ABSTRACT
An emerging technological framework known as the Internet of Things (IoT) seeks a worldwide environment of interlinked machinery and items. Industrial Connectivity and the Connection of the entire subject are alternative titles for the IoT. One of the biggest and most intriguing fields for futuristic innovation is the IoT, and it has attracted the attention of many different industries. As more and more things become Internet-enabled, we can expect to see an increase in IoT-based attacks. It is possible that current practices are insufficient to counteract IoT threats. When the network environment supports both conventional It might be challenging to create sophisticated Internet-based surveillance solutions built around conventional invasion monitoring techniques when the structure of the network is centralized and uses IoT guidelines, for instance, a DMZ. In an IoT context that also handles conventional regulations, it might be challenging to create comprehensive network-based threat prevention structures using standard Anomaly Identification Mechanisms (IDS). With these security concerns in mind, the goal of this research is to create new security solutions for Software-Defined Networking (SDN)-based cloud computing architecture for IoT devices. SDN is a new networking standard that separates the control plane from the data plane. This allows for more flexibility and programmability in the network, which can be used to improve security.
