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The upsurge of the fourth industrial revolution brings about an emergence of cloud-based technologies such as the Internet of Things (IoT). By design, these devices and systems are bound to operate in complex environments that require secure assurances at the same time the need for mechanisms to achieve resilience in an event of threats or attacks.
IoTs have become like everyday objects used in many operational areas such as personal wellness tracking, home, or vehicle automation etc. and are rapidly increasing worldwide.
IoT consists of interconnected devices or machines that have the capability of transferring data on a communication network without much of physical human intervention.
However, Traditional defense strategies are failing to successfully counter emerging cloud-based threats and attacks.
We have also observed that little attention has been paid to finding evidence about security protocols designed to support IoT devices from cyber-attacks.
To accomplish this, however, would require a literature review study on current trends, concerns, and ongoing research in the field of Internet of Things security protocols.
This is the gap that this study is aimed to fill through an analysis of scientific paper publications.
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