Securing transport networks demands robust, reliable systems built for harsh environments and seamless integration. Railways, airports, ports, buses, and car parks face common challenges: large crowds, valuable assets, sensitive boundaries, and constant activity.
We can help you deliver unrivaled adaptability and reliability, specifically engineered for complex, high-risk transport networks. Norbain offers standards-compliant, resilient systems providing real-time visibility and complete situational awareness. By integrating robust technologies such as AI-powered CCTV, thermal imaging, radar, and secure access control, we can help you create more innovative, safer, and more efficient operations.
At stations, analytics-based CCTV, digital signs, PA announcements, and controlled entry help manage crowds and retail areas.
Depots use advanced surveillance and access controls to protect trains from vandalism.
Central monitoring by the National Railway Network enables quick, effective responses to risks across the system.
Buses, Bus Stations & Depots
Modern bus operations rely on strong, well-designed security to protect passengers, staff, and critical assets. Buses increasingly use fixed internal and external cameras, along with driver body-worn video and telematics systems that monitor driving behaviour and support incident investigation.
At bus depots and terminals, security includes controlled access points, staff-only zones, PA systems, intruder and perimeter protection, and comprehensive CCTV coverage. These measures help create a safer environment, deter unwanted activity, and ensure the smooth, reliable operation of vital transport services.
Airports & Terminals
Airports require extensive, layered security to protect passengers, staff, and critical infrastructure.
Terminals also feature digital signage, PA systems, and CCTV with facial recognition for border control. ANPR manages drop-off areas and traffic.
Some airlines are now trialling body-worn cameras for air stewards to address safety and combat abuse.
Boat Ports
Robust security systems are essential for boat ports to safeguard vessels, personnel, and critical infrastructure.
Adequate security measures include marine-grade equipment, stainless-steel barriers, perimeter monitoring, advanced lighting, and comprehensive CCTV systems equipped with artificial intelligence and thermal imaging.
Access control systems restrict unauthorised entry to sensitive areas, while intruder detection technologies offer an additional layer of protection. Collectively, these measures ensure the safety and security of port operations.
Car Parks
Targeted security measures are essential in car parks to protect vehicles and ensure user safety. Security protocols encompass surveillance, access control, and comprehensive safety measures, with a focus on thermal cameras to detect unauthorised activity.
To further support secure access, entry is regulated through barriers, card readers, and permit systems.
In addition to surveillance and access measures, enhanced lighting, motion sensors, and alarms serve as deterrents to criminal activity.
Digital Signage is often found in car parks to enhance the user experience when finding a space or the required level.
Fire and safety systems include thermal monitoring for EV charging zones, smoke detectors, and emergency call points. These integrated systems monitor charging vehicles, detect overheating, and mitigate fire risks. They provide early warnings and support prompt intervention, improving safety for both cars and users.
Motorways
Robust security and monitoring systems are essential for maintaining safe and efficient traffic flow on motorways.
Specialised CCTV and ANPR systems facilitate vehicle monitoring, incident detection, and support for law enforcement activities.
SMART motorway technologies provide real-time traffic management capabilities, enabling operators to respond promptly to accidents, congestion, and other safety hazards, thereby enhancing driver and overall road network safety.
Rail
1. Train Depot
Fences & Lights Access Control CCTV - with analytics, night vision and sometimes thermal PIDS systems PIR Beams RADAR
2. Train Carriage
Fixed CCTV PA Systems Access control
3. Attendants
Train attendants and station attendants will wear body-worn cameras.
4. Train Platform
CCTV with AI for people counting and behavioural analysis Digital signs PA systems Access control gates
A train depot typically employs a layered security approach that combines perimeter security, detection systems, and access control measures. The perimeter is secured with sturdy fencing and adequate lighting, often enhanced by perimeter intrusion detection systems (PIDS), including infrared or microwave beams and radar, which can detect movement across large open areas. CCTV systems equipped with video analytics, night vision, and, in some cases, thermal imaging provide continuous monitoring and help verify alarms at yards, buildings, and access points. Additionally, passive infrared (PIR) sensors are utilised for close-range detection around structures and restricted zones. Access control systems are in place to manage vehicle and personnel entry through gates, barriers, card readers, or biometric systems. All these components are integrated into a central monitoring or control room to ensure rapid response and effective asset protection.
