection sees nothing at all.
The evidence chain, walked through
From raw sensor clips to the exported incident package: timestamps, operator actions, interceptor telemetry and the recovered aircraft record.
What gets verified, and how
The points every NetClear deployment is tested against before it stands watch at your site.
Validated across 164+ simulated use cases covering hovering, cruising and weakly-manoeuvring consumer drones — the typical unauthorised-drone profile at civilian sites. Every engagement produces a timestamped evidence chain: flight black box, operator authorisation record, geofence log, captured aircraft.
Multi-sensor fusion
Radar, acoustic, RF and optical feeds correlated into one track list — one air picture, not four dashboards.
Fibre-optic FPV detection
Zero-emission drones are detected by sound and sight — the class of aircraft RF jamming simply cannot see.
Intact recovery
The drone and its payload come back whole — evidence preserved, nothing scattered over live equipment.
Zero RF emission
Our response is physical capture, not jamming. No interference with SCADA, ILS, ATC or broadcast systems.
Day, night, weather
EO/IR cameras and acoustic arrays hold the watch through darkness and most weather, at low altitude.
Auditable evidence
Every detection, decision and recovery is timestamped and replayable — built for regulators and courts.
Simulated, trialled, then accepted
Nothing goes live at your site until it has cleared every rung.
Simulation first
Engagement scenarios are rehearsed in simulation before any hardware flies — the same recordings you see on this page.
Controlled-environment trials
Live trials run in controlled test environments with our own aircraft, logged end to end against the evidence chain.
Acceptance with your team
Before hand-over, the system is verified at your site against scenarios you define — you watch it work, then you sign it off.
About our proof
Is the footage on this page from live operations?+
No. Everything we publish is recorded in simulation or controlled test environments. Material from live client operations is never published — sites we protect stay private.
Why net capture instead of jamming?+
Jamming depends on the drone emitting RF — fibre-optic FPV drones emit nothing, so there is nothing to jam. Physical capture works regardless, recovers the aircraft and payload intact as evidence, and emits no interference of our own into SCADA, aviation or broadcast bands.
The video cards say “coming shortly” — when do they go live?+
Recordings from our latest controlled-environment trials are being finalised for publication. Request a demo and we will share preview footage with you directly in the meantime.
Can we watch a live controlled demonstration?+
Yes. We run controlled demonstrations for qualified site owners and partners — at our test environment or yours. Tell us what you protect and we will propose a scenario set.
Prefer proof in person?
Arrange a controlled demonstration — watch detection, capture and recovery live, then decide.