21 Facts About RSA algorithm

An RSA algorithm user creates and publishes a public key based on two large prime numbers, along with an auxiliary value.

Security of RSA algorithm relies on the practical difficulty of factoring the product of two large prime numbers, the "factoring problem".

RSA algorithm spent the rest of the night formalizing his idea, and he had much of the paper ready by daybreak.

RSA algorithm's discovery was not revealed until 1997 due to its top-secret classification.

Kid-RSA algorithm is a simplified, insecure public-key cipher published in 1997, designed for educational purposes.

Related searches

Some people feel that learning Kid-RSA algorithm gives insight into RSA algorithm and other public-key ciphers, analogous to simplified DES.

Patent describing the RSA algorithm was granted to MIT on 20 September 1983: "Cryptographic communications system and method".

Detailed description of the RSA algorithm was published in August 1977, in Scientific American's Mathematical Games column.

The patent was about to expire on 21 September 2000, but RSA Security released the algorithm to the public domain on 6 September 2000.

RSA algorithm involves four steps: key generation, key distribution, encryption, and decryption.

RSA algorithm then computes the ciphertext, using Alice's public key, corresponding to.

RSA algorithm produces a hash value of the message, raises it to the power of, and attaches it as a "signature" to the message.

RSA algorithm raises the signature to the power of, and compares the resulting hash value with the message's hash value.

Proof of the correctness of RSA algorithm is based on Fermat's little theorem, stating that for any integer and prime, not dividing.

Secure padding schemes such as RSA algorithm-PSS are as essential for the security of message signing as they are for message encryption.

Security of the RSA algorithm cryptosystem is based on two mathematical problems: the problem of factoring large numbers and the RSA algorithm problem.

Full decryption of an RSA ciphertext is thought to be infeasible on the assumption that both of these problems are hard, i e, no efficient algorithm exists for solving them.

In 2003, RSA algorithm Security estimated that 1024-bit keys were likely to become crackable by 2010.

In October 2017, a team of researchers from Masaryk University announced the ROCA vulnerability, which affects RSA keys generated by an algorithm embodied in a library from Infineon known as RSALib.

Vulnerable RSA algorithm keys are easily identified using a test program the team released.

RSA algorithm blinding makes use of the multiplicative property of RSA algorithm.