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@ -6,4 +6,8 @@ It works on the basis of [asymmetric cryptography](asymmetric_cryptography.md):
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Signatures can be computed e.g. with the [RSA](rsa.md) algorithm.
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The advantage here is that **[anonymity](anonymity.md) can be kept with digital signatures**; no private information such as the signer's real name is required to be revealed, only his public key. Someone may ask why we then even sign documents if we don't know by whom it is signed lol? But of course the answer is obvious: many times we don't need to know the identity of the signer, we just need to know that different messages have all been written by the same man, and this is what a digital signature can ensure. And of course, if we want, a public key can have a real identity assigned if desirable, it's just that it's not required.
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The advantage here is that **[anonymity](anonymity.md) can be kept with digital signatures**; no private information such as the signer's real name is required to be revealed, only his public key. Someone may ask why we then even sign documents if we don't know by whom it is signed lol? But of course the answer is obvious: many times we don't need to know the identity of the signer, we just need to know that different messages have all been written by the same man, and this is what a digital signature can ensure. And of course, if we want, a public key can have a real identity assigned if desirable, it's just that it's not required.
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## See Also
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- [tripcode](tripcode.md)
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