Train Carriage
A train carriage is equipped with onboard security systems focused on passenger safety, monitoring, and controlled access. Fixed CCTV cameras provide continuous coverage of passenger areas, doorways, and vestibules to deter crime, support incident investigation, and enable real-time monitoring when connected to control systems. Public Address (PA) systems allow drivers or control staff to deliver safety announcements, service updates, and emergency instructions to passengers. Access control systems restrict entry to driver cabs, staff compartments, or maintenance areas by using locked doors and authorised credentials, ensuring operational security while maintaining safe, accessible passenger environments.
Attendants
A train attendant could be on the platform, in the ticket office or on the train and would wear a body-worn camera to improve safety, accountability, and incident management. The visible presence of body-worn video acts as a strong deterrent to aggressive or antisocial behaviour, helping to de-escalate confrontations with passengers. It provides objective evidence during incidents such as assaults, fare disputes, or vandalism, protecting both staff and passengers from false allegations. Body-worn cameras also support faster and more accurate investigations, improve staff confidence when dealing with challenging situations, and encourage professional behaviour on all sides. In some networks, they also enhance coordination with control rooms or law enforcement during emergencies.
Train Platform
A train platform typically uses integrated security and safety systems to manage passenger flow, deter crime, and respond quickly to incidents. CCTV with AI analytics is used for continuous monitoring, enabling people counting, crowd density management, and behavioural analysis to detect issues such as loitering, trespass, or abnormal activity. Digital signs provide real-time service information, safety messages, and emergency instructions to guide passengers and reduce confusion during disruptions. Public Address (PA) systems allow station staff or control centres to broadcast clear announcements for routine operations and emergencies. Access control gates regulate entry and exit to the platform, support fare enforcement, manage crowd levels, and help maintain a safe and orderly passenger environment.
Car Park
Train station car parks use ANPR (Automatic Number Plate Recognition) primarily for security, access control, and operational management. ANPR cameras record vehicle number plates as cars enter and exit, helping to:
Deter crime and antisocial behaviour by tracking vehicles and identifying suspicious activity.
Enforce parking rules by monitoring duration, detecting overstays, and managing paid or permit-only parking.
Support investigations if theft, vandalism, or other incidents occur in the car park.
Increase revenue
Improve traffic flow and operational efficiency by automating entry and exit points without staffed barriers.
Overall, ANPR enhances safety for both vehicles and passengers while providing evidence for enforcement and incident response.
Buses
1. Buses
CCTV - Fixed Internal/External Cameras Body-worn cameras for drivers Telematics to ensure the driver is driving correctly
2. Bus Depots
Access control barriers Access control for staff-only areas PA Systems Intruder Perimeter CCTV
Buses are equipped with multiple security and monitoring systems to ensure passenger safety, driver accountability, and operational compliance. Fixed internal and external CCTV cameras provide continuous surveillance of passenger areas, boarding points, and the vehicle’s surroundings, deterring crime and supporting incident investigations. Drivers may wear body-worn cameras to protect themselves from assaults, provide objective evidence during disputes, and encourage safe interactions with passengers. Telematics systems monitor driving behaviour, including speed, braking, and adherence to routes, helping operators enforce safe driving practices, reduce accidents, and improve overall service reliability.
Bus Depot
Bus depots employ layered security measures to protect vehicles, staff, and infrastructure. Access control barriers and staff-only area restrictions control vehicle and personnel entry, ensuring only authorised individuals can access sensitive zones. Public Address systems enable communication across the depot for routine instructions, safety messages, and emergency alerts. Intruder detection systems and perimeter security, including fencing and alarms, help prevent unauthorised access and safeguard the site outside of operational hours. CCTV provides continuous monitoring of the depot, covering vehicle storage, maintenance areas, and entry points, supporting both real-time response and post-incident investigations.
Airports
1. Terminal
Access control
CCTV - AI, , PTZ (Facial recognition for border control)
Intruder – more for shops in terminals
Digital Signs
PA Systems
Body-worn cameras for airline staff are being trialled on some airlines
In an airport terminal, security combines surveillance, access control, and passenger management systems to ensure safety and smooth operations. Access control restricts entry to staff-only areas, secure zones, and boarding gates, allowing only authorised personnel. CCTV with AI,PTZ cameras, and facial recognition (commonly used for border control) monitors public areas, check-in, and boarding zones, detecting suspicious behaviour and supporting investigations. Intruder detection systems are often deployed in retail or sensitive terminal areas to prevent theft or unauthorised access. Digital signs provide passengers with real-time information, safety messages, and directions, whilePA systemsallow announcements for routine updates and emergencies. Some airlines are trialling body-worn cameras for staff to enhance safety and accountability during passenger interactions.
