E-Business Systems: E-Technologies, Business Changes & Risks

This essay examines the significant role of e-technologies in transforming modern business operations, highlighting how companies leverage cloud computing, big data, and e-commerce to enhance efficiency and gain a competitive edge. It discusses how these technologies enable businesses to expand their reach, improve customer understanding, and automate processes. The essay also addresses the various threats and risks associated with e-technologies, such as cyber-attacks and data breaches, and explores the strategies suppliers employ to overcome these challenges, including encryption, firewalls, and ethical codes of conduct. Ultimately, it concludes that while e-technologies present inherent risks, the security infrastructures and mitigation strategies implemented by suppliers ensure their continued effectiveness and security in modern business environments.

E-Business Fundamentals and Systems

Role of E-Technologies in changing business operations and how suppliers
overcome associated threats and risks
In today’s competitive business world, organisations rely on modern technologies to
perform their business operations. Effective use of the latest technologies resulted in
increasing efficiency at the workplace and improving overall performance of the
corporations. With the popularity of the internet and online-based services, the role of e-
technologies has grown substantially in modern corporations. E-technology is a term which
is referred to a broad range of technologies including the internet and related information
technologies (Rosa et al., 2015). In the past few years, organisations rely on e-technologies
to perform their business operations which provide them a competitive advantage in the
industry. Organisations use technologies such as cloud computing, big data, e-commerce,
and others to provide effective products and services to their customers and improve the
efficiency of their operations. However, while using these technologies, there are a number
of risks and threats faced by suppliers of these technologies which creates challenges for
corporations (Sanya, 2013). These risks resulted in adversely affecting the profitability of
organisations, thus, suppliers are required to take appropriate measure to improve the
security of their services. This essay will focus on evaluating the role of e-technologies in
changing business operations of modern organisations. Furthermore, various threats and
risks faced by suppliers of such technologies and how they overcome these challenges will
be discussed in the essay.
The internet is a major source which has contributed to increasing the popularity and use of
e-technologies in modern organisations. Use of these technologies assists corporations in
increasing the efficiency of their business operations which reduces their costs while
improving the quality of their operations. One of the most popular e-technologies which are
used by companies in the cloud computing. It is a part of information technology (IT) which
enables organisations to access their data ubiquitously. The Cloud Service Providers (CSPs)
enables suppliers to deliver various computing service to organisations such as server,
storage, networking, analytics, software, databases and more through the internet
(Christauskas and Miseviciene, 2012). It is defined as the practice of remote servers which
are hosted on the internet rather than a local server to provide services such as storing,
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managing and processing data. Organisations such as Netflix has gained a competitive
advantage in the industry by relying on e-technologies such as cloud computing. Netflix
operates in the entertainment industry, and it provides the service of video on demand to
its customers across the globe. Due to the ubiquitous nature of cloud computing, Netflix is
able to dominate the online video service market and easily provide its services across the
globe which would have not possible otherwise (Berman et al., 2012). It has changed the
business operations of modern organisations because they rely on online service delivery
rather than the offline delivery. It enables them to expand their customer base and reach a
wider audience globally which otherwise would not have been possible.
Big data is another e-technology which has gained popularity among large organisations
which use it to understand the behaviour of customers and form marketing strategies
accordingly. It is referred to an extremely large set of data sets which are collected by
corporations to analyse which assist in revealing patterns, associations, trends and
behaviour of human interactions especially. Some of the world’s biggest enterprises such as
Amazon, Netflix, General Electric and American Express use the big data technology to
reveal trends and association in their customers’ behaviour (Provost and Fawcett, 2013). For
example, Netflix uses big data to gain insight into its viewers watching behaviour which
enables it to make adjustments to its algorithms. By using big data technology, the company
evaluates what its viewers like to watch and what they would like to watch in the future
which assist it in providing them authentic recommendations which increase its viewership.
On the other hand, Amazon uses big data to analyse the buying pattern of its customers. It
enables the company to increase proximity between vendors and customers which result in
reducing its distribution costs. Furthermore, the corporation is able to deliver services such
as one-day delivery or same-day delivery based on using big data technology, whereas,
previously people have to wait 5-6 or more days to deliver their package (McAfee et al.,
2012). It shows how e-technologies are enabled organisations to improve their products and
services while at the same time reaching a broader audience due to improved efficiency in
their operations.
Another popular e-technology which has gained substantial popularity is e-commerce or
online shopping. Amazon is the world’s largest e-commerce service provider which provides
its services to customers across the globe. The company has gained substantial success and
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competitive advantage over its customers by using e-technologies such as cloud computing
and big data along with e-commerce (Huang and Benyoucef, 2013). Currently, the company
is second most valued enterprise in the world with a market capitalisation of over $777
billion (Shen, 2018). The corporation has gained this success because it uses e-technologies
to constantly improve its services and focuses on fulfilling customers’ demands. Along with
Amazon, there are various other e-commerce enterprises which have used this technology
to provide services to its customers such as eBay, Wal-Mart, Alibaba, Flipkart, Taobao and
others. People can easily access the internet in urban areas which assist these companies in
increasing their customer base and positively influence their productivity. Similarly, Artificial
intelligence is gaining popularity with organisations such as Google and Apple investing
heavily in the technology. Artificial intelligence enables them to save time by automating
