RSA4096 CryptoSystem
RSA4096 CryptoSystem
This is the 4096 Bit RSA Crypto System which requires a java runtime environment on your machine. It was stolen in 2011/2012 by hackers from my site to build the Wanna Cry, Wanna Crypt and Wanna Key Trojans, of course using its base cryptography engine which was flawed. Enter GCHQ and NSA. RSA 4096 bit crytographic software download.
Oracle to cogitate over BigInteger Class: with lots of so called random generated RSA Keys Ranging from 512 to 4096. I decided to group the keys according to strength and count how many repetitions per key: Observe below the content of grouping in the jpg attached:
I stumbled on the fact that Java’s Big Integer Class was subjected to concoction or tampering by GCHQ/NSA or whatever Secret Agencies to infringe the Big Integer Class such that it doesn’t generate prime numbers for RSA Encryption Procedures. Introducing Weaknesses on Purpose.
I generated samples of prime numbers ranging from 512 to 4096 bit keys - for proclaimed Randomness by the class - and inserting them in a SQL Server Database. Strange, the duplication of keys that were generated, for algorithms which took into account seeding random generation by time in milliseconds - too obviously fraudulent. Their so called randomly generated keys grouped in jpg below show 47 keys - 2nd row from sqlserver (512 bit repeated - random really?) are limited to a certain finite number on purpose. Even then they are not good enough for RSA Encryption as they are trapped into and altered not to allow deciphering messages to get their original values. Exactly, tampering with BigInteger class.
Used for limited ammount of Text, as the keys are quazi keys - often not real and will not do for bulk encryption. It uses Java's BigInteger class which is efficient at generating large primes, and the algorithms are extremely fast, allowing good response times.
The trade off is that the generated Primes are not tested fully to ensure they can act as keys: with this in mind, you will have to generate keys, and try to encrypt and decrypt the same text to ensure that the plain text is retreived again before storing a key.
SMTP (Simple mail transfer protocal enabled) allowing users to send encrypted mail via TCP/IP stack live wire; also allows you to encrypt then test the encryption by decrypting the text, and storing the key to persistent storage.
Thereafter you can open a window via the Menu, to send emails. If there is more than one receipient then separate their emails with any of these charachters: (, space or ;).
There's an update to the RSA series of Java based applications. Key store has been extended to apply to locations of choice on your file system. These for security, require storage of keys with password protection to elevate containment.
Simply click insert to insert your encrypted text, then fill in email/server details, connect then send mail and disconnect. SMTP Enabled allowing File attachments.
The Medallion
Oracle to cogitate over BigInteger Class: with lots of so called random generated RSA Keys Ranging from 512 to 4096. I decided to group the keys according to strength and count how many repetitions per key: Observe below the content of grouping in the jpg attached:
I stumbled on the fact that Java’s Big Integer Class was subjected to concoction or tampering by GCHQ/NSA or whatever Secret Agencies to infringe the Big Integer Class such that it doesn’t generate prime numbers for RSA Encryption Procedures. Introducing Weaknesses on Purpose.
I generated samples of prime numbers ranging from 512 to 4096 bit keys - for proclaimed Randomness by the class - and inserting them in a SQL Server Database. Strange, the duplication of keys that were generated, for algorithms which took into account seeding random generation by time in milliseconds - too obviously fraudulent. Their so called randomly generated keys grouped in jpg below show 47 keys - 2nd row from sqlserver (512 bit repeated - random really?) are limited to a certain finite number on purpose. Even then they are not good enough for RSA Encryption as they are trapped into and altered not to allow deciphering messages to get their original values. Exactly, tampering with BigInteger class.
Used for limited ammount of Text, as the keys are quazi keys - often not real and will not do for bulk encryption. It uses Java's BigInteger class which is efficient at generating large primes, and the algorithms are extremely fast, allowing good response times.
The trade off is that the generated Primes are not tested fully to ensure they can act as keys: with this in mind, you will have to generate keys, and try to encrypt and decrypt the same text to ensure that the plain text is retreived again before storing a key.
SMTP (Simple mail transfer protocal enabled) allowing users to send encrypted mail via TCP/IP stack live wire; also allows you to encrypt then test the encryption by decrypting the text, and storing the key to persistent storage.
Thereafter you can open a window via the Menu, to send emails. If there is more than one receipient then separate their emails with any of these charachters: (, space or ;).
There's an update to the RSA series of Java based applications. Key store has been extended to apply to locations of choice on your file system. These for security, require storage of keys with password protection to elevate containment.
Simply click insert to insert your encrypted text, then fill in email/server details, connect then send mail and disconnect. SMTP Enabled allowing File attachments.
The Medallion
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