![]() Privacy concerns Users of prominent email service providers have continuously raised concerns about data privacy on these platforms. In 2014, hackers stole data from 500 million Yahoo Mail users. The same goes for Yahoo, which has experienced multiple data breaches in the past. Server attacks aren’t a hypothetical scenario-they’ve happened to Google, Microsoft, Amazon, and Apple. Malware-ridden extensions create vulnerabilities that hackers exploit via server attacks or collect your login credentials through hidden keystroke recorders. In practice, many seemingly trustworthy browser extensions have turned out to be malware in disguise-especially those with popular functions, like ad blockers. While Google and other browser developers oversee extension authors, they don’t go through rigorous background checks. The reliability of browser extensions varies. Your password and encryption key would be stored on their servers, creating another weak point for hackers to use. Using an extension for password protection or encryption means entrusting a third party with your email data. You can install a third-party browser extension to access these features with your Yahoo Mail, but they’re not as reliable as email services with built-in security options. Lack of email security Yahoo Mail does not provide ways to password-protect your most sensitive emails or attachments. Why you should consider leaving Yahoo Mail Yahoo Mail has several problems affecting its service quality: The best way to guarantee the safety of your email correspondence is to switch to a provider offering E2EE as part of its core service. True end-to-end encryption ensures email security even in a server attack by protecting your messages before they leave your device and reserving access to decryption keys to recipients only. The most effective method of protecting your online correspondence is end-to-end encryption (E2EE). If someone compromised these servers, they could decrypt your emails as well. S/MIME isn’t the most secure encryption protocol because the decryption keys are stored on the provider’s servers. Unfortunately, this protocol requires installing a separate S/MIME certificate-a complex and time-consuming process for the average email user. Gmail, Outlook, and other mainstream email platforms provide S/MIME with higher-tier subscriptions. If hackers gained access to an email server, they’d still need the key to read your messages. Secure/Multipurpose Internet Mail Extensions (S/MIME)Ĭompared to TLS, the S/MIME protocol ensures a higher level of security by encrypting the contents of the emails, which can only be accessed with a unique decryption key. Secures the connection between email servers
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