IoT Security in a Connected World: Analyzing Threats, Vulnerabilities, and Mitigation Strategies

Abstract

Background: Given the pervasive connectivity and integration of the Internet of Things (IoT) devices into daily life, system security is of utmost significance in the modern era. The article examines escalating concerns regarding the security of the Internet of Things, its inherent vulnerabilities, and the necessary precautions required to safeguard our interconnected global environment. Objective: With forecasts indicating that the IoT ecosystem will comprise over 50 billion interconnected devices by 2030, the alarming 300% increase in IoT intrusions over the past year underscores the urgency of addressing this issue. Methodology: In this article, IoT security challenges are divided into three primary categories which include device vulnerabilities, network vulnerabilities, and data security vulnerabilities. Results: Our findings emphasize the necessity for end users, developers, and manufacturers to follow security best practices and take part in security training. The study discovered that successful DDoS attacks use infected IoT devices 65% of the time and there is still legacy firmware on 70% of those devices making them susceptible. Possible solutions that are currently under investigation include secure elements, machine learning anomaly detection intrusion detection systems, and blockchain-based device authentication. Most prominently, proactive IoT security solutions have reduced 85% of the security vulnerabilities for organizations; it is truly a remarkable achievement. Conclusion: Understanding the security dynamic of the IoT ecosystem is a very demandable job as it keeps on changing, and so does the knowledge about it. To ensure that the IoT remains powerful and transformative in a connected society, this article will take a look further into the increasing risks, vulnerabilities, scary stats as well as effective solutions. It underscores the need for strong measures to protect security and greater awareness.

Keywords

• iot security
• threats
• vulnerabilities
• mitigation strategies
• connected devices
• cybersecurity
• statistics
• intrusion detection
• blockchain
• ddos attacks
• machine learning