Among AES algorithms,Rijndael has proven to be an extremely fast, state-of-the art, easyto implement, and highly secure algorithm. Various AES products areavailable to cover the need for different ...

AES is also scalable to different key sizes and the number of rounds can be increased to increase the relative security provided. The reason AES can be implemented efficiently is due to the fact that ...

The other mathematical problem used in cryptography is that of discrete logarithms – an approach used in a number of proposed encryption systems from the Diffie-Hellman system to AES. It underpins ...

Table 1. AES milestones The third AES conference During the third AES conference, held in New York in April 2000 (see “AES: Cryptography advances into the future”) the Rijndael entry seemed to ...

Today, AES is used everywhere, from encrypting files on iPhones and transmitting data over WiFi with WPA2, to accessing websites using HTTPS.

This uncertainty persists because complexity theorists have struggled for 50 years to prove that seemingly hard problems really are hard. If they aren’t, and if researchers discover super-fast ...

In a paper published in Science China Information Sciences, an international team of scientists presents a variational quantum attack algorithm (VQAA) for symmetric cryptography. As exemplified by ...