Airport Passenger Flow Monitoring (PFM)

Real-time visibility of passenger flow enables efficient operations and meets required passenger experience KPIs at scale.

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Built for Real Airport Operations

Passenger flow monitoring purpose-built for daily airport operations, delivering reliable visibility across key operational touchpoints such as security, immigration, and boarding.

The system provides governed, structured data outputs with automated reporting, enabling consistent performance tracking. Designed for scalability, it supports phased deployment across terminals while maintaining standardised metrics, ensuring long-term operational consistency and decision-making support.

FootfallCam Built for Real Airport Operations
6x Metrics Title
Icon - Queue Length

Queue Length

Icon - Average Waiting Time

Average Waiting Time

Icon - Processing Throughput

Processing Throughput

Icon - Inflow and Outflow Rate

Inflow and Outflow Rate

Icon - Serving Time

Serving Time

Icon - Active Desks

Active Desks

Let's discover all metric features here

Where Passenger Flow Monitoring Is Used

Airports apply passenger flow monitoring at the points where congestion, delay, and capacity imbalance most directly affect operations.

FootfallCam here Passenger Flow Monitoring Is Used
FootfallCam Where Passenger Flow Monitoring Is Used

Optimised Coverage.
Lower Cost.

Using fewer devices, FootfallCam achieves full coverage across approximately 37,000 sq ft across security and border control areas, eliminating blind spots through optimised placement and advanced tracking algorithms.

FootfallCam Lower Total Cost of Ownership

Lower Total Cost of Ownership

  • Up to 30% fewer devices required for full area coverage
  • Up to 40% reduction in deployment cost
  • Lower cost per sqf through optimised coverage design
  • Reduced cabling complexity, installation effort, and long-term operational overhead

At the early stage of exploration?

Let’s have an obligation-free chat to discuss your ideas and see how we can assist.

From Counting to Intelligent Journey Tracking

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Traditional Systems

Basic counting

No journey tracking

Hardware heavy

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FotfallCam

Re-ID tracking

Path linking

High trolley detection

Staff vs passenger detection

IATA LoS-Aligned Airport KPI Framework

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Passenger flow KPIs aligned with IATA Level of Service (LoS) principles and other global airport standards including ACI and ICAO frameworks, enabling consistent measurement of waiting time, congestion, throughput, and processing performance.

KPI Coverage:

  • Waiting Time (avg / P95 across checkpoints)
  • Queue Length (real-time and peak conditions)
  • Throughput (passengers per lane / hour)
  • Occupancy & Density (service level thresholds)
  • Processing Time (end-to-end passenger flow)

Webinar

FootfallCam Airport Series - Passenger Flow Analytics

Curb-to-gate modular architecture powered by 3D vision, AI, and BLE for SLA monitoring, queue control, insights, and up to 15× cost savings..

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A Deployment Model That Scales

Airports typically deploy passenger flow monitoring in stages. A common approach:

  • Start at one operational area
  • Expand to adjacent touchpoints
  • Standardise reporting across terminals

This approach allows airports to adopt passenger flow monitoring at a practical pace while maintaining consistency.

FootfallCam A Deployment Model That Scales

Hybrid Counting Across Three Technologies

FootfallCam 3D Stereo Vision Technology

3D Stereo Vision Technology

Uses 3D sensors at entry/exit points to deliver accurate bidirectional counting with top-down views, ensuring precise occupancy tracking in defined passageways.

FootfallCam AI-Powered Video Analytics

AI-Powered Video Analytics

Leverages existing CCTV to monitor large spaces, track occupancy and queues, and provide insights where sensor installation is challenging.

FootfallCam Entry and Exit-Based Occupancy Counting

Entry and Exit-Based Occupancy Counting

Calculates occupancy using IN–OUT logic, tracking queue lengths and area usage across large zones to improve flow management and operational efficiency.

System Architecture Tailored for Airport Operations

FootfallCam V9 System Architecture offers AI-driven predictions, real-time dashboards, and AODB integration, enabling occupancy tracking, simulations for flight delays, and seamless data management via mobile apps for the airport industry.

FootfallCam System Architecture Tailored for Airport Operations

Working with Airport Operators

Accuracy Assurance

Each counters’ accuracy be will audited by recording a video and comparing the difference between systemic and manual count.

Data Privacy

The only data sent out by the sensor is a constant stream of moving dots, each dot representing a passenger.

Project Management

Experienced in management for large scale project to take accountability for a successful enterprise delivery for every roll out projects.

Installation

Providing assistance and support for installation remotely through ad-hoc or on-demand remote session.

System Integration

Setting the standards for ease of use, extract data with pre-built connectors to your business intelligence.

Support and Maintenance

Dedicated project manager to take accountability and to resolve issues at any moments’ notice.

FootfallCam Operational Assurance Built-In

Operational Assurance Built-In

Designed for dependable, auditable, and governed operations, FootfallCam ensures performance validation, controlled data management, and secure, access-controlled system architecture for reliable airport passenger flow monitoring.

How it Works?

3D Stereo Vision via 3D People Counters

Integrating CCTV with Centroid

Occupancy Counting based on Entry and Exit

3D Stereo Vision via 3D People Counters

3D Stereo Vision via 3D People Counters

3D Counters at each passage to measure the number of IN and OUT:

  • Processing rate of each station.
  • Direction of traffic flow to different sections of the airport.
  • Waiting times
  • Customer journey time
FootfallCam 3D Stereo Vision via 3D People Counters

Integrating CCTV with Centroid

Integrating CCTV with Centroid

  • Measures the number of passengers queuing or waiting in an area
  • Metrics Measured:
    • Live Occupancy by Areas
    • Queue Length
  • Accuracy may be affected by occlusion at times
FootfallCam Integrating CCTV with Centroid

Occupancy Counting based on Entry and Exit

Occupancy Counting based on Entry and Exit

  • IN minus OUT method for large areas:
  • Metrics Measured:
    • Queue length at each service station
    • Occupancy levels of each section of the airport
FootfallCam Occupancy Counting based on Entry and Exit

Webinar

Airport Passenger Flow Management: RFI Must-Knows

Explore how airports overcome occlusion, high ceilings, and budget limits with FootfallCam scalable people counting across terminals, security, retail, and more.

FootfallCam Webinar - Video Thumbnail

Deployed for Day-to-Day Operations

FootfallCam supports daily airport operations by managing security queues, balancing immigration lanes, monitoring gate congestion, and reviewing service performance, enabling informed, routine decision-making beyond just exceptional events.

  • SAINT HELENA AIRPORT

    Saint Helena Airport, the international airport on Saint Helena, has installed footfall sensors at its entrances. By monitoring the traffic trends of the airport, this allows management to dynamically adjust staffing levels, ensuring a high quality of customer service.