Get clear, operationally focused answers to common questions about Sentinel SkyGuard’s autonomous aerial security platform, pilot programs, deployment model, compliance posture, and operational integration
Rapid response refers to rapid visual verification, not replacing physical responders. Upon an alarm or trigger, an autonomous drone deploys from an on-site docking station within seconds, providing real-time situational awareness while guards or responders are already en route.
No. Sentinel SkyGuard augments existing security forces. The system reduces blind dispatches, improves decision-making, and enhances guard safety by providing visual context before arrival.
Monitoring is performed by the customer’s existing security staff—on-site, at a regional SOC, or at a centralized command center. Sentinel SkyGuard does not require remote third-party monitoring unless requested.
SkyGuard Command provides immediate verification within the first minutes of an incident, ensuring that when physical responders arrive, they do so with actionable intelligence instead of uncertainty.
The system enables early detection, remote assessment, and informed response—allowing security teams to de-escalate, document, and respond appropriately without unnecessary confrontation or delay.
The system enables early detection, remote assessment, and informed response—allowing security teams to de-escalate, document, and respond appropriately without unnecessary confrontation or delay.
Sentinel SkyGuard deploys small, medium, and large autonomous drones, selected based on site size, risk profile, and operational requirements. All drones are designed for security—not photography.
SkyGuard Command integrates with alarms, access control, cameras, and sensors using standard APIs and event triggers. No rip-and-replace of existing infrastructure is required
Yes. SkyGuard Command provides centralized mission management, live video, alert correlation, geofencing enforcement, and complete audit logs in a single operational interface
Yes. All missions are constrained by predefined geofences, restricted airspace data, and site-specific flight rules to ensure safe and compliant operation.
