Airports & Aviation.
A named aviation deployment. The vertical is proven, not aspirational.
The ramp is one of the busiest vehicle-pedestrian environments anywhere. SecureSafety supports staff safety and location tracking at a major international airport, extending real-time monitoring across airside operations.
Why this sector is demanding.
The airside ramp is among the most complex vehicle-pedestrian environments in any industry. Ground service equipment — pushback tugs, belt loaders, cargo dollies, fuel tankers, deicers and ground power units — operates within metres of ground crew, engineers and passenger-boarding staff in an environment where the time pressure of a turnaround discourages delay. The combination of tight space, multiple concurrent vehicle movements and personnel under task pressure creates the conditions for a struck-by incident at every aircraft stand.
Sterile-zone integrity is a regulatory and security requirement that existing camera infrastructure is often used to monitor reactively — reviewing footage after an event rather than preventing the event in real time. Camera-based AI converts the same camera estate into an active boundary enforcement system, alerting security and operations teams the moment an airside boundary is approached by an unauthorised person or vehicle.
Ground crew safety has historically been managed through briefings, PPE requirements and supervisor presence during high-traffic turnarounds. Hi-vis compliance, in particular, is mandated across all airside environments but is enforced inconsistently during peak throughput. Automated PPE detection closes this gap across every stand, every shift, without additional supervisory resource.
The problems AI solves here.
Ramp vehicle-pedestrian conflict
Aircraft stands during turnaround involve multiple vehicle types moving simultaneously around personnel on foot. SecureSafety monitors every stand in real time, alerting when a vehicle and a ground crew member are on a converging path and logging every near-miss for safety performance review.
Sterile-zone and airside boundary enforcement
Sterile-zone perimeters and airside access boundaries require continuous monitoring that reactive CCTV review cannot provide. The platform enforces boundaries in real time, alerting security operations the moment an incursion occurs and providing the time-stamped evidence record required for regulatory incident reporting.
Hi-vis and PPE compliance across all stands
Airside PPE requirements — hi-vis, ear protection, safety footwear — are non-negotiable and consistently mandated. The platform verifies compliance at zone entry and monitors it continuously, flagging non-compliant individuals on any stand without requiring a supervisor to walk every area on every turnaround.
SecureSafety supports staff safety monitoring and location tracking at a major international airport, delivering real-time worker visibility and airside safety management on existing camera and wearable infrastructure. This is a live aviation deployment.
Questions from airports & aviation.
Is the system compatible with existing airside camera networks operated by the airport authority?
Yes. The platform integrates with standard IP camera feeds and NVR/VMS systems. Most airport camera estates already run infrastructure that the platform can connect to without new cameras. Specific compatibility is confirmed during the Discovery phase.
How does the system handle the density of vehicles during a busy turnaround?
The platform tracks all vehicles and people simultaneously on each camera. Detection accuracy is maintained under high-density conditions because the models are trained on environments with comparable traffic levels. Alert thresholds are configurable to match the risk profile of each stand type.
Can it support ground crew location tracking for muster and headcount?
Yes. The platform integrates wearable BLE badges and beacon infrastructure to provide real-time location tracking for ground crew, enabling automatic headcount at muster points and lone-worker monitoring in remote areas of the airfield.
Does the system generate data for UK CAA or EASA compliance reporting?
The platform logs every event with timestamp, camera, personnel and location data. This output supports airside safety management system reporting, regulatory audit and incident investigation. Specific report formats are configured to match your compliance requirements during implementation.
How does the system interface with the airport's existing airside access control and permitting system?
Integration with airside access control is typically via REST API. The platform can receive notifications of active airside permits and use this information to contextualise zone monitoring — for example, confirming that a person in a restricted apron area holds a current airside pass. Full integration scope is determined during the Discovery phase and depends on the specific access control platform in use at the airport.
Can the system support ramp safety monitoring across multiple terminals or satellite piers?
Yes. The platform supports multi-building and multi-area deployments from a single management interface. Each terminal or pier area runs its own edge node, with alerts and compliance data consolidated into a unified operations dashboard. This is the standard configuration for larger airports with dispersed ramp and ground operations.
What is the approach to integrating with the airport's Safety Management System documentation requirements?
The platform generates the detection logs, alert records and compliance reports that the SMS requires as evidence of monitoring control effectiveness. Export formats are available for the most common SMS documentation platforms. The Discovery phase includes a review of the SMS documentation requirements to confirm that the data outputs from the platform are sufficient for the specific SMS framework in use at the airport.
How does the system handle aircraft movements on the apron — does it distinguish between aircraft and vehicles?
The detection model distinguishes vehicles from aircraft in the camera scene. Zone monitoring for vehicle-pedestrian conflict, speed and restricted areas is applied to ground support vehicles only. Aircraft positions are identified in the scene to provide context for zone activation — for example, activating a wing-tip exclusion zone when an aircraft is confirmed to be at a gate — but aircraft themselves are not subject to vehicle safety alerts.
Tell us the hazard. We'll detect it.
Book a demo and we'll show SecureSafety running in a airports & aviation environment. Then scope your site with a fully-costed Discovery phase.