Public Wi-Fi poses significant security risks, but Kaspersky experts recommend using it sparingly, verifying network authenticity, avoiding sensitive transactions, and using a VPN for enhanced protection. Continuous VPN use is advised to ensure ongoing data security and privacy.
4 July 2024 – Public Wi-Fi has become an essential service in places like cafes, airports, and shopping malls, enabling individuals to stay connected while on the move. However, the convenience of these networks comes with significant security risks. Cybercriminals often create fake networks or compromise existing ones to steal personal information, including social media logins, banking details, and email addresses. Kaspersky experts have developed a set of guidelines to help users navigate these risks safely.
To minimize the risks associated with public Wi-Fi, Kaspersky experts recommend only connecting when absolutely necessary. Users should verify the authenticity of the network with facility staff to avoid connecting to malicious networks. Additionally, any login page requesting credentials through external platforms, such as social networks, should be approached with caution as it might be a phishing attempt.
It is also advised to avoid conducting sensitive transactions, such as accessing financial services, over public Wi-Fi to reduce the risk of data interception. Utilizing a VPN can significantly enhance internet privacy by encrypting data and shielding online activities from unauthorized access. Modern VPNs are capable of maintaining internet speed, making them suitable for continuous use.
For optimal protection, Kaspersky experts suggest keeping a VPN active at all times, not just when connected to public Wi-Fi. This continuous use ensures that user data remains protected across all networks, safeguarding privacy and security without compromising browsing speed. Anna Larkina, a web content analysis expert at Kaspersky, notes that VPNs should be viewed as a daily cybersecurity tool, enhancing security and ensuring ongoing privacy protection against digital threats.
