Next, compose an email, and choose the “Sign, Encrypt and Send” option, as described below.
Enter your passphrase and confirm it.
Ready.
End-to-end encryption for email: sending and receiving
Send and receive signed and end-to-end encrypted emails using Mailfence.
Yes, Mailfence makes end-to-end encryption for email super easy! No plugins, no managing keys in external key stores, etc. It's just like any other webmail service, but secure and private .
Advantages of E2EE
E2EE encryption for email has the following advantages:
Privacy: Only the intended recipient, who has bahamas whatsapp number data 5 million the private key, can decrypt the message. E2EE protects you, among other things, from threats or hackers who can take control of the data transfer by spying on Wi-Fi networks or other channels.
Increased security and authenticity: End-to-end encryption can be combined with digital signing. A signed and encrypted email proves that the sender is the “real” author of the message. It also protects against alterations to the message in transit.
Say NO to mass surveillance: End-to-end encryption protects your messages from mass surveillance and Big Tech . Check out this article with a reasoned argument in favor of encryption from one of Mailfence's founders.
What does it protect you from?
E2EE protects your data against two cybersecurity threats:
Prying eyes . Since only the sender possesses the original (unencrypted) message and the intended recipient possesses the private key to decrypt the message, any outside party that manages to intercept the message in transit will be left with an unreadable, encrypted message.
Message tampering . Even if someone intercepts the message, they will not be able to tamper with it, because E2EE protects against such things.
What things does it not protect against?
Even though end-to-end encryption is considered one of the most powerful cybersecurity solutions, there are still things it doesn't protect against. These include:
Compromised endpoints . End-to-end encryption is only as strong as its endpoints (contact points). For example, if the sender's device is compromised, the hacker can obtain the original message.
Metadata . Metadata is information about the message, such as the date and time it was sent. Unfortunately, E2EE does not protect metadata, which gives a malicious actor valuable information that they could potentially use.