Runway
Airport runways are secured by a comprehensive set of systems designed to protect aircraft, personnel, and airside operations. Access control ensures that only authorised personnel and vehicles can enter the runway and airside areas. CCTV systems, including AI-enabled, PTZ, and thermal cameras, provide continuous monitoring, detect unauthorised activity, and support rapid incident response. Perimeter security is reinforced with fencing, intrusion detection, and physical barriers, often supplemented by RADAR for detecting movement over large areas. Perimeter Intrusion Detection systems, PIR sensors, and infrared or microwave beams detect breaches or movement near sensitive zones, triggering alerts to security teams. Together, these layered systems maintain runway safety, deter unauthorised access, and ensure compliance with aviation security regulations.
Boat Ports
1. Perimeter
Fences & Lights Lots of Marine Grade CCTV - AI, Night vision and Thermal Intruder Detection with a Grade 2/3 alarm
2. Port Entry
Access control for keeping the public away from sensitive areas
A boat port perimeter is secured using a combination of physical barriers, surveillance, and intrusion detection to protect vessels, cargo, and infrastructure. Fences and lighting create a physical and visual deterrent, illuminating the area to reduce concealment and support monitoring. Marine-grade CCTV with AI, night vision, and thermal capabilities provides continuous surveillance of docks, piers, and access points, detecting suspicious activity and supporting incident response. Intruder detection systems linked to Grade 2 or 3 alarms alert security personnel to breaches, enabling rapid intervention. Together, these measures create a robust, layered security approach suitable for the maritime environment.
Port Entry
The entrance of a boat port is secured to control access and protect sensitive areas from unauthorised public entry.Access control systems such as gates, barriers, and credential checks ensure that only authorised personnel, vehicles, and vessels can enter restricted zones. These systems help manage traffic flow, prevent trespassing, and maintain the safety of both staff and port assets, forming the first line of defence in the port’s layered security strategy.
Buildings
Buildings within a boat port are secured to protect personnel, equipment, and sensitive operations. Access control systems restrict entry to authorised staff only, ensuring that areas such as offices, maintenance sheds, and storage facilities remain secure. CCTV monitors building entrances, internal spaces, and surrounding areas, providing real-time surveillance, incident detection, and evidence for investigations. Together, these systems maintain operational security and safeguard critical port infrastructure.
Car Park
1. Perimeter
Fences & Lights CCTV
2. Car Park Entry
ANPR Access control barriers
3. Car Park
Digital signs signalling where spaces are free Parking attendants may have body-worn cameras
The perimeter of a car park is secured using a combination of physical barriers and surveillance measures. Fences and lighting create a clear boundary, deter unauthorised access, and improve visibility for both pedestrians and cameras. CCTV systems monitor the perimeter and entry/exit points, capturing footage to help prevent theft, vandalism, and other suspicious activity. This footage also provides evidence for investigations when incidents occur. Together, these measures enhance safety and security for both vehicles and users.
Car Park Entry
A car park entry system is designed to control vehicle access and manage parking efficiently. Automatic Number Plate Recognition (ANPR) technology captures vehicle registration details, enabling automated access, monitoring, and enforcement of parking rules. Access control barriers regulate entry and exit, ensuring that only authorised vehicles, such as permit holders or paying customers, can enter the car park. This system also helps prevent unauthorised vehicles or tailgating. Together, these components enhance security, streamline operations, and provide accountability for all vehicles using the car park.
Car Park Entry
The car park itself is secured and managed to ensure safety, efficient use, and accountability. Digital signs guide drivers to available spaces, reducing congestion and improving traffic flow within the car park. Parking attendants equipped with body-worn cameras enhance security by deterring antisocial behaviour, providing evidence during disputes, and protecting both staff and users. These measures help maintain a safe, organised, and monitored environment for vehicles and pedestrians.
Motorways
1. Motorways CCTV numberplate recognition CCTV for monitoring hard shoulders and junctions ANPR SMART motorways
Motorway security and monitoring primarily focus on traffic management, safety, and incident detection rather than access control. CCTV is widely used to monitor key sections of the road, junctions, and other high-risk areas, enabling rapid detection of accidents, breakdowns, and suspicious activity. ANPR (Automatic Number Plate Recognition) cameras are used to track vehicle movements for enforcement, tolling, and law enforcement. SMART motorways incorporate traffic sensors, variable speed limits, lane control signals, and digital signage to manage traffic flow, detect hazards, and enhance overall motorway safety. Together, these systems provide real-time surveillance, traffic management, and enforcement capabilities.
