Enhanced encryption technique for secure iot data transmission

Abstract

<div class="page" title="Page 1"><div class="section"><div class="layoutArea"><div class="column"><p><span>Internet of things is the latest booming innovation in the current period, which lets the physical entity to process and intervene with the virtual entities. As all the entities are connected with each other, it generates load of data, which lacks proper security and privacy standards. Cryptography is one of the domains of Network Security, which is one such mechanism that helps the data transmission process to be secure enough over the wireless or wired channel and along with that, it provides authenticity, confidentiality, integrity of data and prevents repudiation. In this paper, we have proposed an alternate enhanced cryptographic solution combing the characteristic of symmetric, asymmetric encryption algorithms and Public Key Server. Here, the key pairs of end points (User’s Device and IoT device) are generated using Elliptic Curve Cryptography and the respective public keys are registered in Public Key Server along with their unique MAC address. Thereafter, both the ends will agree on one common private secret key, which will be the base for further cryptographic process using AES algorithm. This model can be called as multi-phase protection mechanism. It will make the process of data transmission secure enough that no intermediate can tamper the data.</span></p></div></div></div></div>

Design and implementation of pipelined and parallel AES encryption systems using FPGA

“…Figure 7 shows the XOR operation to obtain the second column of the new key [32,33]. The traditional processing of the encryption is based on the idea of finishing the encryption of the recent 128 bits before starting the encryption of the new 128 bits [34]. This concept is shown in Figure 8.…”

Framework for Secure Routing Towards Identifying and Resisting Complex Malicious Threats in IoT Ecosystem

“…An efficient and robust data aggregation scheme is used in the work of Swathi and Yogish [30] for achieving data reliability in IoT. Bhandari and kirubanand [31] used a joint approach of symmetric-asymmetric encryption and Public Key Server to offer secure packet forwarding in IoT assisted applications. Similarly, the work of Oh and Lim [32] has presented an efficient routing protocol using the bloom filtering approach and improved rank concept.…”

Features of genetic algorithm for plain text encryption

“…The IOT (Internet of Thing) is a device useful for communicate and exchange information between computerize schemes. Rubesh and kirybanand presented a proposal to increase the security level between IOT and clients by integrate the public key, asymmetric and symmetric cryptography system [22].…”