Mobile computing vs Cloud computing
What is Mobile cloud computing?
Using cloud technologies to distribute mobile applications is known as mobile cloud computing (MCC). Today’s sophisticated mobile applications carry out duties including location awareness, authentication, and delivering personalized content and communication to end users. As a result, they need a lot of computing power, memory, and data storage space. Mobile cloud computing uses cloud infrastructure to relieve the strain on mobile devices. Rich mobile apps are created and updated by developers using cloud services, and they are then made available for remote access from any device. In order for these cloud-based mobile apps to function on a variety of mobile devices, both new and old, they store and process data using cloud technology.
What is Cloud Computing?
Cloud computing involves storing and accessing data and apps on remote servers over the internet rather than on the computer’s hard disc. Cloud computing lets customers access resources as a service online. Files, pictures, documents, or any other type of storable document can be the data that is kept.
Read more on What Is Cloud Computing? Benefits Of Cloud Computing
What makes mobile cloud computing crucial?
Customers of today demand that a business’s website and applications be easily accessible from any location at any time. Mobile cloud computing apps are used by organizations to successfully and economically achieve this expectation. So that users are not constrained by the operating system or device capacity, they execute sophisticated tasks on cloud resources. Using mobile cloud computing has the following benefits:
Increased reach
Due to MCC’s platform independence, mobile application developers may access a wide audience. Serverless, cloud-based mobile applications can run on any device running any operating system. Developers may easily distribute changes across all platforms and maintain them centrally.
Real-time data analysis
On the same cloud architecture, cloud apps centrally store data. The backend cloud services may interface with various apps and swiftly integrate multiple data points to deliver precise real-time analytics. Users are able to safely gather and combine data from multiple sources. Real-time communications and cloud-connected experiences in mobile apps are also made possible by the Internet of Things (IoT).
An enhanced user experience
Those who use mobile cloud applications can have a smooth application experience on PCs, mobiles, and tablets as long as they have a reliable internet connection. They have access to powerful computing resources that aren’t on their device. They can easily retrieve their data via cloud storage in the event that the device is lost or stolen.
Cost effectiveness
You only pay for the cloud-based resources you really utilise with cloud providers’ pay-as-you-go models. This lowers the cost compared to buying and operating servers on-site. Your company can also allow staff members to install the mobile applications on their personal devices if the cloud apps are for internal use. It is not necessary for them to buy particular device configurations for each employee.
Applications of mobile cloud computing
For any kind of use case, you can create mobile cloud applications. Here are some typical instances of cloud computing on mobile devices.
Interactive encounters
MCC is used in interactive media and entertainment experiences to provide end users with real-time information. Financial tickers, online and offline music streaming apps, and voting are a few examples of applications. Cloud computing is also necessary for location-aware features that rely on end users’ current position, including geo-based marketing or map searches for locations near the user’s actual location.
Social networking
People that use mobile social networking sites exchange and access massive data files, including movies and pictures. Data processing features in cloud apps allow mobile users to access shared files instantly without causing their device to overtax.
Commerce
Numerous banking and e-commerce applications leverage cloud computing technologies to effectively satisfy the needs of their mobile users. They keep user views to a minimum and save data in the cloud. To narrow your display to the top three or four relevant results, for instance, you may search for outdoor shoes while using the Amazon mobile application. It will prevent overload by loading more results on your mobile device as you scroll.
Mobile gaming
Real-time updates in a multiplayer setting, intense visuals and video, and a number of other intricate computational tasks are all necessary for mobile gaming. Cloud-based services are utilised in cloud mobile gaming to enable remote operation of game apps. They encrypt game visuals in a video stream before sending it to mobile devices over mobile networks. As a result, gamers on the go may enjoy games without worrying about their phones freezing or overheating.
Medical care
For healthcare professionals to manage patient care while on the go, mobile healthcare solutions are essential. They need access to hundreds of patient records and data, for instance, and immediate alerts in the event of a medical emergency. Applications for mobile cloud computing can be developed by health organizations for a variety of workflows, which staff members can install and use on their preferred mobile device.
How does mobile cloud computing work?
In order to enhance mobile users’ experiences, mobile cloud computing operates by smoothly alternating between resources on mobile devices and in the cloud environment. Mobile applications transmit requests for data to the cloud over the internet. After processing the requests, remote servers provide the relevant response, which is subsequently shown to mobile users.
The architecture of mobile cloud computing makes use of four primary categories of cloud-based resources.
Remote, motionless clouds
Cloud computing providers’ virtual servers are referred to as remote immovable clouds. This includes, for instance, instances of Amazon Elastic Compute Cloud (Amazon EC2). These virtual servers are where developers write the application code and deploy it. After that, the servers handle and react to the requests for mobile data.
Nearby immobile computer systems
Backend server computers situated in closer proximity to your mobile consumers are known as proximate immobile computing entities. They overcome the difficulties of network slowness and speed up MCC. One way to do this would be to set up your Amazon EC2 instances in a region or location that is closer to your end users.
Near by Mobile computing things
To enhance their performance, certain mobile cloud apps might leverage the idle processing power of adjacent mobile devices. These wearables, smartphones, and other mobile devices are referred to as proximal mobile computing devices.
Solutions that combine hybrid technologies
To support your business applications more effectively, hybrid MCC solutions combine the three resource categories mentioned above.
Types of mobile cloud computing
There are two categories of mobile cloud computing solutions: application-specific MCC (ASMCC) and general-purpose MCC (GPMCC).
All-purpose MCC systems
All-around MCC (GPMCC) solutions are broad systems that improve phone performance through cloud computing. Cloud computing providers are used to handle compute-intensive operations including image augmentation, video indexing, and speech recognition.
MCC solutions tailored to the application
Application-specific MCC (ASMCC) solutions enhance the performance of particular applications by utilising mobile cloud computing. With several functionalities operating on the cloud, these applications perform better and demand more processing resources. Email clients and apps that stream videos, for instance, function better on ASMCC.
Why is cloud computing on mobile devices safe?
It is safer to save data in the cloud than on the hard drive of your computer.
The following justifies the safety of mobile cloud computing:
- Servers are usually found in warehouses that are inaccessible to the general public.
- Because they are encrypted, files kept on cloud servers are hard for hackers to access.
- Security protections are often updated by cloud service providers.
- Potential security flaws are sought out and identified by artificial algorithms.
- Firewalls that are based on hardware or software stop suspicious traffic.
- There are numerous servers where the files are backed up.