The European Union is set to implement the Entry/Exit System (EES) in 2025, introducing significant changes for travelers from the UK and the USA visiting Portugal and other Schengen Area countries. This digital system aims to enhance border security by automating the registration of non-EU nationals entering and exiting the Schengen zone.
Key Changes Under EES:
- Biometric Data Collection: Upon first entry into the Schengen Area, travelers will be required to provide biometric data, including fingerprints and facial images, at designated kiosks or through border officials. This process replaces the traditional passport stamping method.
- Digital Records: The system will create a digital record of each traveler’s entry and exit, storing personal information and biometric data for up to three years. This aims to streamline border checks and prevent irregular migration.
Implications for UK and US Travelers:
- Extended Wait Times: The initial registration process may lead to longer wait times at border crossings, especially during peak travel periods. Travelers are advised to plan accordingly and stay informed about potential delays.
- Subsequent Entries: Once registered, subsequent entries within the three-year period will involve quicker verification, as biometric data will already be on file.
Additional Considerations:
- ETIAS Authorization: In conjunction with EES, the EU plans to introduce the European Travel Information and Authorization System (ETIAS) in 2025. UK and US travelers will need to obtain an ETIAS authorization prior to travel, involving an online application and a fee of approximately €7.
- Preparation: Travelers should ensure they possess a biometric passport and stay updated on the latest travel advisories. Consulting official EU and national government resources before travel is recommended to facilitate a smooth journey.
By understanding these upcoming changes, UK and US travelers can better prepare for their visits to Portugal and the broader Schengen Area, ensuring compliance with new regulations and minimizing potential disruptions.
