## 2 Literature Review  
The authors in [5] stated that there are various challenges, such as jamming and spoofing attacks and other unauthorized access, which have compromised the integrity of the user's data. There are potential solutions that can help the individual to implement various security measures that can help to secure their IoT devices. According to [6], various privacy threats have emerged in the present time, and they can penetrate IoT Technologies and their integrated network. It is not easy to manage the security of IoT devices in businesses and organizations. The organizations must deploy monitoring and scanning tools for all the IoT devices that could detect any kind of threats related to privacy and try to mitigate the risk of being breached. Traffic interceptors and analyzers help identify and investigate various cyber threats. There are various studies as well as services that have been conducted on the current trends in IoT security [7]. Multiple services have presented some of the challenges or attack vectors to various IoT devices and their guards. Various simulation tools, modelers, and the availability of numerous platforms that can confirm this security protocol can also help in producing the protocol related to novel IoT security. It is fair to say that there has been rapid progress in terms of research related to IoT security and various simulation tools as well as modelers have supported this research. If the IoT devices failed, then the issues will be severe. The authors in [8] believe that, despite the enormous benefits the users are getting from the Internet of Things, there are challenges that come along with it that need to be looked at. Cybersecurity and privacy risks are the primary concerns that have been cited. These two are posing a massive predicament for many business organizations as well as public organizations. Prevalent high-profile cybersecurity attacks have demonstrated the vulnerabilities of IoT technologies. This is simply because the interconnectivity of networks in the Internet of Things brings along accessibility from anonymous and untrusted Internet, requiring novel security solutions. On the other hand, it is important to emphasize the standards and basic principles of the IoT Cyber Security Framework when it comes to implementing the IoT security system. According to [9], one of the most important measures to consider is the termination of a contract consisting of different devices with different communication protocols. The difference in protocols hinder separate service contracts from implementation and are fundamental elements that must be present in the cybersecurity structure of every Internet of Things. He demonstrated that to ensure the reliability of the IoT framework in the cybersecurity arena, some small steps need to be taken to help mitigate the challenges of IoT cybersecurity. In addition, the authors in [9] showed that scalability is also an essential measure of the success of the cybersecurity Internet of Things framework. Analysts said the IoT environment needs to be scalable enough to handle a billion Internet-related and cybersecurity challenges. In addition, the magazine showed that the IoT cybersecurity environment should also support testability, such as integration testing, component testing, system testing, and compliance testing, effectively reducing challenges and risks. In the same context, the authors in [10] described some of the current IoT cybersecurity solutions. Some basic security measures are implemented by the supplier, and state that it is not profitable for the supplier to produce high-quality solutions. In the case of cybersecurity of the Internet of Things, companies are unlikely to develop the right solution. Moreover, the authors in [11] describe the currently embedded mobile and cyber-physical systems as ubiquitous, from industrial control systems, modern vehicles to critical infrastructure.