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network_stuff:cryptography

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network_stuff:cryptography [2024/12/16 12:44] – jotasandokunetwork_stuff:cryptography [2024/12/19 21:25] (current) – jotasandoku
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 {{:rsa-formula-1.png?200|}} {{:rsa-formula-1.png?200|}}
 \\ \\
-Very succint and clear [[https://www.johndcook.com/blog/2018/12/12/rsa-exponent/|HERE!]] +Very succinct and clear [[https://www.johndcook.com/blog/2018/12/12/rsa-exponent/|HERE!]] 
-  * e, d and n : very large positive integers  +Components: 
-  * Public Key Info: n,e,key-size(n size in bits) :  public key encryption . n is coming from multiply to big numbers pq , e is normally 65537 + 
-  * d: private key (decryption) +  * m: Your original message (converted to a number) 
-  * m : message+  * e: Public encryption exponent (usually 65537, which is 2^16 + 1) 
 +  * d: Private decryption key (kept secret) 
 +  * n: The modulus (also public) 
 + 
 +  encrypted = (message ^ e) mod n 
 +  decrypted = (encrypted ^ d) mod n 
 + 
 +There's a mathematical relationship between e, d, and n that makes RSA work. If someone could factor n into p and q, they could calculate d using a   - formula that connects them all. To calculate d, you need to know: e (which is public) 
 +  - (p-1) and (q-1) 
 +  - p and q are like the blueprint for making copies of the key 
 +  - n being hard to factor means no one can recreate the blueprint, even though they can see the lock
  
 [[https://www.comparitech.com/blog/information-security/rsa-encryption/|Process:]] [[https://www.comparitech.com/blog/information-security/rsa-encryption/|Process:]]
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 ---- ----
 +==== CRYPTOGRAPHY IN MS WINDOWS ENVIRONMENTS ====
 +[...]
  
 +  * SCEP facilitates the certificate enrollment and renewal of certificates.
 +  *  SCEP is normally done by the MDM device
  
network_stuff/cryptography.1734353098.txt.gz · Last modified: by jotasandoku

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