Jazmin Li
Airports are complex ecosystems that present a unique set of challenges and opportunities for improvement. While they have been meticulously designed, airports often fall short when it comes to providing a seamless and enjoyable experience for travellers. By leveraging data-driven solutions and behavioural science, airports can enhance their operations and improve overall traveller satisfaction. This includes utilising data forecasting, predictive analytics, and collaborative decision-making to reduce delays, improve efficiency, and increase revenue. Additionally, airports can benefit from adopting emerging technologies, such as automated screening lanes, biometrics, and advanced scanning equipment, to raise the bar for aviation security and streamline the security screening process. The COVID-19 pandemic also highlighted the importance of systemic sensemaking and the need for airports to foster a strategic approach to mitigate future public health disruptions. By embracing innovation and collaboration, airports have the potential to transform the passenger experience and improve various aspects of their operations.
| Characteristics | Values |
|---|---|
| Data sharing with other airports, airlines, and ground handling agents | Reduces delays by 10% and CO2 emissions by 7.7% |
| Data forecasting and analytics | Improved dynamic decision-making, staffing levels, and passenger experience |
| Credential Authentication Technology (CAT) | ID authentication, reservation verification, and Secure Flight pre-screening |
| Biometrics | Identity verification |
| CT scanning | Enhanced threat detection for carry-on baggage |
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What You'll Learn
- Improving the passenger experience with data forecasting and collaboration
- Using behavioural science to reduce passenger misery
- Preparing for future health crises with sensemaking capabilities
- Enhancing security with biometrics and threat detection
- Gender differences in satisfaction with airport technology
Improving the passenger experience with data forecasting and collaboration
Airports have long been associated with a degree of frustration and inconvenience for passengers. However, through the use of data forecasting and collaboration, airports can significantly improve the passenger experience.
One way to achieve this is by utilising data platforms to address specific issues. For instance, a prominent US airport faced challenges with taxis congesting its short-term parking lot, leading to reduced parking space for passengers and lost revenue. By employing a data forecasting model, the airport was able to predict taxi demand and request taxis only when needed, thereby enhancing the passenger experience and recovering millions in revenue. This example highlights the potential of data forecasting in optimising airport operations and mitigating inconveniences for travellers.
Moreover, data collaboration between airports, airlines, and ground handling agents has proven effective in enhancing efficiency. Airport Collaborative Decision-Making (A-CDM) is a notable initiative that has resulted in a 10% reduction in airport delays and a 7.7% decrease in CO2 emissions. This collaborative approach enables better decision-making and demonstrates the benefits of data sharing among stakeholders.
Additionally, airports can leverage data for predictive analytics and proactive notifications. Cincinnati Airport's Enterprise Awareness & Situational Exceptions (EASE) system collects structured and unstructured data from various sources, allowing for dynamic decision-making and improved staffing levels. By monitoring social media, weather, and local traffic, the airport can respond promptly to passenger concerns, adjust operational plans, and keep travellers informed.
Furthermore, airports can benefit from third-party data feeds that provide real-time information on flight positions, predictions, and events. Passur, for instance, offers data feeds built on AWS that enable airports to enhance asset management, capacity planning, and collaboration with airlines. With advance notification of delays, airports can proactively adjust their operations and minimise disruptions.
Lastly, airports can enhance the passenger experience through the implementation of emerging technologies. Automated Screening Lanes, for example, streamline security checks while reducing waiting times for travellers. The utilisation of biometrics for identity verification promises to modernise passenger identification, and Credential Authentication Technology (CAT) ensures real-time ID authentication and reservation verification. By embracing innovation and data-driven solutions, airports can transform the passenger journey, making it more efficient and enjoyable.
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Using behavioural science to reduce passenger misery
Airports are designed with great care, but being inside one can be frustrating. From security checks to boarding the plane, there are many pain points that can ruin a passenger's experience. Airports can utilise behavioural science to reduce passenger misery and create a positive experience.
One way to do this is by optimising airport operations to meet the emerging needs of passengers while maintaining economic viability. This can be achieved through modelling passenger behaviour and purchases in the terminal. For example, a study at Lisbon Humberto Delgado Airport used a survey to collect data on passenger behaviour before the security checkpoint. This data was then used to develop activity-choice models that identify the factors influencing passenger choices. Forecasts showed that when more passengers checked in online and planned their activities in advance, they preferred to conduct non-aeronautical activities after the security checkpoint. Understanding passenger behaviour through such models can help airports make informed decisions to improve the passenger experience.
Another critical factor affecting passenger misery is waiting time at security screening. The International Civil Aviation Organization (ICAO) urges its members to reinforce security screening to protect against potential terrorist threats. However, this often results in longer waiting times, negatively impacting passengers' emotional responses and the airport's image. Airports can utilise behavioural science to strike a balance between thorough security screening and minimising waiting times, reducing passenger frustration.
Additionally, airports can benefit from adopting a more customer-centric approach. By understanding the individual needs and reasons for travelling, airports can deliver tailored products and services. With the rise of tech-savvy travellers, airports can leverage technology to offer dynamic, on-demand, and personalised experiences. For instance, ecommerce platforms enable passengers to search, plan, and book their journeys from the airport website. Centralised booking management and upsell opportunities improve the passenger experience and encourage data sharing for better behaviour analysis.
Lastly, socio-demographic factors, such as gender, influence traveller satisfaction. For instance, women tend to show higher appreciation for technology use in airport processes. By considering these factors and leveraging behavioural science insights, airports can enhance the overall passenger experience and reduce misery.
