Encrypted Data Transmission Model For Ethernet LANs

Year 2019, , 641 - 649, 01.08.2019

Cemal Koçak , Murat Durak

https://doi.org/10.16984/saufenbilder.506554

Abstract

Despite many research and development efforts in the field of data
communication security, the security of the local area network (LAN's) is still
not fully resolved. In this work, we proposed a model of encryption of the data
field in the Ethernet frame to create secure Ethernet LANs. In this model, the
data field in the Ethernet frame is encrypted and sent to the destination. The
1500-byte data field, defined as the standard for the Ethernet frame, is
divided into 1497 bytes as the field used for the data. The remaining 2-bytes
are defined as Message Body Length (MBL) and 1-byte as Message Number (MN). The
message number is used to verify the encrypted data and the MBL is used for the
length of the message. The proposed model provides secure data communication
over Ethernet local area networks. With this model, safe data communication is
provided on the Ethernet LAN. Even if attackers obtain the packet at the time
of communication, the encrypted message is difficult to decipher.

Keywords

Ethernet networks, Ethernet frame, encrypted data transmission, winpcap

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