Instant visualisation of air traffic, vehicles, and resources (runways, parking areas, boarding gates) for proactive management.
Replay past events to analyse incidents and draw lessons to optimise future management.
Create and customise interactive maps for precise management of traffic, parking, and intervention zones. Clear visualisation for quick and effective decision-making.
Identify and report in real time objects that may pose a danger on runways and taxiways. Enhance safety and responsiveness of intervention teams.
Automatically identify critical events, such as block hours or zone entries and exits, for proactive management and immediate responsiveness.
Instant visualisation of air traffic, vehicles, and resources (runways, parking areas, boarding gates) for proactive management.
Replay past events to analyse incidents and draw lessons to optimise future management.
Create and customise interactive maps for precise management of traffic, parking, and intervention zones. Clear visualisation for quick and effective decision-making.
Identify and report in real time objects that may pose a danger on runways and taxiways. Enhance safety and responsiveness of intervention teams.
Automatically identify critical events, Air Side: final approach, touchdown, go-around, and Landside: terminal passenger congestion, vehicle parking saturation, for proactive management and immediate responsiveness.
Instant visualisation of air traffic, vehicles, and resources (runways, parking areas, boarding gates) for proactive management.
Replay past events to analyse incidents and draw lessons to optimise future management.
Create and customise interactive maps for precise management of traffic, parking, and intervention zones. Clear visualisation for quick and effective decision-making.
Identify and report in real time objects that may pose a danger on runways and taxiways. Enhance safety and responsiveness of intervention teams.
Automatically identify critical events, such as block hours or zone entries and exits, for proactive management and immediate responsiveness.
Instant visualisation of air traffic,ingale vehicles, and resources (runways, parking areas, boarding gates) for proactive management.
Replay past events to analyse incidents and draw lessons to optimise future management.
Create and customise interactive maps for precise management of traffic, parking, and intervention zones. Clear visualisation for quick and effective decision-making.
Identify and report in real time objects that may pose a danger on runways and taxiways. Enhance safety and responsiveness of intervention teams.
Automatically identify critical events, Air Side: final approach, touchdown, go-around, and Landside: terminal passenger congestion, vehicle parking saturation, for proactive management and immediate responsiveness.
Instant visualisation of air traffic,ingale vehicles, and resources (runways, parking areas, boarding gates) for proactive management.
Replay past events to analyse incidents and draw lessons to optimise future management.
Create and customise interactive maps for precise management of traffic, parking, and intervention zones. Clear visualisation for quick and effective decision-making.
Identify and report in real time objects that may pose a danger on runways and taxiways. Enhance safety and responsiveness of intervention teams.
Automatically identify critical events, such as block hours or zone entries and exits, for proactive management and immediate responsiveness.
Instant visualisation of air traffic, vehicles, and resources (runways, parking areas, boarding gates) for proactive management.
Replay past events to analyse incidents and draw lessons to optimise future management.
Create and customise interactive maps for precise management of traffic, parking, and intervention zones. Clear visualisation for quick and effective decision-making.
Identify and report in real time objects that may pose a danger on runways and taxiways. Enhance safety and responsiveness of intervention teams.
Automatically identify critical events, Air Side: final approach, touchdown, go-around, and Landside: terminal passenger congestion, vehicle parking saturation, for proactive management and immediate responsiveness.
SMAN enhances the efficiency and resilience of airport operations by optimising resource use and improving air traffic predictability.
SMAN is fully compatible with major Airport Information Systems (AIS), enabling seamless data synchronization within the APOC.
Integration with air navigation management entities (DGAC / NAV / Eurocontrol) contributes to smoother air traffic flow.
To synchronize flight data, detect block times to track delays, and monitor resource occupancy.
Computerized Maintenance Management Systems (CMMS) enable equipment maintenance management, scheduling interventions, and tracking failures.
TAF forecasts help anticipate flight conditions, METAR reports provide local weather information, as well as Aerodrome Warnings.
The Geographic Information System (GIS) provides detailed and interactive visualization of airport infrastructure through dynamic maps.
Safety Management System (SMS) manages ground risks by monitoring FOD, construction sites, and obstacles.
Designed for airport professionals, SMAN offers an ergonomic interface. Whether you're in the control room or on the field, access critical information with a single click for quick and effective decision-making.
Its responsive web interface is accessible on smartphones, tablets, and video walls for centralised management, wherever you are.
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SMAN is a comprehensive solution for real-time monitoring and detection of airport events.
SMAN integrates ADS-B technology for real-time air traffic monitoring. Aircraft and helicopters transmit their position via radio waves, which is captured by ground antennas and relayed to the control tower. This instant communication enables SMAN to provide precise visibility of traffic, anticipate incidents, and optimise the management of airport resources.
If your airport’s control tower does not provide all the necessary data, SMAN offers the installation of dedicated ADS-B antennas. These antennas ensure optimised air traffic coverage and guarantee accurate detection of movements, providing comprehensive and real-time supervision.