University Mobile Computing Assignment: IoT vs IoE Analysis

This assignment explores the concepts of Internet of Things (IoT) and Internet of Everything (IoE) within the context of mobile computing. The paper begins by defining IoT, highlighting its growing importance and diverse applications, including smart industry and smart appliances. It explains how IoT devices combine digital and physical components to enable new business models. The assignment then shifts to the Internet of Everything (IoE), emphasizing its role in revolutionizing communication infrastructure through the collection, storage, and analysis of data. It notes the importance of security in IoE, especially in relation to the exchange of information among devices. The assignment proposes a secure IOE architecture, particularly for wearable devices, to mitigate data exploitation risks and improve the communication protocol for remote management of network-connected devices. The conclusion summarizes that both IoT and IoE facilitate the collection and sharing of information across various devices for tracking and information dissemination.

Running head: MOBILE COMPUTING - ITCS 427
Mobile Computing - ITCS 427
Name of the Student
Name of the University
Author Note

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MOBILE COMPUTING - ITCS 427
Table of Contents
Internet of Things...........................................................................................................2
Internet of Everything....................................................................................................2
Conclusion......................................................................................................................3
References......................................................................................................................4

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MOBILE COMPUTING - ITCS 427
Internet of Things
The concept of Internet of Things (IOT) has gained a lot of importance in the recent
few months. Different companies have started to work on the development of various IOT
based devices and products (Wortmann and Flüchter 2015). The field for the application of
the IOT technology is diverse. It has developed its branches in all area of livelihood. The
areas of application include smart industry where intelligent products are being developed.
The smart appliances range from intelligent thermostats and security-monitoring systems are
some of the products, which has received a lot of focus (Wortmann and Flüchter 2015). The
innovation of IOT devices is characterized with the combination of digital and physical
components for the enabling of novel business model. A range of opportunities has evolved
for the companies to generate high value in the field of IOT devices (Wortmann and Flüchter
2015). An example of the innovation IOT can be said to be in the development of a light
bulb. If a normal light bulb is installed then it will provide light in all directions. It the same
light bulb is connected to an IOT, then the light bulb will be able to detect the presence of a
human and light the required portion of the area. This would not only reduce the cost of usage
but also make the bulb to last longer than regular ones (Wortmann and Flüchter 2015).
Internet of Everything
The infrastructure of communication has been revolutionized with the procedure of
collection and eventually sharing of information among various devices (Majeed et al. 2016).
This paradigm of collection of information, storing and then analyzing the data is known as
Internet of Everything (IOE). The exchange of information among the devices is fast but
lacks the aspect of security (Majeed et al. 2016). The growth of IOE technology has made a
bridge between the virtual and the physical world. The interference in the infrastructure has
opened up the public safety door as the interception can compromise the personal data of the

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users of the devices (Majeed et al. 2016). The research paper targets for the adoption of a
secure IOE architecture for the communication originations. A specific idea has been applied
on the research for the domain of wearable devices and security policies related to them. A
proper system methodology has been applied to the work for the development of a secure
IOE model architecture. This would be able to provide a probable generic process of
implementation of critical security in order to reduce the risk in data exploitation (Majeed et
al. 2016). This would be able to connect the ability of IOE with the communication protocol
related to the communication of remote management of incalculable number of network-
connected devices. This would help in the narrowing of the present security threats in the
planning process (Majeed et al. 2016).
Conclusion
On an overview, it can be said that the process of using an IOT device or an IOET
device can help in the collection and sharing of various information across an array of
devices. The devices can be used for the tracking of people or vehicles on the earth as well as
for the sharing of information across the different devices connected to the internet.

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References
Majeed, A., Bhana, R., Haq, A.U. and Williams, M.L., 2016. Devising a Secure Architecture
of Internet of Everything (IoE) to Avoid the Data Exploitation in Cross Culture
Communications. INTERNATIONAL JOURNAL OF ADVANCED COMPUTER
SCIENCE AND APPLICATIONS, 7(4), pp.328-333.
Wortmann, F. and Flüchter, K., 2015. Internet of things. Business & Information Systems
Engineering, 57(3), pp.221-224.