Many companies, large and small, have realized the value of the internet and established websites to make their presence known. However, over the past few years, most of them have noted that a website is not enough due to the introduction of powerful computing mobile devices. Therefore, to grow and ensure future success, organizations have created mobile applications to tap into the vast internet space. Thus, the importance of mobile phones in organizations cannot be underestimated, as they have become a necessity.
First, mobile phones have become powerful and network devices capable of processing information fast with a clear display. For example, many people now use Snap Chat application to send messages and pictures very efficiently before they become inaccessible. The current versions of phones are equipped with large storage capacity, dual core-processors, and fast memory, which can comfortably be used to network with different companies (Delsing, 2012). Additionally, the mobile phones have 3G and 4G features, enabling its users to download any information from the internet at relatively high speeds.

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Secondly, mobile phones come with pre-integrated apps that are diversified. Many applications serve limitless, from searching for nearby restaurants to checking out the latest news from the business world (Rakhshani & Rahati, 2017). The primary use of these applications is to accelerate the use of mobile phones, especially in work-related areas (Yu & Cao, 2012). Thus, these applications make it easier for a person to use a mobile phone in their places of work.

In conclusion, organizations are now using mobile computation strategies to ensure that they are on top of the competition. With the evolving mobile applications, there is a need for different companies to invest more funds into generating mobile computation applications that can handle various customer needs. In the coming years, most companies and organizations will operate purely through the internet, creating a bigger market for mobile phones.

    References
  • Delsing, J. (2012). Communication technology in mobile and pervasive computing. Mobile and Pervasive Computing in Construction, 26-36.
  • Rakhshani, H., & Rahati, A. (2017). Snap-drift cuckoo search: A novel cuckoo search optimization algorithm. Applied Soft Computing, 52, 771-794.
  • Yu, P., Lu, J., & Cao, J. (2012). Mobile agents in mobile and wireless computing. Mobile Agents in Networking and Distributed Computing, 243-261.