Mobile And Cloud Platforms Accessible Essay

This rise in connected devices creates a greater need for cyber security in order to defend these devices and the personal data they contain. Mobile phones are now common place at most households in the United States with as many as 68% of US adults owning one as of 2015, according to Pew Research (Anderson). These devices contain a plethora of personal information ranging from credit card numbers, pictures, bank account information, and much more. Mobile phones are connected through various forms of communication such as cell networks, Wi-Fi, Bluetooth, etcetera. Mobile phones have vast amount of data and many access routes for criminals to access this data. Cyber Security experts, now more than ever, need to work towards protecting these devices and stopping criminals from accessing them. Another form of technology that has been on the rise are so called IoT devices, or Internet of Things. These are everyday devices that in the past, would not have been connected to the internet such as fridges, coffee makers, and thermostats, that are now becoming connected devices. These devices often are not protected by strong forms of security or any security at all. These devices provide easy access into their users lives and can in some cases be very dangerous if not protected properly. According to an article written for Forbes magazine the number of interconnected IoT devices could reach upwards of 30 billion devices by the year 2030 (Press). If these devices are not brought up to the security standards of modern laptops and desktops, then home and office networks alike will be at risk of attacks from hackers and criminals. More devices are being connected to the internet every day and as this number grows cyber security will become ever more important to ensure that these devices stay secure and safe for their

This concept represents the behavioral side of the Internet of Things: that massive proliferation of connected devices, networks, systems and people that promises to help us avoid car accidents, know when our appliances are about to break down, and keep us healthy. For B-to-C companies, though, the sensor-heavy M2M applications might be less important than the device that has almost become a human appendage: our smartphone.

In this current generation based on technology, there is a rapid growth in the use of smartphones, which has opened a new world of opportunities for use in behavioral health care. As of 2017, over forty-five million adults suffer from mental illnesses in the United States (“Data on Behavioral Health”). Health-based smartphone applications have become available for tracking treatment progress, psychoeducation, symptom assessment, and resource location. Consequently, the gathered information may reduce health risks and optimize health outcomes (Arora et al). However, there are several disagreeing stances on this revolutionary topic, making it comparable to the Wild West of health care (Leigh). Simon

The future of digital marketing and business opportunities will see the emergence of mobile, social, cloud and information, identified as the “Nexus of Forces” (Gartner press release, 2014, para.7). These enterprise groups will be looking at more innovative and creative ways in which to reach the consumer. Mobile devices and social media will therefore become the likely gateways. Digital business will focus on the convergence of people, things and business (Gartner press release, 2014). The IoT is set to transform business and industry over the

The entire cyber security industry is in a period of growth. As both corporations and private consumers are becoming aware of vulnerabilities with their online presence cyber security firms, have learned how to offer in-demand solutions for a wide variety of customers. Within the field of cyber security, there are several different types. These different types of services range from protection on the Internet of Things to producing devices to protected connected cars or phones. Each of these areas are expected to grow by the year 2020 with some being more in demand than others. In the article, “Cybersecurity Market Reacher $75 Billion in 2015, Expected to Reach $170 Billion by 2020,” Steve Morgan notes that, “the hot areas for growth are security analytics / SIEM (10%); threat intelligence (10% +); mobile security (18%); and cloud security (50%)” (2015) . Additionally, the Internet of Things has seen new cybercrime which has driven spending up in this area. Morgan comments that the Internet of Things security market will expand to $29 billion by 2020 (2015). Firms that offer these demanded services are in the best possible position going forward. In addition to the existing services, firms must strategize around future security issues.

In the recent years technology is innovating and expanding at a rate never seen before Barton (2013). Improvements in technological ability are estimated to increase by thirty two times over the next five years The Emerging Future (2015). Heggestuen (2013) describes the most noticeable growth is in the mobility space. BI Intelligence recently calculated that one in every 5 people in the world own a smartphone and every 17 owned a tablet. In turn this movement has speed up the consumerisation of IT trend. Workers are adopting technologies directly and using personal mobile devices for their daily work without the help, consent, or awareness of their IT department. Furthermore it has been found that line of business managers and business units are making their own technology decisions through cloud services and SaaS since they are readily available and their ease of use and setup Dineley (2012). Some companies are adopting a Bring your own Device (BYOD) strategy as part of their mobility strategy. This consumerisation of technology has put organisations data security more a risk than before. According to Nelson (2012), in today’s mobile world, IT are finding it more difficult to safeguard corporate data in the mobile world.

