Airport Information Systems market

Airport Information Systems market

Growth Factors of Airport Information Systems Market

The airport information systems market size was valued at USD 3.41 billion in 2023, and the market is now projected to grow from USD 3.54 billion in 2024 to USD 4.78 billion by 2032, exhibiting a CAGR of 3.82 % during the forecast period of 2024-2032.

Airport information systems were affected by COVID-19 outbreak by increasing the level of digital and touch-less services. ‘Smart’ measures were introduced to airports for the health status management, including crowd monitoring in real-time, touch-less check-in, and health ‘self-check. ’ These shifts in technology have enhanced passengers’ satisfaction. It is also important to stress that the pandemic revealed the importance of stable and ductile structures that were able to respond to shutdowns and disruptions, so there has been a continuous investment in flexible information structures.

Present developments in airport information systems call for better and improved services to the passengers and productivity in the terminals through use of information technology. Major changes that take place include the use of artificial intelligence for forecasting of passengers to control flow and staffing. Some of the industry developments include the use of fingerprint scanning among others as we check in and go through security. In the same respect, IoT devices are also enhancing the ways through which airport structures are monitored in real time. There is improved data sharing among the stakeholders through the implementation of cloud base platforms to support coordination and timely responses. All these innovations taken together seem to strive towards fostering better, safer and friendly environments at the airports. These factors are driving the airport information systems market share.

The major drivers for airport information system are the desire to improve the quality of service delivery to the passengers, efficiency and security. The growth of passenger traffic and the need to provide passengers with comfortable conditions dictate the use of high technologies in airports. Use of innovations such as biometric verification and real-time data analytics are important in flow management to curb on Cases of delays. Also, variability in meeting health and safety standards imposes the adoption of touch-less and automated systems. Sustainability and reduction of costs also have an impact on using energy efficient and cloud solutions in the airport management.

Comprehensive Analysis Airport Information Systems Market

Airport information systems can be categorized by many criteria to suit a solution to a particular market. By System, they include Airport Operation Control Center that coordinates all operations within the airport and Departure Control System that was specifically coordinating flight and passenger procedures. Classification according to the Airport categorized from class A which has more facilities to class D which offers very limited services for few numbers of passengers. By Type, systems are categorized into Air side that manages movement and operations of aircrafts and Terminal side which is more inclined at management of operations such as handling of passengers. Based on end use they consist of Passenger Systems which include systems that directly impact a traveler and non-passenger Systems, which impacts only the airport staff. Within Investments, they are categorized as green filed and brown filed investment where green field investment establishes new infrastructure while brown field new invest in upgrading of existing structures.

North America has the most developed airport information systems market share to date because of its excellent infrastructure and considerable spending on the technologies. Many airports across the region are located in countries like the U. S and Canada, and most of them are at the forefront in implementing new age solutions like the use of biometrics, real time data processing, and integrated airport management tools. There are always lots of passengers and operations have to go on smoothly to ensure efficiency hence the constant push for innovation. Also, through government policies and grants, the effective and advanced technology of smart, sustainable, and resilient airports is backed up by the government to further enhance North America’s strength in this sector.

Key players in this sector include ADB SAFEGATE (U.S.), Amadeus IT Group SA (Spain), Collins Aerospace (U.S.), Damarel Systems International Ltd. (U.K.), IBM (U.S.), Indra Sistemas S.A. (Spain), INFORM Software (Germany), Northrop Grumman Corporation (U.S.)

It was fascinating to learn that in 2023 there was introduction of self-service biometric kiosks during airport check-in. These technological designs are implemented in Check-In Kiosks, which use high tech facial recognition in the passenger’s identification and checking-in process. Compared with the conventional ways of having data keyed in, and paper work, these kiosks employ face identification and AI to validate identities within a short span of time and with high precision. This also helps to decrease the time clients spend waiting, and improves safety measures eliminating the need for close contact with others as the result of Covid pandemic. Such kiosks are some of the indicators of increasing mechanization and individualization of the work of the airport.

Segmentation Table

ATTRIBUTE DETAILS

Study Period 2019-2032

Base Year 2023

Estimated Year 2024

Forecast Period 2024-2032

Historical Period 2019-2022

Unit Value (USD Billion)

Growth Rate CAGR of 3.82% from 2024 to 2032

Segmentation

By System

- Airport Operation Control Center

- Departure Control System

By Airport

- Class A Airport

- Class B Airport

- Class C Airport

- Class D Airport

By Type

- Airside

- Terminal Side

By End-Use

- Passenger System

- Non-passenger System

By Investment

- Greenfield

- Brownfield

By Geography

- North America (By System, Airport, Type, End-Use, Investment, and Country)

• U.S. (By System, Airport, Type, End-Use, Investment)
• Canada (By System, Airport, Type, End-Use, Investment)

- Europe (By System, Airport, Type, End-Use, Investment, and Country)

• U.K. (By System, Airport, Type, End-Use, Investment)
• Germany (By System, Airport, Type, End-Use, Investment)
• France (By System, Airport, Type, End-Use, Investment)
• Russia (By System, Airport, Type, End-Use, Investment)
• Rest of Europe (By System, Airport, Type, End-Use, Investment)

- Asia Pacific (By System, Airport, Type, End-Use, Investment, and Country)

• Japan (By System, Airport, Type, End-Use, Investment)
• China (By System, Airport, Type, End-Use, Investment)
• India (By System, Airport, Type, End-Use, Investment)
• Australia (By System, Airport, Type, End-Use, Investment)
• Rest of Asia Pacific (By System, Airport, Type, End-Use, Investment)

- Middle East (By System, Airport, Type, End-Use, Investment, and Country)

• UAE (By System, Airport, Type, End-Use, Investment)
• Saudi Arabia (By System, Airport, Type, End-Use, Investment)
• Israel (By System, Airport, Type, End-Use, Investment)
• Turkey (By System, Airport, Type, End-Use, Investment)
• Rest of the Middle East (By System, Airport, Type, End-Use, Investment)

- Rest of the World (By System, Airport, Type, End-Use, Investment, and Sub-Region)

• Latin America (By System, Airport, Type, End-Use, Investment)
• Africa (By System, Airport, Type, End-Use, Investment)


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