Have you ever heard about mobile cloud computing? If No, then don’t worry. You have come to the right spot, In this article, we are going to discuss all the crucial things related to mobile cloud computing. Here we’ll discuss the market overview, benefits, and disadvantages related to mobile cloud computing. So, let’s quickly begin.
Quick Overview of the Global Mobile Cloud Computing Market
Mobile cloud computing is the method of using cloud technology to deliver mobile apps. The complex mobile apps today perform tasks like location-aware functions, authentication, and providing targeted content, and communication for end-users. Thus, they need extensive computational resources like data storage capacity, memory, and processing power. Mobile cloud computing takes the pressure off mobile devices by harnessing the power of cloud infrastructure.
In addition, it is anticipated that the Global Mobile Computing Market will grow at a CAGR of around 22% from 2023 to 2028. The increasing popularity of cloud services by businesses to launch their application is one of the main factors behind the growth of the industry. Cloud services help companies to scale their applicability quickly & easily and help to expand their resources to meet demand and accommodate growth without having to make extensive capital investments in the infrastructure. Owing to which companies are opting for these services since they help to reduce costs, improve flexibility, and enhance reliability and security, which can ultimately lead to increased competitiveness and success in the marketplace.
What are the Advantages of Mobile Cloud Computing?
There are several benefits of mobile cloud computing. Some of them are listed below:
- Wide reach: Mobile application developers can reach a large market because MCC is an independent platform. Cloud-based mobile apps are serverless and run on any device and operating system. Moreover, developers can maintain them centrally and publish updates across all platforms with minimal effort.
- Real-time analytics: Cloud apps store data centrally on the same cloud infrastructure. The backend cloud services can integrate multiple data points quickly, and communicate with several other applications to provide accurate real-time analytics. Users can securely collect and integrate data from several sources. Internet of Things also enables cloud-connected real-time experiences and communications in mobile apps.
- Improved user experience: As long as they have a strong internet connection, mobile application users can enjoy an improved application experience across platforms and devices like tablets, mobiles, and laptops. They can access rich computational resources not present on their device.
- Cost Efficiency: Cloud providers offer pay-as-you-go models so that you pay only for the cloud-based resources that you actually use. This makes it less costly than purchasing and maintaining your on-premises servers.
Challenges Faced in Mobile Cloud Computing
There are various challenges associated with mobile cloud computing. Some of them include:
- Low bandwidth: Low bandwidth is one of the biggest issues in mobile cloud computing. Mobile cloud uses radio waves which are limited in comparison to wired networks. The available wavelength is distributed in different mobile networks. Thus, it has been three times slower in assessing speed in comparison with a wired network.
- Security and Privacy: It is difficult to identify and manage threats on mobile devices as compared to desktop devices because in wireless networks there are more chances of the absence of the details from the network.
- Service Availability: Users often find complaints like a breakdown of the network, transportation crowding, out of coverage, etc. Sometimes customers get a low-frequency signal, which affects the access speed and storage facility.
- Limited Energy Source: Mobile devices consume more energy and are less powerful. Mobile cloud computing increases battery usage and mobile devices which becomes a crucial issue. Devices must have a long battery to access applications and other operations. When the size of the altered code is small, the offloading consumes more energy than local processing.
- Alteration of Networks: Mobile cloud computing is used in different operating system-driven platforms such as Apple iOS, Android, and Windows Phone. So, it has to be compatible with different platforms. The performance of different mobile platforms. The performance of different mobile platform network is managed by the IRNA technique.
Conclusion
Mobile cloud computing offers customers with better storage and simple access to data. The successful mobile apps leverage these cloud-based app development benefits and many others. As more industries use MCC to enhance consumer-focused functions, this demand is only expected to escalate. The key benefit of mobile cloud computing is its ability to offload resource-intensive programs to the cloud, which minimizes strain on the CPU of the device, its storage, and battery life. As the fundamental shortcomings of MCC apps are overcome, limited wireless bandwidth for cloud access, efficient in-network processing, security etc. – the demand for MCC apps and application developers will grow.
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