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Preparing for future health crises with sensemaking capabilities
Airports play a crucial role in global connectivity, but the COVID-19 pandemic exposed their vulnerabilities to public health crises. To prepare for future health emergencies, airports must enhance their sensemaking capabilities. This involves improving the ability to gather, interpret, and act on information from various sources to make sense of complex situations.
One way to achieve this is by consolidating key stakeholders physically. During the COVID-19 pandemic, Amsterdam Airport Schiphol conducted a study involving interviews with 16 experts from airport operators, airlines, public health agencies, security services, and the government. This systemic approach facilitated information sharing and coordination among stakeholders, addressing the hesitancy and top-down dynamics that can impede effective decision-making.
Additionally, airports can benefit from fostering informal relations alongside formal structures like Crisis Management Teams and the Airport Operations Centre. These informal connections across different sectors can provide valuable insights and perspectives, enhancing the airport system's ability to make sense of evolving health crises.
To improve sensemaking capabilities, airports should also invest in technologies that support data gathering and analysis. This includes utilising data platforms and predictive analytics to identify patterns, make informed decisions, and anticipate potential disruptions. By embracing digital transformation, airports can enhance their operational resilience and adaptability in the face of unforeseen health challenges.
Furthermore, airports can establish feedback loops and learning mechanisms to continuously refine their sensemaking processes. By reflecting on past experiences and conducting thematic analyses, airports can identify gaps in their preparedness and develop targeted interventions to address them. This iterative approach ensures that airports remain agile and responsive to the dynamic nature of public health threats.
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Enhancing security with biometrics and threat detection
The use of biometrics and threat detection technologies is revolutionizing airport security, offering faster, safer, and touchless journeys for passengers. Biometric security includes facial recognition, fingerprints, and iris scanning, which provide faster and more accurate identity verification, improving security and the overall travel experience.
Facial recognition technology, for instance, can automate current manual ID verification procedures. The Transportation Security Administration (TSA) is testing one-to-one facial matching capabilities by integrating a camera that takes a passenger's photo and compares it to the image on their photo ID. Additionally, TSA is testing one-to-few facial identification capabilities by using the Traveler Verification Service to compare a live image of a passenger to a database of pre-enrolled reference photos. These biometric solutions are being rigorously evaluated in TSA laboratories and operational environments, in collaboration with various federal agencies and industry partners.
Biometric programs are expanding globally, with more countries adopting facial recognition and iris scanning as standard identification methods. Digital IDs, such as mobile driver's licenses, are more secure than physical credentials, which can be counterfeited or fraudulently used. They also offer enhanced privacy, as passengers only share the information necessary for identity verification, and nothing more. Furthermore, the use of digital IDs can pave the way for a more seamless travel experience, reducing unnecessary contact between TSA officers and passengers.
In addition to biometrics, the introduction of computed tomography (CT) scanners is another significant advancement in airport security. CT scanners provide detailed 3D images of baggage, allowing for the detection of prohibited items without requiring travelers to remove electronics or liquids from their bags. This technology is similar to CT scanning in the medical field and has been proven to be the most effective technology available today for airport checkpoints. AI-powered systems, which can enhance threat detection through advanced behavioral analysis, are also being tested for potential deployment in international airports by 2025.
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Gender differences in satisfaction with airport technology
Airports are facilitators of domestic and international travel, and the quality of their services can impact passenger satisfaction and their intention to revisit the destination. While airports are designed with care, they can be a source of frustration for passengers due to various processes such as security checks, boarding, and luggage handling.
An empirical study from a gender perspective examined passenger satisfaction with technology in smart airports. The study found that women showed a higher appreciation for technology use in airport processes. This indicates that gender differences play a role in traveller satisfaction at smart airports, with women being more satisfied with the technology-driven approach.
Additionally, socio-demographic factors also come into play when influencing traveller satisfaction. The study's findings suggest that airports can improve their services by leveraging technology to enhance the overall experience and increase revenue.
Furthermore, the quality of airport services can impact passengers' behavioural intentions towards destination visits. Research has shown that higher service quality leads to increased passenger satisfaction, which may encourage passengers to return to a destination. This relationship between service quality and revisit intention has been supported by various studies.
While the specific mechanisms behind gender differences in satisfaction with airport technology are not explicitly mentioned, it is evident that women tend to have a more positive perception of technology use in airports. This knowledge can guide airports in their efforts to enhance their services and improve overall traveller satisfaction, particularly when considering the implementation of new technologies.
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Frequently asked questions
Airports can use data to improve their operations and the overall passenger experience. For example, Cincinnati Airport uses data for predictive analytics and proactive notifications, allowing them to improve staffing levels, monitor social media for passenger sentiments, and adjust operational plans based on weather and traffic conditions.
Airports have been successful in sharing data with other airports, airlines, and ground handling agents to improve operational processes and collaboration. This has led to a significant reduction in delays and CO2 emissions.
Airports can engage with third-party companies, such as AWS Partner Slalom, to build data forecasting models. By using historical flight, weather, and taxi-passenger data, airports can predict taxi demand, optimize parking lot space, and improve revenue.
Airports can utilize Automated Screening Lanes and Credential Authentication Technology (CAT) to enhance security efficiency and speed up the security screening process. Additionally, the use of biometrics for identity verification and CT X-ray scanning equipment for carry-on baggage inspection further improve security and the passenger experience.
