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Cyber-Attacks on IoT Devices: Examining Vulnerabilities and Proposing Mitigation Strategies
Subject area: Science,Engineering and Technology · Area of research: Cyber-Attacks On IoT Devices
Abstract
With the rise of many IoT devices, objects, and systems in healthcare, manufacturing, transportation, and smart homes, they can be easily and smoothly connected. It is worth noting that more of these devices used in cities have made it much easier for cyber-attacks due to a lack of sufficient security, processing abilities, and standard protocols. The article highlights several issues in IoT systems, including weak security during authentication, unprotected interfaces, services using outdated code, poor encryption, and poor separation of networks. This area also examines adversaries' strategies, including DDoS attacks, inserting malware, performing side-channel attacks, eavesdropping, and operating as intermediaries. Live instances such as the Mirai botnet, Stuxnet-inspired malware, security camera hacks, and others demonstrate the actual damage and problems that attacks on IoT can bring. This study suggests using secure-by-design methods, secure encryption, regularly updated firmware, intrusion detection, and multi-layer authentication. There are also discussions about having IoT security certification and establishing international rules for the IoT industry. According to the analysis, the article argues that an active and uniform way of securing IoT devices is essential as the devices are used. IoT security should be improved to secure critical assets and key systems and protect the public in our connected world.
Keywords
Internet of Things (IoT); Cybersecurity; Vulnerability Assessment; DDoS Attacks; IoT Threat Vectors; Secure-by-Design; Firmware Exploits; Network Segmentation; Malware Injection; IoT Security Framework; Intrusion Detection; Authentication Protocols
How to cite this paper
@article{1708790,
author = {Aidar Imashev},
title = {Cyber-Attacks on IoT Devices: Examining Vulnerabilities and Proposing Mitigation Strategies},
journal = {Iconic Research And Engineering Journals},
year = {2025},
volume = {8},
number = {11},
pages = {2144-2152},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1708790.pdf},
abstract = {With the rise of many IoT devices, objects, and systems in healthcare, manufacturing, transportation, and smart homes, they can be easily and smoothly connected. It is worth noting that more of these devices used in cities have made it much easier for cyber-attacks due to a lack of sufficient security, processing abilities, and standard protocols. The article highlights several issues in IoT systems, including weak security during authentication, unprotected interfaces, services using outdated code, poor encryption, and poor separation of networks. This area also examines adversaries' strategies, including DDoS attacks, inserting malware, performing side-channel attacks, eavesdropping, and operating as intermediaries. Live instances such as the Mirai botnet, Stuxnet-inspired malware, security camera hacks, and others demonstrate the actual damage and problems that attacks on IoT can bring. This study suggests using secure-by-design methods, secure encryption, regularly updated firmware, intrusion detection, and multi-layer authentication. There are also discussions about having IoT security certification and establishing international rules for the IoT industry. According to the analysis, the article argues that an active and uniform way of securing IoT devices is essential as the devices are used. IoT security should be improved to secure critical assets and key systems and protect the public in our connected world.},
keywords = {Internet of Things (IoT); Cybersecurity; Vulnerability Assessment; DDoS Attacks; IoT Threat Vectors; Secure-by-Design; Firmware Exploits; Network Segmentation; Malware Injection; IoT Security Framework; Intrusion Detection; Authentication Protocols},
month = {May},
}