Mobile Cloud computing advantages and disadvantages
Disadvantages of mobile cloud computing
The primary drawbacks of mobile cloud computing are its high dependence on a steady internet connection, possible security risks because data is kept on distant servers, the lack of user control over the cloud infrastructure, the increased network usage that drains mobile devices’ batteries, and possible privacy problems with sensitive data stored in the cloud.
Some of the difficulties facing mobile cloud technologies are described below.
Security: Compared to traditional apps, mobile cloud computing does not provide the same degree of security. Mobile cloud computing must be deployed in a secure environment. Because multiple external parties can access the data transferred to and received from the mobile cloud, it poses higher security threats than traditional applications. More money must be spent on hardware and software for mobile cloud computing to preserve high performance and enhance security.
Network Availability: The dependability of mobile networks determines how easily mobile cloud computing services may be accessed. If our network goes down entirely, we can’t utilise the application. In locations without a high-speed internet connection or with inadequate network coverage, this could be a limiting factor.
Lack of Infrastructure: This area lacks infrastructure since it is unable to create virtual devices that can run distributed applications.
Performance: Mobile cloud apps are accessed via public networks that house distant servers. As a result, mobile cloud apps react more slowly.
Compatibility: Due to the network connections required, the cloud architecture supports a number of platforms, albeit doing so could be costly.
Benefits of Mobile Cloud Computing
Compared to conventional desktop or server-based apps, mobile cloud computing offers corporate clients more advantages. The advantages of mobile cloud computing are as follows:
Economical Compared to hosting software on mobile devices, mobile cloud computing makes advantage of virtualised processing resources that cloud providers may readily supply at significantly cheaper costs. Because clients often use less power than their physical equivalents, it saves money on hardware, maintenance, and operation.
Flexible: The use of a device is made possible via mobile cloud computing. Utilising a cloud allows the device to be rapidly and easily switched between apps. Depending on the user’s needs or the purpose of the execution, we can execute multiple programs on the same device.
Scalable: By using cloud platforms, wireless cloud computing manages scalability automatically and without physical constraints.
Cost-effective: Mobile cloud computing guarantees that the apps and services are accessible at a particular place while enabling the exclusive use of a device to host them. This gives you complete control over your devices and allows you to access it from anywhere.
Simple Updates: Since apps merely need to be hosted on a cloud server, updates are very simple to provide. Additionally, the gadget didn’t require recertification prior to updating.
Faster execution: Mobile cloud computing leverages the capabilities of a single device or group of devices by using web services to use those capabilities. Because spatial-visual processes allow for multitasking, this application is chosen more quickly. Compared to desktop or server-based computers, these advantages are particularly noticeable for mobile devices with constrained memory and processing capacity.
Cloud computing has limitations even if it can help with some of the problems with mobile cloud computing. For example, only device synchronisation is restricted to the most recent modifications, and desktop apps are unable to utilise cloud resources. Because the mobile cloud lacks storage and the ability to maintain virtual environments for individual programs, it lacks the infrastructure needed for distributed applications. Because of this, mobile cloud computing has not yet been widely adopted by developers and needs certain adjustments in its design and implementation.
Mobile Cloud Computing Architecture
The architecture of mobile cloud computing consists of two essential parts:
The virtualised computing core (VC), a hosted cloud service that houses several cloud computing services needed to operate on the mobile device, is the first important part.
The second crucial element is the client-side application (CSA), which operates the MCC apps on the host device. The CSA uses a cloud execution service to run programs on behalf of customers. While operating in the CES, the MCC program can enhance its functionality by utilising a variety of cloud services.
Mobile Cloud Computing examples
Mobile cloud computing combines cloud and mobile devices. Data can be accessed and processed from any device, time, or location.
Here are a few instances of cloud computing on the go:
- Email on your phone: Users can use cloud services to access email on their mobile device.
- Using cloud services, users can access Google Maps on their mobile device.
- Google Drive: A cloud-based platform that allows files from Microsoft Office and other Google tools to be integrated.
- EC2 (Amazon Elastic Compute Cloud): A virtual server that is managed by cloud computing companies
Among the various advantages that MCC provides are:
- Scalability: Users can use any device to access and analyse data.
- Cost-effectiveness: MCC may be economical.
- MCC has the potential to be secure.
- Performance: Performance can be enhanced by MCC.
Users should take into account the following when using MCC:
- Dependability and bandwidth of the Internet
- Licenses for Security
- The complexity of performance
- Price-to-investment ratio
Future of mobile cloud computing
Mobile cloud computing will be affected by edge computing, 5G networks, and data processing improvements. These advances will enable faster, more responsive mobile apps with real-time data analysis, increased battery economy, and seamless interaction across devices and platforms. In other words, mobile applications will become more powerful and user-friendly by utilising the processing power of the cloud.
Important facets of mobile cloud computing’s future include edge computing:
For real-time applications like AR/VR and IoT, processing data closer to the source on mobile devices reduces latency and maximises performance.
Integration of 5G networks:
Smoother streaming, cloud gaming, and data-intensive mobile applications are made possible by faster and more dependable network speeds.
Improved Machine Learning and AI:
Applying cloud-based AI capabilities to mobile devices to provide sophisticated features like intelligent automation, predictive analytics, and tailored suggestions.
Hybrid cloud strategy:
Integrating on-premises infrastructure with public cloud services to maximise resource management and provide more flexibility.
Enhanced battery performance:
Enhancing cloud apps to reduce processing and data consumption on mobile devices, therefore prolonging battery life.
Immersion encounters:
Creation of more realistic and dynamic mobile experiences by rendering and streaming high-quality graphics from the cloud.
Improvements in security:
Improved security protocols to safeguard private user information processed and stored on the cloud.
Possible uses:
Intelligent medical care:
individualised treatment regimens, remote diagnosis, and real-time patient monitoring via mobile applications.
AR, or augmented reality:
Cloud-based data processing for real-time overlays and object detection in interactive augmented reality experiences.
Automation in industry:
Mobile cloud-connected gadgets can remotely monitor and control industrial processes.
Autonomous cars:
Live cloud computing for autonomous vehicle data processing and decision-making.
Read more on Mobile Computing Vs Cloud Computing