The global COVID-19 pandemic has stimulated the transformation of many industries (Gifford, 2022). As thousands of workers were unable to reach their offices due to strict lockdowns, their employers had to fully embrace the concept of remote work. It is expected to change the future of employment through further development of the gig economy and various forms of flexible arrangements. Similarly, the inability of patients to reach hospitals has led to the advancement of telemedicine (Kichloo et al., 2020). Event traditional providers such as the NHS in the UK are presently developing their Technology Enabled Care Services allowing users to get consultations in a remote format. The aforementioned advantages of remoteness and flexibility are highly beneficial for individuals and organisations. They allow both parties to minimise waste and speed up the workflow through ongoing optimisations of business processes. This essay aims to analyse such a solution called Mobility XE (NetMotionSoftware, 2023a) within the scope of the benefits of mobility xe it creates for its users and potential barriers to its deployment.
According to multiple security experts, remote access to potentially sensitive data is a major problem in a variety of settings (Borkovich and Skovira, 2020). In an organisational environment, confidentiality and integrity are ensured by proper mechanisms and procedures limiting the access of third parties to valuable information. On the contrary, clients and workers accessing such data from their homes can violate most established procedures in this sphere. Potential vulnerabilities include the use of public Wi-Fi spots, the lack of virus protection measures, the use of shared computers for accessing sensitive information, the absence of proper password management, and other similar activities (Malecki, 2020). Many persons may be violating cybersecurity rules due to a lack of knowledge and skills in this sphere. However, this still results in situations when the integrity, safety, and confidentiality of sensitive information can be compromised and such information can be accessed and used by third parties. With that being said, remote work, telemedicine, and other similar scenarios of remote access to data clearly represent popular trends that will continue their development in the 2030s (Ng et al., 2021). This substantiates the need for advanced solutions improving cybersecurity levels in these spheres.
Another problem in this sphere is the need to maintain internal company networks across a variety of devices, operating systems, and geographical locations (Temple and Sariyar, 2022). Contemporary organisations frequently operate in multiple countries with some workers belonging to the international workforce and performing their tasks from anywhere. Similarly, company clients can move freely and want to continue using their paid services while going on vacation. Effectively, the users of such products as telemedicine see this global connectivity as the key benefit due to the capability to receive quality support anywhere without language barriers or time zone limitations. This poses a challenge since many services are provided via mobile applications (Lueck, 2020). On the one hand, many developers are gradually adopting a smartphone-first mentality following the global growth of portable device users. On the other hand, such solutions frequently show poor performance in mobile environments where Internet connectivity may be far from optimal and networks may be slow. In the case of high ping rates or interruptions, remote access solutions can break sessions due to security reasons. This creates inconvenience for workforce members working from all over the world or clients trying to get paid services as soon as possible
Mobility XE is a specialised product that is presently used by 670,000 users worldwide (NetMotionSoftware, 2023a). Its primary application is the creation of secure remote access networks that combined the maximum convenience of end customers with the highest possible levels of cybersecurity on the server side. This approach is different from traditional solutions distributing security protection measures between users and companies providing services. Network administrators get control of network endpoints and provide continuous delivery of services even in the case of changing network conditions (NetMotionSoftware, 2023b). From a practical standpoint, this means that users can log into their accounts from different devices and locations and stay logged in even in the case of connection interruptions. For remote workers and customers, this creates a seamless experience reducing the need for multiple sessions. Any interruptions in wireless networks&r
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