ENHANCING THE NETWORK SECURITY DURING THE IMPLEMENTATION OF SMART AGRICULTURE USING NOVEL SECURITY MECHANISM

Internet of Things (IoT) has been explored in terms of its purpose, breadth, and actual use. As aresult of this effort, the whole network is now safer. Many studies have looked at the security of the Internet ofThings; however, the security measures used in those studies have had a negative impact on the networkperformance. That is why prior studies only looked at certain types of data. Previous research has beenhindered by obstacles such as high error rates, sluggish speeds, and a large proportion of packets lost. Theneed for approaches that protect both text and visual content while using minimal system resources cannot beoverstated. IoT solutions might tremendously benefit from this research. In today's Internet of Things (IoT)technologies, data compression and security are routinely necessary. Whenusingthishybridstrategy,transmission is more reliable and error-free. This sort of research might benefit IoT-based systems, such ashealthcare and the commercial sector. Research on IoT and network security via encryption is essential.Investigate the security implementation issues of the IoT network such as the speed, accuracy, and latency oftheInternetofThingsmoredeeply.Suchresearchshouldconcentrateonmergingcompressionandencryptionapproachestooffer high-performanceandtrustworthynetworksecurityforIoTsbysolvingsecurity problems in the IoT network. This new approach of network security should be safer and moreefficientthanthecurrentone. Data is protectedfromhackersbya uniquesecuritytechnique.