What is mobile cloud computing? Best examples: applications 2024

Mobile cloud computing (MCC) is a combination of three different technologies: mobile computing, cloud computing, and wireless networks. Mobile cloud computing comes together for rich computational resources. It makes it possible for mobile applications to be executed on different mobile users. Mobile cloud computing technology to deliver mobile applications over the cloud.

Mobile cloud computing provides the speed and flexibility of end-users and developers. Mobile devices come with mobile application development and cloud-based services.

Mobile cloud computing is an advanced technology of cloud computing that has proven to be a game-changer in mobile devices. Mobile cloud computing applications generate the following advantages in IT architecture.

1. Improve the battery life
2. Improve the processing power and storage capacity
3. Data synchronization and storage in one place that can be accessed from anywhere.
4. Improve the reliability and scalability.
5. Easy to access and integration

Why is mobile cloud computing important?

Advanced users want to access a company’s websites and applications anywhere at a time. Organization and users use the mobile cloud computing application with cost-effectively. There are some advantages of mobile cloud computing

• Mobile cloud computing is fast and easy to use. Developer easily make the cloud computing application and share the resources with end-users. Therefore, that mobile application was built and updated easily and faster.
•  Cloud-based application can be run without server on in any devices and operating system. It is maintained centrally and published by the developers on all platforms easily.
• It is real-time analytics. Cloud applications store the data centrally with same cloud infrastructure. Users can collect the data securely and accurately in real-time from various resources.
• Mobile cloud computing improves the user experience. user can access the data from anywhere. If mobile can be stolen or lost, the data can remain back from cloud storage, and it can be recovered easily and quickly.
• Cloud providers offer pay and use to user. If user pay for cloud-based resources, cloud provider not ask for extra money. User not pay for maintaining cost. If users use the cloud apps on mobile devices, organizations give them permits to install the mobile apps on their own devices. user will not purchase other devices with specific configurations.

There are some more specific uses which are generated by applications under mobile cloud computing architecture.

• Application provide better processing and data storage capacity
• Application run efficiently and extend the battery life of mobile devices.
• Mobile cloud applications are user-friendly and easy to access
• It saves money for the business.
• It is easy to use and portability, so their work is easy and efficient.

Applications of mobile cloud computing

1. Mobile cloud applications:

Applications are defined on the basis of models of mobile. All processing is done by the cloud, storage and the platform of mobile devices. For this, we need the internet for the processing to run the browser. There are following characteristics which are enable to use the smartphone with cloud technology.

• There is suitable operating system in the smart-phone
• It provide calling, video, and conferencing features.
• Smart -phone must be able to install features of the applications.
• Massaging feature are available.
• In the mobile phone must have proper internet connection.

2. Mobile Web Services

With mobile web services, mobile devices consume more network traffic. This can create some challenges for web services, such as resolution and detail discrepancies compared to desktop computers. To use a web service, the device needs to know about the service and how to reach it so that it can send some information about the state of the device and the user. To enable mobile web services, follow these steps:

• Web-services system and web services enable.
• Rest protocol enabled.
• Enables XML-RPC protocol.
• Enable the authenticate for the user role.

Challenges of mobile cloud computing

• Low Bandwidth: This is one of the major problems of mobile cloud computing. Mobile clouds use limited radio waves compared to wired networks. The available wavelengths are distributed across different mobile devices. As a result, the access speed is three times slower than wired networks.
• Security and Privacy: Wireless networks make it more difficult to identify and manage threats on mobile devices compared to desktop devices because information is more likely to disappear from the network.
• Service Availability: Users often complain about network breakdowns, transport congestion, and coverage out of range. Customers may receive low-frequency signals, which will affect access speeds and storage capabilities.
• Network Change: Mobile cloud computing is used on different operating system-driven platforms such as Apple iOS, Android, and Windows Phone. Therefore, it must be compatible with different platforms. The performance of different mobile platform networks is managed by IRNA (Intelligent Radio Network Access) technology.
• Limited Energy Source: Mobile devices consume more energy and are less powerful. Mobile cloud computing increases the battery usage of mobile devices, which becomes a significant issue. Your device needs a long-lasting battery to access applications and other operations. When the size of the modified code is small, offloading consumes more energy than local processing.

How does mobile cloud computing work?

• Data processing and storage are moved from the mobile device to a powerful, centralized computing platform in the cloud.
• Mobile devices access data over a wireless connection using an app or web browser.

Video Save in the Cloud

Google Voice Search

• When you speak to Android’s speech recognition software, it cuts out a spectrogram of what you said and uploads it to Google’s cloud servers.
• It is then processed using a neural network model.
• Audio processing consists of several layers. First, Google tries to understand consonants and vowels. This is the base layer. Then use them to make intelligent guesses about words. Then come more advanced layers.

What’s the Difference Between Cloud Computing and Mobile Computing?

At first glance, mobile computing and cloud computing seem to be almost the same thing. These technologies are similar because they have similar features, but they differ when you take a closer look.

Cloud computing provides computer services over the Internet. It is a scalable, cost-effective service that provides customers with everything that an in-house computer room can provide, including software, analytics, data storage, and databases. So if you see services like IaaS, SaaS, PaaS, etc., you are dealing with cloud computing.

Cloud computing does not necessarily mean mobile computing. For example, if you use a desktop system and enjoy a Photoshop subscription (SaaS), that computer remains the same. No mobile element there!

On the other hand, mobile computing is the process of accessing information and data regardless of location, as long as you have access to a mobile network. Mobile computing uses mobile devices such as smartphones, laptops, and tablets to send data, video, and audio files over the network.

Conclusion

In conclusion, mobile cloud computing (MCC) is an innovative approach to mobile computing that provides users with enhanced functionality and greater flexibility. MCC allows users to take full advantage of the power of smartphones and tablets with the processing power available in the cloud. This hybrid approach also provides users with features that are not available on the device alone, as well as additional services that are not available on either device alone.

MCC leverages cloud computing and mobile devices to create an environment where users can access the functionality of both devices without the need for separate servers. Because MCC enhances user interaction with each device, this hybrid approach allows resources to be utilized from a single client rather than relying on multiple nodes in a server-client relationship.

By following cloud security best practices and implementing the right security tools, businesses can minimize risks and maximize the benefits of cloud computing. Cloud computing offers many benefits, including lower costs, increased flexibility, and a reduced risk of downtime. However, these benefits are only available if the architecture is properly planned. We recommend hiring a professional cloud architect before starting a new MCC project, especially with existing clients. If you are working with a third party.

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