An Algorithmic Framework Security Model for Internet of Things
Attlee Munyaradzi Gamundani · International Journal of Computer Trends and Technology · 2014
This submission is a theoretical analysis of the possible approach employable in designing of security algorithms for Internet of Things (IoT). The main tool employed to draw the summary presented here, was through desktop research of applications in similar modeling on related fields. However, it should be clear to the reader that, no simulations, practical implementation and experiments of the proposed model were employed to test its effectiveness; this paves way for further refinement and future work in the same domain. The main contribution of this review paper is the Augmented Approach Model for algorithmic design for security models of Internet of Things. The recommendation from this analysis is embedded in the strong urge to the scholars and researchers in this field to intensify their focus on building a secure platform for survival and thriving of IoT, as this paradigm holds the future of communication, which is capable of thriving on low cost basis as Moore's law continue to be fulfilled decade after decade, as the cost of microcontrollers continue to decline doubling computing power every 18 months.