The vendor is required to provide passenger flow management solution and services for the design, procurement, installation, programming, testing, training, commissioning, and ongoing maintenance and support for the system.
- Passenger detection and monitoring
• Use of LIDAR is preferred, however aviation may consider a hybrid approach with LIDAR and other non-proprietary technologies to detect and monitor passenger movements in real-time at TSA security checkpoints and sky train stations.
• Recommended equipment must:
o Capture data at a rate of 250ms or less
o Deliver the position data with a maximum latency of 2 seconds
o Deliver the position data with a precision of 50 cm or less
• City will provide all required conduit, low voltage and data cabling and network connectivity necessary for the project.
- Dynamic PAX flow management
• The system must dynamically detect and monitor queues that form and dissipate as part of daily operations and provide information, including but not limited to the following information:
o Queue length
o Actual queue wait time
o Estimated queue wait time, and
o Similar data.
• The system must adapt to changes in passenger flow due to unforeseen circumstances, such as delays, cancellations, emergencies, and queue configuration changes, and allow for dynamic adjustments based on real-time conditions.
- Operational segmentation - employees and passengers
• The system must have the capability to discern between airport representatives, transportation security administration (TSA) uniformed workforce, passengers, and other populations to strengthen the accuracy of anonymized data.
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