After studying Cloud Computing Architecture here, we come up with the Features of Cloud Computing. The characteristics of cloud computing state its importance in the market.
So, let's start exploring the Features of Cloud Computing.
Introduction to Cloud Computing
Cloud Computing is getting more and more popular day by day. This is the gradual growth of the companies that need a place to store their data. Therefore, companies compete to provide large space to store data and the various features and quality service. It has been found that Cloud Computing is a model for enabling ubiquitous, convenient, on-demand network access the computing resources. There are many services and features of cloud computing.
Features of Cloud Computing
The following are the characteristics of Cloud Computing:
It means that the Cloud provider pulled the computing resources to provide multiple customers with a multi-tenant model. There are different physical and virtual resources assigned and reassigned, which depends on the customer's demand. The customer generally has no control or Information over the location of the provided resources but can specify location at a higher level of abstraction
It is one of the essential and valuable Cloud Computing features as the user can continuously monitor the server uptime, capabilities, and allotted network storage. With this feature, the user can also watch the computing capabilities.
The servers are easily maintained, and the downtime is very low, and even in some cases, there is no downtime. Cloud Computing comes up with an update every time by gradually making it better. The updates are more compatible with the devices and perform faster than older ones and fixed bugs.
Large Network Access
The user can access the Cloud data or upload the data to the Cloud from anywhere, just with a device and an internet connection. These capabilities are available all over the network and accessed with the help of the internet.
The capabilities of the Cloud can be modified as per the use and can be extended a lot. It analyzes the storage usage and allows the user to buy extra Cloud storage if needed for a minimal amount.
Cloud computing automatically analyzes the data needed and supports a metering capability at some level of services. We can monitor, control, and report the usage. It will provide transparency for the host as well as the customer.
It is a one-time investment as the company (host) has to buy the storage, and a small part of it can be provided to the many companies which save the host from monthly or yearly costs. Only the amount spent is on essential maintenance and a few more expenses that are significantly less.
Cloud Security is one of the best features of cloud computing. It creates a snapshot of the data stored not to get lost even if one of the servers gets damaged. The data is stored within the storage devices, which cannot be hacked and utilized by any other person. The storage service is quick and reliable.
Pay as you go
In cloud computing, the user has to pay only for the service or the space they have utilized. There is no hidden or extra charge which is to be paid. The service is economical, and most of the time, some space is allotted for free.
Cloud Computing resources used to monitor, and the company uses them for recording. This resource utilization is analyzed by supporting charge-per-use capabilities. This means that the resource usages, which can be either virtual server instances that are running in the Cloud, are getting monitored, measured and reported by the service provider. The model pay as you go is variable based on the actual consumption of the manufacturing organization.
IT is the company that maintains the servers, defends the crashing of the server and takes care of it. The company also buys the software and the licenses for the operation of their business. All these things maintain by the monthly fee which they are expecting from the firms they are serving. They are so much focused on providing quality service as if they fail to do so, they will be behind in the competition. This web-based platform can only access through the internet.
Cloud Computing has numerous amounts of benefits which are helping both hosts as well as the customer. A host consists of various services too, which benefit the customers. There are myriads of security feature, which is a positive point. Along with it, the access time is very low, and one can easily upload and download data quickly. The company nowadays is in great need of a data storage facility, and the Big Data companies provide them very quickly.
Cloud Computing Technology – Virtualization, SOA, Grid, Utility Computing
Cloud Computing Technology (CCT) is emerging and benefiting a lot of organizations. Cloud Computing is available in a remote area and can provide benefits over the system or the internet. Today, we will study 4 types of Cloud Computing Technologies: Virtualization, Service Oriented Architecture (SOA), Grid Computing, and Utility Computing.
There are many applications, which can simultaneously work in cloud computing and only depends on web computing. Here, virtual shared services are in software infrastructure.
What is Cloud Computing Technology (CCT)?
Cloud computing technology is expanding very quickly and is a purposeful concept. It can be used for private cloud implementation, either on-premises or in the data centre of the client's choice. The cloud company supports extensive strategic business and technology expertise, which processes the business for effective and efficient use of innovative Cloud Computing Technology.
The cloud service companies provide high-quality services, which can help to accomplish the tasks. There is a continuous improvement in cloud services, and the prices are low. There are numerous amounts of benefits, which cloud providers to the customers provide. In cloud computing, the clients don't claim the physical framework, which the third-party provider uses
Types of Cloud Computing Technologies
There are four kinds of Cloud computing technology:
Virtualization in Cloud Computing is nothing but creating virtual resources such as the desktop operating system and physical storage into virtual form. Virtualizations can also manage the workload by transforming traditional computing to make it more scalable. We can apply it to a wide range of system layers, including hardware-level virtualizations, server virtualizations, storage virtualization and operating system-level virtualization. One of the effective uses of virtualization is to provide the application with a standard version of the cloud clients.
