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The scenario: a national transport authority manages 45 hubs, including airports, railway stations, bus terminals and highway toll plazas, serving more than 2 million passengers a day. Each location runs its own CCTV with no central monitoring. Security incidents are rising, peak-hour crowd control is done by eye, and toll corridors lose revenue to unreliable plate reading.
The solution is designed to bring all 45 hubs onto Visylix in phases over roughly five months. Visylix will measure crowd density and stampede risk on platforms and concourses, read number plates at toll plazas and parking, raise watchlist faces at airport checkpoints for officers to confirm, and watch for abandoned bags with the owner tracked. A national operations centre will show every hub on one map, and edge servers at toll points will keep plate reading running through network outages.
An authority like this runs the backbone of the country's passenger network, from airports handling 50,000 travellers a day to regional bus terminals and toll plazas processing tens of thousands of vehicles an hour. Many of the camera systems are more than a decade old and do nothing beyond recording.
Crowding is the most urgent risk. Platform density is estimated by eye, which fails during sudden surges from delays or festival traffic. Unattended bags trigger slow, manual responses, and at toll plazas legacy plate reading misses many vehicles at night, in rain and at speed.
Each hub will run the analytics it needs on one shared platform and one national view.
On railway platforms and bus concourses, Visylix will measure crowd density per square metre for each segment, alert as crowds form and raise a critical alarm on a stampede. Rules will push redistribution messages to signage and public address systems automatically, and abandoned-object detection will flag unattended bags with the owner tracked back on video.
At airports, watchlist faces at checkpoints and restricted entrances will be raised for officers to confirm, and queue analytics will help operations open extra lanes before congestion builds. At toll plazas and parking, number plate recognition will run against allow, block and watch lists, and exact plate journeys will show a vehicle's route across the network with travel times.
The national operations centre is designed around video walls up to 6x6, a geographic map of all 45 hubs with live alarm badges, and an alarm console that escalates any critical alarm left unacknowledged. Operators will drill into any hub for live view, which is sub-second over WebRTC.
Each toll point will have its own Visylix edge server, so plate reading and recording continue through outages and results synchronise with the central platform for billing, audit and investigation. Integration with ticketing, gate and access-control systems runs through 500+ REST APIs, signed webhooks and MQTT.
The solution is designed to halve security incidents across the 45-hub estate, with the largest gains on railway platforms, where live density monitoring and early crowd alerts are built to prevent dangerous overcrowding at peak. Crowd alerts should reach the control room within 10 seconds.
The same design replicates across state transport networks, and a natural next phase adds passenger demand forecasting on top of the Visylix data.
Our solution architects will design a deployment tailored to your industry, scale and integration requirements. Let us scope this blueprint to your estate.