Automated border control systems are automated self-service barriers that use biometric passport chip data to authenticate a user's identity. Face, fingerprint, iris recognition, or a combination of these biometric modalities are used for international traveler verification. Automated border gates and computerized self-service barriers at immigration checkpoints and arrival halls, operated by the border force, demonstrate their value in the industry by facilitating a faster and more efficient flow of passengers while reducing frustration and enhancing operational efficiency. For passports to function, a biometric logo that automated border control gates can read is required. The employee in the control tower recognized the ID and then used facial recognition software to confirm the individual's identity.
Automation can shorten wait times in long airport queues and enhance passenger processing. More airports are investing in automated solutions for border control, luggage drop, and check-in. According to SITA, an airline services supplier, 72% of passengers used one of these self-service alternatives in 2019. Additionally, all port operations are putting a greater emphasis on automation. For instance, in 2019, Amadeus acquired ICM Airport Technics, the world's top supplier of self-service bag-drop solutions. When Sydney Airport T1 International handled the one-millionth passenger-checked bag in 2019, ICM assisted. Similarly, several of the world's most cutting-edge airports, like Changi Airport in Singapore, are introducing ICM's "Auto Bag Drop" devices.
Additionally, Panasonic Corporation announced in 2019 that it would increase the use of automatic facial recognition gates in international traveler departure procedures and add more facial recognition gates for use at more airports in Japan. With the additional acquisition, Japan will now have 203 automatic gates installed. Additionally, a trial program to automate immigration clearance for travelers departing the country was started at Indira Gandhi International Airport in December 2020. (India). Harmonizing electronic gates for automated border control is another top objective for the European Union. Therefore, it is estimated that the market for automated border controls will grow throughout the projected period due to the rising emphasis on automation across all port facilities.
Technical advancements in automated border control solutions aimed at enhancing the capacities and capabilities of border control systems have boosted the demand for IoT devices and services to increase accuracy in the border crossing process. With the ongoing border security concerns, there is a greater need for innovative defenses against security threats. While improving traveler comfort and reducing border security threats, IoT-based biometrics have the potential to revolutionize automated border control.
As the danger levels associated with border security continue to alter in many countries worldwide, government officials must ensure that the security levels are enhanced without degrading the experience for visitors. IoT is crucial in helping the relevant authorities accomplish these goals. Several attempts have been launched to improve automated border control systems, notably the D4FLY project, which received support from the European Union (EU). Furthermore, most of these projects rely on state-of-the-art IoT components and services. Due to the accuracy of the border crossing process offered by IoT devices and services, the companies in the global automated border control market have excellent potential.
Europe is the most significant revenue contributor and is anticipated to expand at a CAGR of 12.45% during the forecast period. In Europe as well, the market is rapidly growing. This growth is attributed to the British and German aviation industries' demand for border clearance showcases. The remainder of the world expands significantly during the projection timeframe. Automated border control systems are becoming increasingly necessary in South America, the Middle East, and Africa to increase the airport's operational effectiveness.
Asia-Pacific is predicted to develop at a CAGR of 15.90% over the forecast period. The Asia-Pacific region is expected to hold a sizable market share for automated border control systems during the forecast period. This market growth results from China and India investing more money in building airport infrastructure. The Chinese government focuses more on airport security through stringent passport screenings to verify travel documentation. The Indian government is expanding the industry by rigorously enforcing the background check process for registered travelers.
The global automated border control market's major key players are Accenture, Mühlbauer Holding, BioLink Solutions, Cominfosec Cross Match Technologies, Gemalto, Magnetic Autocontrol, International Security Technology, Rockwell Collins, Securiport, IER SAS, and Vision-Box.