Integration of Dynamic Security for Lifetime Enhancement in Underwater Sensor Networks

Abstract

Underwater Sensor Networks are susceptible from assorted attacks and threats which can consume and destroy the security and energy from the network. A number of approaches are devised for security and integrity still the integration of effective cryptography is one of the challenging tasks. Dynamic security using cryptography can enhance the security and related lifetime because lesser exploitable by the attacks can secure and network and overall performance can be improved. Security is the key to underwater network security challenges, since it supports protection, secrecy and personality, which together give the basics to trusted ebusiness and secure correspondence. There is an expansive scope of cryptographic algorithms which are classically utilized for securing systems and in no time consistent looks into on the new cryptographic calculations are continuing for developing more propelled methods for secures correspondence. In this research manuscript, a detailed view of dynamic security approaches are presented with the proposal of a new multilayered, secured and energy aware approach so that the overall lifetime of underwater sensor networks can be escalated.