AIRPORT EVOLUTION - IOT USE CASES

Airport Applications Using IoT and Wireless Sensors

IoT and wireless sensor technology are revolutionizing airport operations, enabling new possibilities for increased efficiency and improved customer experience. From connecting flight control and baggage handling systems to the cloud to real-time tracking of people and assets, airports utilize the latest advances in IoT and sensors to improve their operations and serve their passengers better. In this article, we will look at some of the most common applications of IOT and wireless sensors in modern airports, including:

SMARTER CABIN CLEANING - With motion sensors, cleaning staff can be notified when cleaning cabins or public areas is necessary to maintain optimal hygiene levels.

SMART QUEUES – Utilizing IOT sensors to monitor the number of people in line at check-in counters and other locations, allowing airports to manage their resources more efficiently.

ENVIRONMENT MONITORING – Setting up sensors throughout the airport campus to monitor air quality levels to ensure optimal comfort for passengers in transit.

PARKING SPACE MONITORING – Utilizing motion sensors and wireless cameras, airports can track occupancy rates in parking lots and provide real-time notifications to drivers when a space is available.

AUTOMATED BAGGAGE HANDLING - By utilizing RFID tags coupled with GPS tracking and weight sensors, baggage handlers can more accurately track shipments and ensure customers get their luggage on time.

SMARTER LIGHTING – By integrating light sensors throughout airport buildings, airports can adjust lighting levels based on current conditions, helping to reduce energy costs while still providing optimal illumination for safety purposes.

MOBILE CHECK-IN – Through mobile apps and Bluetooth beacons, airports can streamline customer check-in processes and make travel easier for those traveling through their facilities.

ELECTRONIC VEHICLE CHARGING - By utilizing sensors and energy management systems, airports can provide electric vehicles with access to charging stations and offer a convenient way for travelers to recharge their vehicles.

ENTRY AND EXIT MANAGEMENT – Utilizing facial recognition technology and automated gates, airports can reduce passenger waiting times by streamlining entry and exit processes.

AUTOMATED SHUTTLE SERVICES – By installing motion sensors throughout the airport buildings, airports can track shuttle services more accurately and even control autonomous shuttles that transport passengers around the facility.

Indoor/Outdoor Tracking: Utilizing IOT sensors to track the location of people and assets to improve airport operations, enhance security, and provide greater customer comfort.

De-icing Levels: Utilizing IOT sensors to measure the levels of de-icing fluid on airplanes to effectively manage the aircraft de-icing process.

People Counting: Utilizing IOT sensors to accurately count the number of people entering or exiting a facility or plane to track occupancy rates, optimize staffing levels, and ensure compliance with safety regulations.

Asset Tracking: Utilizing IOT sensors to monitor the real-time location of all assets within an airport facility, such as baggage carts, jet bridges, vehicles, etc., to ensure they are properly maintained and secure.