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E-gates, also known as automated border control (ABC) systems, are becoming an increasingly common feature at airports around the world. They use biometrics to identify and process travellers, with the aim of reducing flight delays, streamlining processing times, and improving the overall airport experience. The technology has been deployed in over 20 US airports and most major European hubs, with the number of e-gate units globally expected to triple from 1,100 in 2013. E-gates offer a seamless and efficient way for travellers to be admitted to their destination, removing the need to display travel documents or boarding passes.
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What You'll Learn
- E-gates are an efficient, convenient, and secure alternative to manual border control
- They use biometrics, facial recognition, and iris and fingerprint scans to verify identity
- E-gates are available at select airports and eligible for specific nationalities
- They streamline the entry process, reducing flight delays and increasing check-in times
- E-gates collect data and immediately accept or reject passengers, aiding border protection
E-gates are an efficient, convenient, and secure alternative to manual border control
E-gates, also known as automated border control (ABC) systems, are increasingly being adopted by airports worldwide. These systems offer a seamless, efficient, and convenient alternative to manual border control, enhancing the overall airport experience for travellers.
One of the key advantages of e-gates is their efficiency in processing travellers. By utilising biometric technology, including facial recognition, iris scanning, and fingerprint identification, e-gates provide swift and secure authentication of travellers' identities. This automation significantly reduces processing times, streamlines border control, and minimises potential delays at customs and inspection points. The convenience of e-gates is further enhanced by the ability of travellers to proceed through border control without displaying travel documents or boarding passes, contributing to a smoother and faster experience.
The deployment of e-gates also strengthens security measures at border control. The advanced biometric identification systems employed by e-gates enable accurate and reliable verification of travellers' identities, ensuring only authorised individuals are granted entry. Additionally, e-gates are equipped with document readers and authentication software, allowing for the instant verification of travel documents and the detection of any security risks. This combination of biometric identification and document verification enhances the overall security of border control processes.
E-gates are designed to be flexible and adaptable to varying airport environments. They offer a range of form factors, including one-door and two-door configurations, integrated or segregated control processes, and kiosks. This modularity enables airports to optimise floor space and manage passenger traffic more effectively. Furthermore, the user-driven design of e-gates maximises traveller acceptance without compromising security, ensuring a positive experience for all users.
While e-gates offer numerous benefits, it is important to note that some individuals may still be directed to secondary inspections or brief meetings with customs officers after passing through the e-gates. Additionally, passengers travelling with infants or requiring special assistance, such as wheelchair users, may need to opt for manual border control lines. Nevertheless, e-gates are gaining traction globally, with an increasing number of countries adopting them to streamline their border control processes and enhance the convenience and security of international travel.
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They use biometrics, facial recognition, and iris and fingerprint scans to verify identity
E-gates are automated self-service barriers that use biometrics, facial recognition, and iris and fingerprint scans to verify identity. They were introduced in the early 2000s as an automated method of reading ICAO-mandated e-passports.
Biometrics is a fast, automated solution that helps address the challenges of increased airport passenger numbers, such as congestion and delays. Biometric verification can be done through facial recognition, iris recognition, or fingerprints.
Facial recognition systems, installed in small kiosks inside the e-gates, use algorithms to ensure accuracy and efficiency. These algorithms are designed to be invariant to non-idealities, such as changes in pose, expression, occlusions, and lighting. The system takes a live picture of the traveller and compares it to the image stored in the chip in their biometric passport.
Iris recognition is another modality used in e-gates, particularly in the European/Schengen areas. Like facial recognition, it involves capturing a high-quality image of the traveller's iris and matching it to the data stored in their passport.
Fingerprint scans are also used in e-gates, with the fingerprints and photographs transferred to the immigration office's servers. This information is then compared to a blacklist, which includes Interpol data and the fingerprints and photos of foreigners who were deported from the country.
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E-gates are available at select airports and eligible for specific nationalities
E-gates are automated border control systems that use biometrics to identify and process travellers. They are designed to speed up the border control process, increase security, and improve the overall airport experience.
E-gates are available at select airports worldwide, including Vancouver International Airport, Bahrain International Airport, Leonardo da Vinci Airport, Brussels International Airport, Larnaca International Airport, Paphos International Airport, Prague Airport, Copenhagen Airport, Helsinki Airport, and various airports in the UK.
