Leverage Mobile Cloud Computing for Optimum Performance

Cloud computing technology is trending everywhere, and it should be as it allows people and organizations (small and big) to store, access, and manage all sorts of data remotely. All data related activities that earlier used to worry businesses for native server space has been resolved with the advent of cloud computing – this field is vast and has numerous applications in day-to-day life. Amazon Web Services (AWS), Google Cloud, Microsoft Azure are some leading players in this sphere, well they sell services like IaaS, PaaS, and SaaS through credible channel partners.

Mobile cloud computing (MCC) is a subset of the mainstream cloud computing. MCC enables cloud computing to be used in mobile applications. Since mobile applications are handy in need and easy to operate without any substantial bantering of operating system, still they need to be designed according to the smartphone specifications such as battery consumption, screen size, space, and others.

According to Allied Market Research, the mobile cloud market was valued at $12.07 billion in 2016 and is projected to reach at $74.25 billion by 2023, to grow at a CAGR of 30.1% from 2017 to 2023. Owing to MCC, the applications (also known as apps) perform better without hindering the overall functionality of phone because these apps are either powered or hosted by cloud servers.

It means users can use them for data browsing, streaming, and other purposes if they are online. They are not utilizing data from mobile space or some other internal drive, rather it is directed remotely – it is being fetched from some data center, located thousands of miles away from their location.

The face of mobile applications in the mobile cloud computing is nothing lesser than fairylike. In fact, cloud computing applications are getting linked with MCC via smartphones – reason obvious they are ubiquitous.

How to Utilize MCC for Maximum Advantage

Outsourcing of Primary Functions:

Some of the basic and high-processing tasks such as speech recognition, face recognition, voice search, and video indexing are sent to the cloud, leaving less exhaustive tasks to be carried on the phone itself.

Background Fostering:

Not all applications are ‘on’ all time. Tasks such as indexing files, virus checking, etc. are not needed to be carried out immediately – thus, it is better to port them to the cloud. Subsequently, making more space for other apps and ultimately augmenting the overall performance.

Mainline Extension:

By choosing to run a particular app or group of apps on cloud, the mainline of the phone augments inevitably. In this method, everything remains same, however the method of execution is changed.

Hardware Augmentation:

A virtual clone of the mobile can be hosted on the cloud, which further increases the computational efficiency of high-level apps such as ticket booking and video streaming to scale up the process.

Diversity:

Various virtual clones of the mobile device’s software are designed to overhaul the execution. This is very helpful when some applications require rigorous parallel processing.

For smartphone users MCC offers great benefits. In fact, it’s a technology to watch in the future.

Cloud-based apps put least pressure on internal resources, thus it helps smartphones to have extended battery life, which is crucial for the overall life-cycle of the phone.

Due to cloud usage, apps become less-space oriented and less-energy consuming, thus the overall processing and data storage capacity and internet access capacity enhances. Because of cloud-backed data storage, a lot of applications can be enjoyed on smartphone, which is otherwise not possible with on-premises, limited-data technology.

Cloud technology is compatible with data processing; thus, data migration and cross-device use takes place conveniently.

Privacy and safety of the data is maintained throughout, as in the event of data loss or mobile theft, the data is still found on cloud and can be accessed by secure login or authentication process.

Because of mobile cloud computing, users can catch up with the latest technology trends without losing data while updating or downloading apps.