Use of Blockchain in Malicious Activity Detection for Improving Security

  • B. Tarakeswara Rao, V. Lakshman Narayana, V. Pavani, P. Anusha

Abstract

Blockchain is accepted to oppose misrepresentation and hacking. Since malware affects the Internet, whereupon present day society is progressively needy, its recognition is significant. Also, Blockchain innovation has pulled in the consideration of numerous individuals as of late because of its four principle qualities of decentralization, persistency, namelessness, and audibility. The motivation behind distinguishing digital dangers and potential episodes, Interruption Detection System (IDSs) are broadly sent in different PC systems. So as to upgrade the discovery capacity of a solitary IDS, shared interruption recognition systems (or collective IDSs) have been created, which permit IDS hubs to trade information with one another. As Blockchain can secure the honesty of information stockpiling and guarantee process straightforwardness, it can possibly be applied to interruption recognition space. Our proposition is approved by means of both test results and hypothetical intricacy investigation and those feature the quality and suitability of our Blockchain Anomaly Detection arrangement. As of late, Blockchain innovation has pulled in extensive consideration. It records cryptographic exchanges in an open record that is hard to change and bargain as a result of the appropriated accord. Right now, in this manuscript, a framework for sharing the marks of suspected malware documents utilizing Blockchain innovation is proposed. The proposed framework can share the marks of suspected records between clients, permitting them to quickly react to expanding malware dangers. Further, it improves the exactness of location and evacuation of malware by using marks recorded by the Blockchain.

Published
2020-04-29
How to Cite
B. Tarakeswara Rao, V. Lakshman Narayana, V. Pavani, P. Anusha. (2020). Use of Blockchain in Malicious Activity Detection for Improving Security . International Journal of Advanced Science and Technology, 29(3), 9135 - 9146. Retrieved from http://sersc.org/journals/index.php/IJAST/article/view/12394
Section
Articles