ABSTRACT
With the advancement of technology (i.e., devices), which are considered to be non-traditional in terms of internet capabilities, are now being embedded in microprocessors to communicate, and these devices are known as Internet of Thing (IoT) devices. This technology has enabled household devices to have the ability to communicate with the internet, and a network comprising such devices can create a home IoT network. Such IoT devices are resource constrained and lack high-level security protocols. Thus, security becomes a major issue for such network systems. One way to secure the networks is through reliable authentication protocols and data transfer mechanisms. As the household devices are controllable by the users remotely, they are accessed over the internet. Therefore, there should also be a method to make the communication over the internet between IoT devices and the users more secured. This paper proposes a two phase authentication protocol for authentication purposes and a virtual private network-based secure channel creation for the communication of the devices in the network. Furthermore, the paper discusses the elliptic curve cryptography as a viable alternative to RSA AU: Please expand “RSA”. for a more efficient key exchange mechanism for low-powered IoT devices in the network.