The forecasts point that then number of Internet of Things devices by 2020 will be around 25 billion, which is an exponential growth compared to 5 billion devices connected at this moment, while these systems are still considered weak on security measures. The reasons why security is not strong enough rely on their poor management design and services offered and other known security flaws.

Security and convenience are often the two determining factors that people consider when buying new technology. This type of technology includes devices like smart watches, networked home security systems, smart cars, and remote controlled thermostats. All of these devices have known security flaws and consequences, yet people still continue to buy and use them. These groups of technology and many similar to them are often referred to as the “Internet of Things” or IoT for short. This phrase describes how all of these gadgets and software are interconnected with one another. The problem lies in what consequences ensue from this interconnection. Through the internet, these devices are connected and communicating with one another, constantly and without any warning. What this means is that all of these devices, when active, are always monitoring, tracking, and submitting data about us and our environment. Why do people continue to use devices which are a part of the “Internet of Things”, if it is known that they are often hacker prone, insecure, and handle some of the most sensitive personal information we have?

This era of computing and communication will extend beyond the realm of the traditional desktops, laptops and even mobile devices. The Internet of Things aims to extend the Internet services into the real world day to day objects. Internet of Things is essentially an intelligent network of a wide array of devices (information sensing devices) exchanging information and interacting with each other via the Internet and within the boundaries of certain protocols. We can thus characterize IoT as an ecosystem of connected people, objects and services, enabled by a pervasive and transparent technology designed to improve our quality of life. Internet of Things (IoT) can be envisaged as the single greatest technological wave in the information industry after the magnanimous Internet. According to Garter’s technology cycle curve, the interest in IoT reached its peak in 2014 and ranks second in the top technological trends that would dominate in 2015 [1].

In our research we have identified how IT and embedded computing together can revolutionize the way we use technol- ogy today, especially in the domain of mobile computing [10]. The paradigm shift from the Internet of People to the Internet of Things also termed as IoT is undeniable [9]. According to a CISCO report the number of devices, which range from mobile and smartphones to embedded computers, microcontrollers, microcomputers, sensors and everything else on the network will increase from 15 billion today to nearly 50 billion by

“The Internet of Things(IoT) can be defined as physical objects that connect to the internet through embedded systems and sensors, interacting with it to generate meaningful results and convenience to the end-user community”.[1]

In today’s technological culture, businesses are trying to gain a competitive advantage. One way companies are doing this is by utilizing the idea of the internet of things. “The Internet of Things will enable forms of collaboration and communication between people and things, and between things themselves, hitherto unknown and unimagined.” This is the definition based on the standards of the ITU Telecommunications Standardization Sector. The International Telecommunications Union is a specialized agency within the UN that is responsible for issues within information and communication technologies. ITU believes that IoT’s success depends on the existence and smooth and effective operation of global standards. To make it easy to understand, basically the Internet of Things is to have a device that can tell you the news or a refrigerator that can order certain foods for you when you run out. The Internet of Things has developed significantly as time goes by. The IoT is something that people don’t recognize even though they use it every day. Some examples include smart refrigerators, home security systems, a wireless home speaker system and basically anything else that uses the internet to send or receive data. As well as with a great amount of advantages this type of product may bring, it also brings a large number of disadvantages. Specifically, there will be information that will cover how Amazon is using the Internet of Things to make certain actions easier to perform.

Abstract—The increase in popularity for wearable technologies has opened the door for an Internet of Things (IoT) solution to healthcare. One of the most prevalent healthcare problems today is the poor survival rate of out-of-hospital sudden cardiac arrests. The objective of this paper is to present a noval way of solving such a big problem by using Mobile IoT devices, Cloud computing technology and Machine learning. Mobile IoT that can collect physical activity such as heart rates and body temperature and store the data on a cloud. Machine learning algorithm uses this heap of data and predicts and detects heart attack.

By the end of the 2017 non smart phones will be get stable by 50.3% smart phones will be increase 27.4% users in world wide, machine-to-machine (“M2M”) will increase 16.5 and Laptops and Tablets will be increase by small present (2.6% and 2.3) (4G americas, 2014)

1.1 In 2008 the number of things on the internet surpassed the number of people utilising it, with an estimate of 50 billion active devices by 2020. The Internet of Things (IOT) consists of any objects such as homes, cars or even walking sticks that are able to register external data and communicate this information, usually wirelessly, it has received via its sensors to other devices. Objects on the IOT will be uniquely detectable and allow users to remotely manipulate them via existing networks which will allow for greater data retrieval that is more accurate and increased efficiency of processes.