Enhancing the Communication of SDN Security with 802.1X Control Classifier Hilltop (ECSCOCH)

In the previous paper an approach devised with Inasu for Multiple Server Authentication RFC control in SAA protocol rules shows that Layer digital exchange can be used for major encryption and decryption. In this internet exchange module, POX controller is used in SDN with secret keys to build public key systems. AES works on design principle known as supplicant authorized system, which quickly handles applications and deployment. Comparing with Data Encryption Standard, AES has no usage of Feistel framework successfully because there are too many possible keys. This is the step of inserting the round key part of the expanded key into plain text controller POX. Block ciphers are usually created plain text messages and can be processed in POX round function. But first, in a critical expansion phase, the key is expanded to the called round key. In this paper each round function has three inputs (48, 56, and 128) function sign rate for first round function and round key. Different passwords have different cycles. DES has 48 rounds, AES128 has 10 rounds and AES256 has 14 rounds. The DES key expansion process extends a 56-bit input key into 256-bit round keys with the help of hilltop classification in POX controller executed in 802. 1X for 216 input secret keys thereby improving the accuracy, speed and time packet transfer of relevancy new flow development with SDN forward device. It supports multiple topologies and includes the kernel S02.1X topology.