Investigation of Secure Iot Networks Using Hybrid Techniques for Improved Efficiency

Abstract

Internet of Things (IoT) aids in connecting various components encountered in newlineheterogeneous environments. IoT devices may be vulnerable to a variety of assaults, newlineincluding man-in-the-middle and denial-of-service (DoS) attacks, due to their newlineopenness and the paucity of human interaction. Any device can connect to the newlinenetwork which facilitates illicit access, in addition. Devices and network connections newlinecan both be physically harmed by these attacks. In the end, this will jeopardize the newlineIoT s security and privacy. IoT has limited power, bandwidth, and storage, so an newlineeffective security solution is needed that won t decimate the IoT s resources. newlineFor IoT, security, bandwidth, and energy use must coexist in harmony. Due to newlineenhanced IoT security, connected IoT nodes require more processing of data in terms newlineof overhead bits and related power to transmit long data. Investing in security can be newlineexpensive, both in terms of cost of the software and hardware modules as well as newlineindirectly in terms of the quantity of energy needed. Low energy consumption and newlinelow maintenance costs are essential for the many IoT applications that rely on the newlinedeployment of several linked sensors in remote regions. Our prime concern is to newlineidentify energy-efficient security measures. IoT technology has been successful in newlinepermeating more of our daily lives. IoT security and privacy challenges must be newlineresolved if businesses are to succeed. IoT networks security policies and practices newlinemay be jeopardized due to their heterogeneity and complexity. newline newline