XorIt

Most file encryptors use methods that rely on the theory of computational security, that is difficulty of key factorisationprevents decryption of the file... It used to be considered that a 56 bit key was unbreakable to bruteforce attacks, but the government of the USA now requires all Top Secret data to use keys of at least 192 bits... (It is argued by some though that this will never happen due to the laws of physics!) XorIt is designed to useconventional XOR encryption on keys that are the same size as the file to be encrypted...

Tags: security, sinner, vernam, onetime pad,

CryptIt

Most file encryptors use methods that rely on the theory of computational security, that is difficulty of key factorisationprevents decryption of the file... It used to be considered that a 56 bit key was unbreakable to bruteforce attacks, but the government of the USA now requires all Top Secret data to use keys of at least 192 bits... (It is argued by some though that this will never happen due to the laws of physics!) CryptIt is designed to useconventional XOR encryption on keys that are the same size as the file to be encrypted...

Tags: assembly, sinner, vernam, onetime pad, xor,

2X ThinClientServer for Windows

Centrally manage user connections, thin client devices and convert PCs to thin clients2X ThinClientServer makes the move to thin client computing easy by delivering a solution to convert existing PC's to thin clients and centrallymanage thin client devices from any vendor (HP, Neoware, Wyse, Maxspeed and more).User's connection & device hardware settings (rdp / ICA / NX, screen size, Applications that users have access to, Terminal Servername and more) can be controlled...

Tags: thin client terminal, thin client software, server based computing, citrix, terminal server, terminal services,

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