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| Both sides previous revisionPrevious revision | Next revisionBoth sides next revision |
| pgpfan:rsabad [2022/04/02 16:41] – Mostly rewrite. b.walzer | pgpfan:rsabad [2022/05/18 15:38] – Ambiguous b.walzer |
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| Alternatively, it is a completely accurate conception that failing to validate your elliptic curve parameters properly can lead to [[https://research.nccgroup.com/2021/11/18/an-illustrated-guide-to-elliptic-curve-cryptography-validation/|bad outcomes]]. In some cases, failure to properly validate gets an attacker the secret key material. | Alternatively, it is a completely accurate conception that failing to validate your elliptic curve parameters properly can lead to [[https://research.nccgroup.com/2021/11/18/an-illustrated-guide-to-elliptic-curve-cryptography-validation/|bad outcomes]]. In some cases, failure to properly validate gets an attacker the secret key material. |
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| Note all the conditional bits covered by the linked article. Different curves have different properties and different issues. There are a bunch of different curves in common use while RSA pretty much always uses 65537 for the one and only implementer controlled parameter (public exponent). | Note all the conditional bits covered by the linked article in the previous paragraph. Different curves have different properties and different issues. There are a bunch of different curves in common use while RSA pretty much always uses 65537 for the one and only implementer controlled parameter (public exponent). |
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| [[pgpfan:index|PGP FAN index]]\\ | [[pgpfan:index|PGP FAN index]]\\ |
| [[em:index|Encrypted Messaging index]] | [[em:index|Encrypted Messaging index]] |
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