A Novel Distributed Mac Security Implementation in Switching Networks Using BMP-MACSEC and BP-SKEIN

Author(s)	Amaresan Venkatesan
Country	USA
Abstract	Distributed MAC security is implemented in SN to collectively protect the data at the MAC layer. However, the existing studies didn’t concentrate on the MAC address flooding attacks and MAC table overflow in SN. Therefore, this paper presents distributed MAC security implementation in SN using BMP-MACSEC and BP-Skein. Primarily, users register in the network; afterward, data transmission is initiated. Blockchain-based MAC address maintenance is created for each port by using the BP-Skein. Then, switches are clustered by employing DB-DBSCAN. Next, data is transmitted through the clustered switches. At this point, the MAC address details of the transmitted data are hashed and verified. If both MACs are matched, then the data is transmitted to the corresponding port. Next, MAC security is done by employing BMP-MACSEC. Then, the obtained symmetric key is split and reconstructed by employing NI-SSS. Likewise, the split key with the data packet is subjected to IDS for attack detection. If attacked, then the access is denied; otherwise, key verification is done. If verified, then the data is accessed; otherwise, it is blocked. The results proved that the proposed model achieved a high-security level of 98.68%, thus outperforming the prevailing techniques.
Field	Engineering
Published In	Volume 3, Issue 6, November-December 2021
Published On	2021-12-23
DOI	https://doi.org/10.36948/ijfmr.2021.v03i06.1816
Short DOI	https://doi.org/g8nhjb

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International Journal For Multidisciplinary Research