Overview
In the dynamic environment of transportation and airports, ensuring passenger safety and optimizing operational workflows is vital. BLE-based (Bluetooth Low Energy) Passenger Tracking systems deliver a robust solution for real-time monitoring of individuals within transit hubs. By deploying a network of BLE beacons and gateways, these systems offer enhanced visibility, ensuring efficient management of passenger flows and adherence to safety protocols. BLE technology stands out from traditional RFID by providing longer ranges and lower power consumption, making it ideal for extensive transportation facilities.
Features
- Real-time tracking of passengers to enhance security and operational efficiency
- Automated notifications for arrivals, departures, and boarding processes
- Adjustable system range: up to 900 ft (300 meters) indoors, 4,921 ft (1,500 meters) outdoors
- Lightweight and compact beacons: as thin as 0.06 in (1.5 mm) and weighing only 0.04 oz (1.2 g)
- Long battery life: up to 10 years for BLE beacons
- Versatile deployment options: cloud-enabled with MQTT/HTTPS protocols, local server, or mobile PC
- Comprehensive data analytics for tracking passenger movement and trends
- Seamless integration with existing security and operational management systems
- Rugged beacons available with IP67 rating for use in challenging environments
- Secure data processing in compliance with industry regulations
Technical Specifications
- BLE beacon range: Adjustable, up to 900 ft (300 meters) indoors and 4,921 ft (1,500 meters) outdoors
- Beacon dimensions: as thin as 0.06 in (1.5 mm)
- Beacon weight: as light as 0.04 oz (1.2 g)
- Battery life: up to 10 years for BLE beacons
- Power options for gateways: PoE, battery, solar power, or traditional power outlets
- Power options for beacons: battery or solar power
- Rugged beacons: IP67 rated for durability in various environments
- BLE protocols: Bluetooth 4.0/5.0
- Gateway connectivity: Wi-Fi, Ethernet, LTE
- System versions: Cloud-enabled with MQTT/HTTPS, local server, mobile PC
Applications
- Passenger Check-In: Streamline the check-in process with automated notifications, reducing wait times and enhancing the passenger experience.
- Boarding Management: Efficiently manage boarding processes with real-time tracking of passenger movements, improving throughput and safety.
- Security Monitoring: Utilize tracking data to monitor passenger movement in sensitive areas, ensuring compliance with safety regulations.
- Data Analytics: Collect and analyze passenger flow data to optimize staffing levels and improve operational efficiency.
- Emergency Response: Facilitate effective emergency response protocols by quickly locating passengers in the event of a crisis.
- Integration with Transportation Systems: Seamlessly integrate with existing transit management systems to provide a unified view of passenger movements.
- Event Management: Monitor passenger interactions during special events or peak travel times, enhancing security and operational management.
- Visitor Management: Track visitors in transit hubs, providing insights into visitor flows and improving overall management efficiency.
- Maintenance Notifications: Use tracking data to schedule maintenance and repairs in areas of high passenger traffic, ensuring safety and efficiency.
- Real-Time Alerts: Provide passengers with real-time updates on flight statuses and delays through integrated systems.
Placement Guideline
- BLE Gateways:
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- Install gateways in central locations to ensure maximum coverage across all terminals and common areas.
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- Position gateways at elevated points for optimal signal transmission and reception across large spaces.
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- Place gateways near critical passenger access points, such as check-in counters and boarding gates, for effective monitoring.
- BLE Beacons:
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- Deploy beacons at all entry and exit points to accurately track passenger access and flow.
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- Install beacons in high-traffic areas, such as boarding lounges and baggage claim zones, to monitor passenger interactions with different facilities.
- Use rugged beacons in outdoor areas, such as shuttle pick-up zones, to ensure durability and reliable performance.
GAO’s Case Studies
- Los Angeles, USA: An international airport implemented a BLE-based Passenger Tracking system to monitor foot traffic through security checkpoints. The solution improved passenger flow and reduced wait times.
- Miami, USA: A major airline adopted the system to enhance boarding efficiency and security for its passengers, utilizing real-time data to optimize staffing and manage passenger interactions.
- Seattle, USA: A public transportation authority implemented BLE technology to track passenger movements on buses and trains, providing analytics to improve service schedules and efficiency.
- Chicago, USA: An airport used a BLE-based solution to monitor passenger traffic during peak travel periods. This implementation enhanced safety protocols and improved emergency response times.
- Atlanta, USA: A transportation hub integrated a BLE Passenger Tracking system to manage the flow of travelers during special events, providing real-time updates and enhancing guest experiences.
- Toronto, Canada: An airport adopted a BLE-based system for passenger tracking, improving the management of foot traffic during busy periods and ensuring compliance with safety regulations.
Industry Standards and Regulations
- ISO/IEC 24730-1
- ISO/IEC 18000-6
- FCC Part 15
- OSHA 1910
- Canada’s Personal Information Protection and Electronic Documents Act (PIPEDA)
Here are some of our products that are suitable for this system:
Our system has been developed and deployed. It is off-the-shelf or can be easily customized according to your needs. If you have any questions, our technical experts can help you. Please fill out this form or email us.