The availability of e-gates and eligibility criteria vary depending on the country and airport. For example, at Leonardo da Vinci Airport in Italy, e-gates are available for European and Italian passengers aged 12 and above, as well as holders of electronic passports from specific countries. In contrast, at Bahrain International Airport, e-gates are eligible for Bahraini citizens with passports or ID cards, GCC citizens with biometric passports, Bahrain residents with passports or ID cards, and visitors with multi-entry visas and biometric passports.
It is important for travellers to check the availability and eligibility requirements for e-gates at their arrival airport, as some countries and passport types may not be supported. Additionally, some countries, such as the United States, may not have e-gates but offer alternative automated systems to streamline the entry process.
The use of e-gates is expected to grow, with annual shipments projected to increase from 1,166 units in 2021 to 2,400+ units by 2027. This growth reflects the increasing demand for self-service options and the benefits of faster border control processes and improved security.
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They streamline the entry process, reducing flight delays and increasing check-in times
E-gates are electronic gates that use automation to improve the customs and entry process at airports. They are also known as automated border control (ABC) systems. The use of e-gates is expected to triple, with an increasing number of countries adopting them.
E-gates offer a seamless, efficient, and secure experience for travellers. They use biometrics to verify a traveller's identity, including facial recognition, iris recognition, and fingerprint scans. This technology significantly reduces potential delays at customs and increases travellers' check-in times. The automated system allows for faster processing of travellers, reducing congestion and increasing check-in accuracy.
For example, at Leonardo da Vinci Airport in Italy, over 38 million travellers have used the e-gate system since its installation in 2014, with each e-gate processing thousands of passengers per day at an average speed of about 20 seconds. Similarly, in 2013, Vancouver International Airport introduced e-gates, and they have since been deployed in over 20 US airports and most European hubs.
The benefits of e-gates extend beyond efficiency and convenience. They also play a pivotal role in border protection, improving passenger safety and security. The use of biometrics enables accurate data collection and immediate acceptance or rejection of boarding passengers. This helps to streamline the entry process, reducing flight delays caused by customs and inspection bottlenecks.
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E-gates collect data and immediately accept or reject passengers, aiding border protection
E-gates, also known as automated border control (ABC) systems, are becoming increasingly common at airports worldwide. These systems offer a seamless and efficient way for travellers to be processed and admitted to their destination, replacing customs officers on arrival and departure. By using biometrics, e-gates can identify and verify a traveller's identity, collecting data and immediately accepting or rejecting passengers, which aids border protection.
The use of e-gates has been praised for its ability to streamline processing times, reduce flight delays, and increase check-in accuracy. The technology has improved significantly, with deployments in over 20 US airports and most major European hubs. Additionally, e-gates provide a convenient and speedy process for travellers, with some e-gates processing thousands of passengers per day at an average speed of about 20 seconds per person.
The process of using an e-gate typically involves a traveller placing their passport on or under a scanner, looking at a camera that will take a live picture to compare to the passport photo, and then walking through a set of barriers. If the citizen's identity is verified, the gate will open, allowing them to pass. If there is an issue with verification or a malfunction, a border agent or immigration officer will step in.
E-gates use facial recognition technology to verify a traveller's identity against the data stored in the chip in their biometric passport. This technology has advanced to include iris recognition and fingerprint scanning, providing a more secure and seamless travel experience. The use of e-gates has been so successful that the number of units deployed globally is expected to increase significantly from 1,100 in 2013 to over 2,400 by 2027.
While e-gates offer many benefits, it is important to note that some individuals may still be subject to secondary inspection or a quick meeting with a customs officer after passing through the e-gate. Additionally, travellers should be aware that their passport will no longer receive stamps, and they may need to follow specific instructions to obtain documentation of their exits and entries.
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Frequently asked questions
E-gates, or electronic gates, are automated border control systems that use biometrics to identify and process travellers. They are designed to speed up border control processes and improve the overall airport experience.
E-gates use facial recognition technology to verify a traveller's identity against the data stored in the chip in their biometric passport. They may also use other forms of biometric identification, such as fingerprint or iris scans. If the traveller's identity is verified, the gate will open, allowing them to pass through. If the identity cannot be verified, the traveller will need to pass through manual border control.
E-gates are available in airports across Europe, Asia, Australia, Canada, and the Middle East. They are also available in some airports in the United States, although the US does not currently have e-gates for entry into the country. Specific airports with e-gates include Vancouver International Airport, Leonardo da Vinci Airport in Italy, Vienna International Airport, Brussels International Airport, Bahrain International Airport, and Helsinki Airport.
