Holistic Approach for Critical System Security: Flooding Prevention and Malicious Packet Stopping

TL;DR

This paper introduces a comprehensive security method for critical systems that combines dynamic multi-communication points, packet stamping, and dynamic key encryption to effectively prevent flooding and malicious packet attacks.

Contribution

It proposes a novel holistic approach integrating packet stamping, dynamic communication points, and encryption to enhance DoS attack prevention in critical systems.

Findings

Effective flooding attack prevention demonstrated

Malicious packet detection accuracy improved

Enhanced security through dynamic encryption techniques

Abstract

Denial of service attacks (DoS) can cause significant financial damages. Flooding and Malicious packets are two kinds of DoS attacks. This paper presents a new security approach which stops malicious packets and prevents flooding in the critical systems. New concepts of packet stamp a dynamic-multi-communication-point mechanism has been identified for this proposed approach to make the prevention of flooding attacks easier and the performing of malicious packet attacks harder. In addition, dynamic key encryption technique has been adapted as a part of the proposed approach to enhance its functionality.