IoT cyber security is a branch of technology that aims to safeguard connected objects and networks in the IoT. Connecting mechanical and digital equipment, objects, animals, and/or humans to the Internet is what the Internet of Things (IoT) includes. Each “thing” is given a special identification number and the ability to independently transfer data over a network. If not properly protected, allowing devices to connect to the Internet exposes them to a number of serious threats.

What is IoT Cyber Security?

The Internet of Things (IoT) links different items and machines together so they can talk with other similarly connected machines or gadgets. Consumers can now buy a variety of things, from cars to refrigerators, using an online connection. We may become more effective, save time and money, and have access to our digital lives whenever we need it by expanding networking capabilities to every part of our lives. This fact is usually referred to as expanding the attack surface by cybersecurity experts. Security experts are aware of this and take steps to manage the security risks that result.

What industries can benefit from IoT?

The Internet of Things (IoT) is difficult to define because it differs per industry in terms of system types and use cases. Examine the sectors that stand to gain the most from IoT and become aware of the opportunities available after course.

Communications: The mobile revolution is highlighting the shift to IoT for telecommunications corporations and other communications businesses. IoT is either integrated into business operations at 53% of the communications companies surveyed or is present in significant business sectors.

Energy: Energy firms frequently operate in far-flung areas like oil and gas fields, which necessitate constant observation. 47% of executives in the energy sector said they have either extensively deployed IoT or have adopted it across a number of functions and business sectors.

Financial Services: Organisations in the financial sector are increasingly reliant on networks of cameras and other visual sensors to maintain the viability of their facilities since they are particularly concerned with security.

Healthcare: Concerns exist within the healthcare industry regarding the experiences clients have not only at the bedside but also in waiting areas, ERs, and corporate offices. With 55% of healthcare firms having pretty extensive IoT installations in place, they are also setting the bar high.

Manufacturing: Manufacturers have a keen interest in knowing the performance of large equipment since they rely on heavy machinery to manufacture goods more than businesses in other industries. Thus, manufacturers are generally experiencing more IoT transitions than other business sectors.

Retail: IoT apps can help retailers with tasks like inventory management, customer support, and streamlining the supply chain at a lower cost. For instance, weight sensors and smart shelves can gather RFID-based data, which can then be transferred to an IoT platform to automatically check inventory and send alerts when supplies are running short.

Course Overview

The four-year undergraduate CSE IoT and Cyber Security Including BlockChain Technology program at RajaRajeswari College of Engineering acquaints students with the functional and operational aspects of IoT, including blockchain technology and cyber security.

IoT represents a huge opportunity for many different types of businesses, including IoT application and service providers, IoT platform providers and integrators, telecom operators, and software vendors. The IoT consists of billions of interconnected smart devices that measure, move, and act upon all the bits of data that make up daily life. These computer systems and IOT-enabled gadgets are crucial to our daily life. These systems are used by us for a variety of things, including entertainment, banking, education, government, shopping, health care, business, and research. Cybersecurity is concerned with preventing theft of computer hardware, software, and data as well as disruption or rerouting of the services that computers deliver.

Additionally, cyber security educates students on the collection of methods, procedures, and technologies used to defend networks, computers, software, and data against damage, attack, and unauthorised access. Along with IOT and Cyber Security, the curriculum of this program is structured so that students are also exposed to the fundamental distributed system concepts, fundamental blockchain concepts, limitations of blockchain as a technology, myths vs. reality of blockchain technology, and have a working knowledge of the emerging blockchain technology. Students gain knowledge of the emerging abstract models for blockchain technology throughout the course of this program. Don’t wait us and visit us at RajaRajeshwari College of Engineering and book your seat.