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How to Protect Your Smartphone During US Border Crossings

 

Crossing into the United States has become riskier since the start of Trump’s second administration. Foreign visitors and US visa holders are increasingly being detained, questioned, or deported. As uncertainty grows, travel demand from Canada and Europe has dropped sharply. Regardless of why you are traveling, US Customs and Border Protection (CBP) has the authority to search phones and other electronic devices at the border. 

While other countries also inspect devices, the volatile US policies have led travelers and companies to reconsider what they carry. Canada has issued travel warnings, and journalists are advised to prepare for device searches. At the border, CBP can demand PINs or biometrics to unlock devices. US citizens and green card holders can refuse without being denied entry, although this may trigger additional questioning or device seizure. Visa holders and visitors, however, face detention or deportation if they refuse a search. Travelers must assess their own risk based on legal status, nationality, profession, and online activity. 

To minimize risk, disable facial recognition or fingerprint unlock before traveling and use only a PIN. Update your phone’s software to make it harder to crack. Carry a paper boarding pass and keep your phone off or out of sight when approaching agents. One strategy is to travel with a separate device, either by wiping an old phone or buying a new one. Build a limited digital footprint on the travel phone—use separate emails, social media accounts, and encrypted messaging apps like Signal. 

However, the device should not appear suspiciously clean; normal usage should be simulated to avoid drawing attention. Another option is to clean your primary phone before traveling by backing up and deleting sensitive data and unnecessary apps. After returning, you can restore your phone from backup. However, mistakes in this process can leave traces of personal information vulnerable during inspection. Even if you don’t make major changes, basic steps like deleting old apps, updating software, limiting social media use, and keeping important documents printed can protect your privacy. 

Experts warn that travelers should assume border agents may scrutinize online presence and past posts. As device searches become more common at US borders, preparing ahead of travel has become critical for safeguarding personal information.

Rethinking Password Security: Why Length Matters More Than Complexity

 



The growing number of online accounts has made managing passwords increasingly difficult. With users juggling dozens of accounts, creating secure yet memorable passwords has become a major challenge.

Traditional password guidelines emphasize complexity, requiring combinations of uppercase and lowercase letters, numbers, and special characters. While intended to enhance security, these rules often lead to predictable, unsafe practices:

  • Reusing passwords across multiple platforms.
  • Writing down passwords in insecure locations.
  • Choosing overly simple yet easy-to-guess passwords.

Recent research indicates that the emphasis on complexity may be counterproductive. The US National Institute of Standards and Technology (NIST) has revised its password management guidelines, prioritizing password length over complexity. Key changes include:

  • Eliminating the need for frequent password changes.
  • Removing restrictions on special characters.
  • Discouraging security questions for account recovery.

Longer passwords, even without special characters, are significantly harder to crack and easier to remember. This shift marks a departure from the belief that complexity alone ensures safety.

The Risks of Complexity

Overly complex passwords often lead users to adopt risky behaviours, such as:

  • Writing passwords on paper or digital notes.
  • Using the same password for multiple accounts.
  • Neglecting password updates due to frustration.

These habits compromise security, leaving accounts vulnerable to brute-force attacks or credential theft. Reports such as the 2021 Verizon Breach Investigations indicate that 80% of hacking-related breaches stem from stolen or brute-forced credentials.

Managing an average of 85 passwords presents a significant burden for individuals and organizations. Enterprises, for instance, spend substantial resources—around $495,000 annually for every 1,000 employees—resolving access-related issues. Despite the availability of password managers, gaps in security remain.

The Rise of Passwordless Authentication

As "security fatigue" grows, passwordless authentication methods are gaining traction. Technologies such as biometrics and adaptive single sign-on (SSO) offer enhanced security and convenience. By leveraging machine learning, these solutions adjust access controls dynamically, reducing login friction and improving the user experience.

Length plays a decisive role in password security. Advanced computing power has diminished the effectiveness of short, complex passwords, while longer ones remain resilient against brute-force attacks. For example, Eric Adams, Mayor of New York City, increased his smartphone passcode from four to six digits, dramatically raising the number of possible combinations.

NIST now recommends passwords up to 64 characters in length. Even a password composed solely of lowercase letters becomes exponentially harder to crack when its length increases. Adding uppercase letters and symbols makes it virtually impenetrable.

Practical Solutions for Stronger Security

In today’s cybersecurity landscape, balancing usability and security is essential. Experts recommend:

  • Creating long, memorable passwords instead of complex ones.
  • Avoiding password reuse across platforms.
  • Utilizing tools such as password managers and two-factor authentication.

By adopting practical measures, users can minimize risky behaviours and enhance digital security. As cyber threats evolve, prioritizing password length and implementing user-friendly solutions are key to safeguarding online accounts.