Neither approach is foolproof, since email is inherently insecure.
In comparison, email clients like Thunderbird manage emails via a desktop application. It is not easy to backup important emails, and multiple email accounts cannot be managed in this configuration. Further, data storage is limited and it is impossible to manage and read emails without an Internet connection. Keep in mind that JavaScript is the most commonly used attack vector to exploit browsers and it permits detailed profiling when enabled. The obvious downside is most webmail requires JavaScript, and access from a public network could lead to an account compromise. Difficult desktop email setup configurations are avoided, since third-party applications are not required.Messages can be stored and accessed by different devices in different locations, with syncing of services across those devices.Emails are stored and accessed on the online servers provided by the service. Webmail refers to accessing an email service via a web browser when connected to the Internet. See Post-Quantum Cryptography (PQCrypto). It is estimated that within 10 to 15 years, Quantum Computers will break today's common asymmetric public-key cryptography algorithms used for web encryption (https), e-mail encryption (GnuPG.), SSH and other purposes. These and other solutions are imperfect, but this is not a Whonix ™-specific issue - it is a general issue with email over the Tor network. On the Whonix ™ platform, there are two common methods for email:
3.5 Anonymity Friendly Email Provider List.2.5 JavaScript and Other Tracking Vectors.
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