HOLISTIC APPROACH TO IOT SECURITY: TACKLING CHALLENGES AND ENSURING PROTECTION
Abstract
The Internet of Things (IoT) has revolutionized the way technology and appliances operate by connecting them to the Internet, enabling seamless integration and the completion of complex tasks. With the convergence of various technologies, IoT devices such as smart watches, smart refrigerators, and medical sensors have been developed, impacting fields like healthcare, agriculture, transportation, and energy generation. The IoT aims to enhance people's lives by automating routine tasks and has found applications in individual, enterprise, transportation, and utility domains. However, the rapid growth of IoT has raised concerns regarding privacy and security.
This paper presents a comprehensive study of the security challenges faced by the Internet of Things and emphasizes the importance of security in IoT systems. The literature review in Section 2 highlights existing research on IoT security. Section 3 introduces the Internet of Things Architecture, focusing on the Network layer, Perception layer, and Application layer. In Section 4, the security challenges specific to IoT are discussed, shedding light on the vulnerabilities that make IoT devices prone to cyber threats.
Section 5 emphasizes the significance of security measures in IoT, considering the potential risks and implications of inadequate security. Recognizing the need for robust security standards, Section 6 presents proposed countermeasures for securing IoT devices and networks. Various approaches, protocols, and encryption techniques are discussed to address the security concerns and mitigate the risks associated with IoT systems.
In conclusion, this paper emphasizes the criticality of addressing security challenges in the Internet of Things. It underscores the necessity for well-documented security standards and effective countermeasures to protect IoT devices and networks from cyber threats. By implementing these measures, the IoT can continue to enhance people's lives and advance industries while maintaining privacy and security
