FlightHorizon TEMPO

Ground-Based Airspace Awareness

FlightHorizon TEMPO is a ground-based airspace awareness, detect-and-avoid, and safety platform that tracks aircraft in a defined airspace and shows their locations in near real-time on a shared map. Designed for uncrewed aircraft systems (UAS) and Advanced Air Mobility (AAM), TEMPO combines ADS-B In, radar, and remote ID into a single, authoritative airspace picture for collision avoidance commands.



Live Operating Picture

Instant insights into live airspace activity with our integrated display, ensuring seamless operations and safety.



Multi-Source Track Display

Combine data from ADS-B In, radar, and remote ID for an accurate and unified airspace view, enhancing decision-making and oversight.

i

Logging and Exports

Automatic data logging with time-based CSV exports for informed decision-making and oversight.

Product Tour

See your airspace with FlightHorizon TEMPO’s 3D display, plus on/off control for radar placement and field-of-regard visuals to keep the view clear and actionable.

Customize your view with nine base map options and use the dashboard to rewind airspace activity, review track history, and follow predicted trajectories.

FH Tempo Product tour corrected language no resizing

Define 3D geofences by altitude band and get immediate notifications the moment traffic crosses into a restricted zone.

What Makes FlightHorizon TEMPO Different?

Fully ground-based, no onboard hardware required
Scales from portable deployments to infrastructure-grade systems

Supports transition from visual observers to electronic observation
Built on standards-aligned architectures used across the FlightHorizon product family

Projects Using FlightHorizon TEMPO

Oklahoma Air & Space Port

Vigilant Aerospace Systems FlightHorizon TEMPO is in use at Clinton-Sherman Airport for the Oklahoma Department of Aerospace and Aeronautics to strengthen the site’s long-range UAS test range capability. FlightHorizon TEMPO monitors and manages the installed radars, giving operators a unified view of air traffic across the test area.

Military UAS Training at Gorman Field

Vigilant Aerospace’s FlightHorizon TEMPO supports military UAS training by providing a shared, ground-based common operating picture that enables airspace awareness, monitoring, and coordination during complex training operations at the University of North Dakota.

Typical Applications

BVLOS readiness: Maintain awareness of the local air picture during beyond visual line of sight operations
Fleet oversight: Monitor multiple active missions in one view
Range and site operations: Share situational awareness across operators, safety staff, and leadership

Operational risk management: Use alerts, geofences, and logs to support consistent commercial procedures.
Electronic observation: Monitor without human observers or chase planes
State & federal uncrewed aircraft programs

Specifications

System type	Ground-based airspace awareness and management software platform
Primary function	Tracking and visualization of crewed and uncrewed aircraft within a defined airspace
Deployment options	Cloud-hosted deployment Dedicated on-premise server
User access	Secure web-based interface Accessible via standard browsers (Chrome, Edge, Firefox)
Surveillance inputs supported	ADS-B in (cooperative crewed aircraft) Ground-based radar (cooperative and non-cooperative traffic) Remote ID (RID) RPA Aircraft telemetry data (ownship)
Track correlation & processing	Parsing and correlation of multi-source air traffic data Device-priority logic to maintain an authoritative track display
Alerting & monitoring	Alerts for airspace conflicts with crewed aircraft Geofence entry and boundary violation alerts
Geofencing	User-defined horizontal and altitude-specific airspace boundaries Supports containment, restricted, and monitoring zones
Visualization	2D and 3D airspace views Toggleable radar coverage and field-of-regard overlays Multiple selectable base map layers
Data logging & output	Automatic logging of airspace activity and alerts Historical track replay CSV export by time window for review and compliance
Scalability	Single-site to enterprise multi-sensor deployments Supports fixed infrastructure and mobile radar configurations
Standards & algorithms	NASA DAIDALUS II conflict detection and alerting algorithms RTCA DO-365C Detect and Avoid MOPS ASTM F3442 / F3442M-23 FAA AC 20-172B (ADS-B in behavior)