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Leo writes:
Securing your email can take two forms. An email signature can ensure that the message was sent by you and has not been tampered with (but it can still be read). You can send a signed email to anyone, but they’ll need some software to verify it, usually PGP. You can use PGP to sign mail (that’s what I do) or get a certificate from somewhere like http://www.thawte.com/email/index.html Thawte.
Securing your email can take two forms, signing or encrypting.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
An email signature can ensure that the message was sent by you and has not been tampered with (but it can still be read). You can send a signed email to anyone, but they’ll need some software to verify it, usually PGP. You can use PGP to sign mail (that’s what I do) or get a certificate from somewhere like http://www.thawte.com/email/index.html Thawte.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on various keyservers like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
With the http://www.idg.com.sg/idgwww.nsf/0/5CD836938C27729F48256EC8000DE96F?OpenDocument latest news that your email can legally be read by your ISP, the receiving ISP, and any server in the middle, encrypting email is even more important than ever before.
With the http://www.idg.com.sg/idgwww.nsf/0/5CD836938C27729F48256EC8000DE96F?OpenDocument latest news that your email can legally be read by your ISP, the receiving ISP, and any server in the middle, Wikipedia:encryption encrypting email is even more important than ever before.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers1 like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers1 like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers2 like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers3 like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers4 like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
Describe EmailEncryption here.
With the http://www.idg.com.sg/idgwww.nsf/0/5CD836938C27729F48256EC8000DE96F?OpenDocument latest news that your email can legally be read by your ISP, the receiving ISP, and any server in the middle, encrypting email is even more important than ever before.
Securing your email can take two forms. An email signature can ensure that the message was sent by you and has not been tampered with (but it can still be read). You can send a signed email to anyone, but they’ll need some software to verify it, usually PGP. You can use PGP to sign mail (that’s what I do) or get a certificate from somewhere like http://www.thawte.com/email/index.html Thawte.
Encrypting the email scrambles it completely so only the recipient can read it. To send an encrypted email you’ll first need the recipient’s public key. Many folks, including me, put our public keys on the various keyservers5 like keyserver.pgp.com and keys.pgp.net. Your PGP software should be able to search the servers for an appropriate key.
3 {{Wikipedia:keyservers}} (↑)
5 {{Wikipedia:keyservers}} (↑)