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Internet of Things (IoT), security with TLS Digital Certificates

Introduction

The cited problem is security issues that occur in the application of Internet of Things. The platform encounters a lot of challenges due to the variety of devices connected and numerous operations that depend on the online communications (Sfar, 2018). Security incidents such as hacking are prone as the IoT gets targeted for its high performance and capability of promoting connectivity. The persons mainly affected by problems in IoT are the device manufacturers, clients, and technical teams that get constantly engaged with the devices to facilitate their seamless operations. The purpose of this research is to asses IoT issues that lead to the suitable solution which is to implement the use of digital TLS 1.2 certificates for internet of things.

Problem and Research Theory Model

The IoT industry has faced challenging issues related to its capability of connecting devices and implementing high quality technology for manufacturing industry. An issue discovered is transition of already existent systems to full IoT functions that can improve on business functionality. Change from M2M to IoT is exposed to such issues that require more study to determine a smooth transition procedure (SierraWireless, 2017). The theoretical framework suitable for this study is use of a conceptual framework to analyze different components in the area of IoT. It is possible to determine variables in research using the theoretical framework. In this paper, the variables are IoT devices, TLS certificates, and technology improvements in the areas.

Issues of security in the IoT are connected lack of accuracy in access control, limited privacy, little trust in the connectivity for the devices, and inability to identify the required operations to enhance the IoT’s adaptations in many industries. The security challenges have been common since digital transformation has resulted in the majority of people in the industry adapting to the use of IoT devices in their daily lives and for work purposes (Sfar, 2018). The deployment of IoT technology in different industries results in security issues due to the new connectivity required as well as the need to employ persons with the appropriate knowledge.

The population involved in this project is persons who use IoT devices, technical teams required to maintain the devices, and manufacturers that adopt the use of IoT for their products. The common IoT devices include “smart fridges, smart Mobiles, smart refrigerators, smart watches, smart fire alarm, smart door lock, smart bicycle, medical sensors, fitness trackers, smart security system” (Software Testing, 2021). The population to get studied shall provide suitable insight into how the IoT devices function. It would be possible to determine adaptability of the devices to the current market. All technical teams involved would lead to a discovery of the required developments to handle the system’s operations.

The quantitative methodology that shall get used is descriptive quantitative methodology. The technique is highly effective in promoting insight into the demographic’s operations. It would be possible to improve on adaptability of the proposed solution by studying different demographics based on available research. The technique is positive further because it allows collection of quantifiable data that can validate the security operations developed to handle the IoT. The technique shall allow statistical analysis of the demographic chosen which is clients, technical teams, and manufacturers of appliances that adopt the IoT’s functionality.

The article chosen for this approval paper is “Enhancing Digital Certificate Usability in Long Lifespan IoT Devices by Utilizing Private CA” by Yamakawa et al. (2018). The article is closely related to my topic since it explains that the IoT’s security issues can get managed by adopting the use of digital certificates. The article offers effective connection to the topic since it is possible to generate proper solutions for the challenges connect to IoT operations. The participants in the article were persons that possessed technical knowledge of operation of IoT devices. The study analyzed how cloud server operations and the security components promote the development of factual security performance enhancement. It is possible to increase the widespread manufacture of IoT devices after adopting the operations to facilitate accuracy and smooth operability.

Reference

SierraWireless. (2017). What is M2M? : The Evolution from M2M to IoT. Retrieved 5 June 2021 from https://www.sierrawireless.com/iot-blog/m2m-vs-iot-vs-ioe/.

Software Testing. (2021). 18 Most Popular IoT Devices In 2021 (Only Noteworthy IoT Products). Retrieved 5 June 2021 from https://www.softwaretestinghelp.com/iot-devices/.

Sfar, A. R., Natalizio, E., Challal, Y., & Chtourou, Z. (2018). A roadmap for security challenges in the Internet of Things, Digital Communications and Networks, 4, (2). 118-137, https://doi.org/10.1016/j.dcan.2017.04.003.

Yamakawa, D., Okimoto, T., Teerakanok, S., Inomata, A., & Uehara, T. (2021). Enhancing Digital Certificate Usability in Long Lifespan IoT Devices by Utilizing Private CA. Security And Communication Networks, 2021, 1-14. https://doi.org/10.1155/2021/6610863