پیام رسان بله
IoT network security
IoT network security
Mohammad Nakhaei1
1) Master of Science in Information Technology Engineering, majoring in Communication and Computer Networks, Islamic Azad University, Zanjan Branch, Iran
IOI Code
:
XCCC-EHGCE
Publication :
10th International Conference on Innovative Technologies in Science, Engineering and Technology(tetsconf.com)
Abstract :
The Internet of Things (IoT) is one of the fastest growing areas in today s scenario. IoT is basically a network of objects that are connected to each other via the Internet and are also able to transfer and change data with the help of built-in sensors. IoT is becoming the next step in the Internet with the ability to collect, analyze and disseminate data that can be turned into information and knowledge. With the growth of IoT ideas, we face a major challenge of scalability in IoT . Scalability is the ability of a device to adapt to changes in the environment and meet changing needs in the future. This is the most important feature of any system that can withstand the growing amount of work. This is a desirable feature of a system or network, the absence of which can lead to poor system performance and the need to re-engineer the entire system. This paper defines the features for scalability, scalability techniques, scalability and research capabilities, and challenges. We introduce the concept of network-based Internet of Things (IoT) security architecture. Explain defined without SDN infrastructure. In this context, we call software-based architecture (SDN). This works on the performance of the proposed architecture based on SDN-Domain, which we summarize to SDN, and discusses the possibility of achieving network security more efficiently and flexibly with the existing one, and presents its problems. SDN provides an overview of security applications. In this article, we consider network access control and IoT, and a new system architecture. Finally, we refer to the ad-hoc global traffic monitoring options for networks and discuss the implications of their OpenFlow operation using the architectural design SDN.