their business process and increasing overall operational efficiencies. The use of artificial
intelligence enables organisations to make faster business decisions based on outputs given
by cognitive technologies. Furthermore, it assists corporations in avoiding ‘human errors’ by
establishing smart systems which are set up to perform certain tasks properly (Russell and
Norvig, 2016). Autonomous vehicles, smart wearable, smart homes and smart cities are
some of the possibilities which will completely change the operations of businesses by using
artificial intelligence.
Along with numerous benefits, there are various threats and risks associated with e-
technologies which resulted in reducing their effectiveness and creating new challenges for
enterprises. One of the biggest risks faces by corporations while using e-technologies is the
threat of cyber-attacks. Since e-technologies are based on the internet and in order to use
them companies and individuals are required internet connection, they result in increasing
the chances of cyber-attacks (Kotenko and Chechulin, 2013). It is relatively easy for
cybercriminals to hack into the servers of enterprises which use e-technologies to gain
unauthorised access and breach their data. Cybercriminals can also hack into the
transmission to collect the sensitive data of enterprises while it is being transferred. There
are a number of examples which showed that use of e-technologies could result in
substantial data leak which adversely affects corporations. The hack of Apple’s popular
cloud computing service ‘iCloud’ is a popular example in which cyber criminals hacked into
the accounts of celebrities and leaked over 500 sensitive pictures and videos of some of the
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biggest celebrities in the world (Woollaston, 2015). Another example is cyber-attack on the
servers of Yahoo. Yahoo was an internet pioneer which soon when into history books due to
the leak of its customers’ data. Cyber criminals were able to hack into its servers and beach
the data of its customers in which over 3 billion people were affected (Stempel and Finkle,
2017). These attacks resulted in leaking confidential data of organisations which affects the
profitability, and it is possible due to the use of e-technologies.
In order to address the risk of cyber-attacks, suppliers use a number of tactics which keeps
their data safe from cyber criminals. Firstly, most large organisations avoid using public
cloud to ensure that they keep strict policies on their servers and maintain high-security
standards to avoid data breaches. Furthermore, encryption of data is a great way to protect
it during transmission. By encrypting the data, corporations are able to convert it into secret
codes which can only be read by a special key. The encrypted data is highly secured, and it
cannot access by cyber criminals even when it is collected by them (Brakerski and
Vaikuntanathan, 2014). Organisations are encouraged to use encryption software to protect
their data from cyber-attacks; however, they avoid encryption because it takes a long time
to encrypt large data which affects the efficiency of companies. Another popular tool which
is used by corporations to protect from cyber-attack is ‘firewall’. Most organisations install
firewalls into their systems to protect their data from breaching and unauthorised access.
Cyber criminals use malware to attack the servers of corporations and to control their
operations to access their data. In order to avoid malware, companies invest in antivirus
software. Antivirus software is designed to detect and keep malware away from the servers
of enterprises which protects their data from unauthorised access (Stone-Gross et al., 2013).
Another key threat face by suppliers while using e-technologies is the risk of leakage of
private data of customers. Technologies such as big data include sensitive information about
behaviour patterns of customers which can adversely affect them if accessed by wrong
people. In modern times, cyber criminals focus on collecting big data sets of customers by
hacking into the servers of large enterprises and CSPs to hinder the profitability of these
enterprises (Kitchin, 2013). Furthermore, there are various ethical and security issues
associated with artificial technology. For example, the popularity of autonomous cars will
result in ending the careers of drivers which will increase unemployment. Similarly,
automation is making more and more jobs obsolete which increase the threat of
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unemployment across the globe. In order to address these challenges, suppliers implement
various strategies. For example, most suppliers prefer to encrypt big data sets to ensure that
they are not accessed by cyber criminals. Furthermore, they physically secure their servers
and data centres to avoid unauthorised access since over 60 percent of cyber-attacks are
caused due to insider threats (IBM, 2018). In order to tackle challenges of artificial
intelligence, corporations are implementing a code of conduct to ensure that the use of
artificial intelligence is not affecting the society adversely. For example, these companies
hire people to act as a safety backup in autonomous vehicles to increase their security and
reliance on people.
From the above observations, it can be concluded that the use of e-technologies has
increased among modern organisations because they enable them to increase the efficiency
of their operations and improving overall effectiveness. Most corporations rely on e-
technologies such as cloud computing, big data, and e-commerce because it saves their
operations costs and enables them to reach a wider audience globally which improve their
profitability. Many organisations such as Netflix, Apple, Amazon and Google have gained a
competitive advantage in the market by relying on these technologies. These corporations
use e-technologies to monitor the behaviour of their customers which provides them key
insights knowledge which is effective for them while forming business policies. Suppliers of
these technologies face a number of threats and risks which adversely affects their business.
One of the most common risks is cyber-attacks in which cyber criminals gain access to their
operations and collects their sensitive data to gain an unfair advantage. In order to protect
themselves from this risk, corporations rely on a number of technologies such as encryption,
antivirus software, firewalls and others. These technologies reduce the risk of cyber-attacks
and protect the data of organisations from breaching. Furthermore, corporations physically
secure their servers and encrypt their data to protect big data set from unauthorised access.
Furthermore, a moral and ethical code of conduct reduces the threats of artificial
intelligence technology. Thus, there are various threats and risks associated with e-
technologies, however, suppliers of these technologies rely on various security
infrastructures to ensure that they are protected from unauthorised access which results in
improving their security and effectiveness.
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