Types of Virtualizations in Cloud Computing
- Hardware virtualization
Hardware virtualization is the extraction of computing resources from the software. The hardware virtualization installs the hypervisor, giving rise to an abstraction layer between the software and the hardware. The software relies on virtual representations of the computing components when the hypervisor will place.
These components are virtual processes rather than physical ones.
- Operating system virtualization
Operating System virtualizations are just software that allows a system's hardware to run multiple operating systems concurrently. This further provides the benefit to run various applications requiring a different operating system on a single computer.
- Server virtualization
Server virtualization is nothing but masking server resources with the number and identity of the individual physical servers. In server virtualization, a single server is divided, which can work into multiple isolated virtual environments.
- Storage Virtualization
Storage virtualization is the division of physical storage from multiple storage devices, which finally appears as a single storage device. We can use storage virtualization to integrate other resources and data centres into one logical view.
Storage virtualization is an old technique, which is used to resolve many challenges in scaling and managing a large amount of storage. Moreover, virtualization improves scalability, tendency, performance, and economics.
- Service-Oriented Architecture (SOA)
Service-Oriented Architecture (SOA) is a group of services, which can transfer data within each other. This data transfer can be either simple data processing or some activities. Service-Oriented Architecture does not depend on other services.
The Service-Oriented Architecture is also known as application structure, which divides the business application into particular business procedures and functions. The service-oriented architecture places the commitment and expenses of deployment. It also energizes incorporated appropriation and fragmentation reuse. Due to this, we can reduce the cost of programming advancements and conveyance.
- Connections and architecture of Service-Oriented Architecture
The figure shows the service customer sends the message to the service provider. After this, the service provider returns the request to the service consumer. This communication is understandable by both the customer and the provider. Here, the service provider can also be a service consumer.
- Grid Computing
Don't confuse Grid computing with Cloud Computing. Grid Computing is a distributed computing resource to accomplish a common goal. It is connected by parallel nodes that form a computer cluster and runs on an operating system. It is a distributed system with non-interactive workloads, including a large number of files.
The cluster can be either a small work station or an extensive network. Its common uses are ATM banking, backend infrastructure, and scientific marketing research. We can make grid computing with the help of the application, which can use for computation problem. Those are connected in a parallel networking environment.
It combines computers, which gathers Information and forms a single application, which is computation-intensive.
- Utility Computing
Utility computing is a service provisioning model. This service provisioning modelling provides computing resources and infrastructure management to the customer as per their demand. The customers are charged for them as you go basis without any upfront cost. The utility model maximizes the efficient use of resources while minimizing the associated cost.
Utility computing has the advantage that there will be a low initial cost to acquire computer resources. The customer can access an infinite amount of computing solution with the help of the internet or a virtual private network. A provider can perform the backend infrastructure and computing resources management.
So, this was all about Cloud Computing Technology. I hope you liked our explanation.
Summary of Cloud Computing Technology
Hence, cloud computing has many benefits, such as getting an extension number of users without buying to get permission from any of these applications. So overall, there are many efficient technologies of Cloud Computing that are benefitting daily.
Mobile Cloud Computing – 4 Unbelievable Benefits of MCC
Mobile Cloud Computing Tutorial
Today, we will talk about my favourite topic, Mobile Cloud Computing (MCC). Here, we will learn the architecture of MCC along with its advantages. Moreover, we will discuss why we choose mobile cloud computing and to execute applications.
So, are you ready for the Mobile cloud computing tutorial?
What is Mobile Cloud Computing (MCC)?
Cloud Computing is a technology in which companies can provide cloud storage to companies in need. The customers who are using cloud storage can access the data remotely.
Mobile Cloud Computing is a technology in which you can access your Cloud remotely with a mobile phone. An Internet connection and a mobile phone both are necessary. In Mobile Cloud Computing, the customer can access the data anytime and from anywhere very quickly. It offers many business opportunities for the mobile network operator along with cloud providers. Mobile Cloud Computing's goal is to allow the access of Cloud from the mobile phone by providing an excellent experience to the customers and promoting it. MCC is economical, and it saves time too. It is economical because the platforms are based on pay as you go principle.
The Architecture of Mobile Cloud Computing
Mobile Cloud Computing works on a computational augmentation approach executed remotely rather than running on the device. With the help of computational augmentation, the mobile device can use varied cloud-based resources' computational resources. Mobile Cloud Computing consists of four types of cloud-based resources: distant in mobile Cloud, proximate mobile computing, relative in mobile computing entities, and hybrid Cloud. Big companies such as Amazon are in the distance in nomadic groups, whereas small-scale organizations are members of proximate immobile computing entities.
Why Choose MCC?
These are the following reason, which clears our doubt, why we choose Mobile Cloud Computing.
Cloud companies are developing mobile applications which are helping customers daily. These applications come up with upgrades that continuously improve the performance of the applications. As companies are enhancing their applications regularly, this leads to the fact that there is rapid development in mobile Cloud Computing.
The applications built are of greater reach and flexible. There are a variety of development approaches and devices supported by mobile Cloud Computing. In MCC, the customer can select the services they require for their business, making it more flexible.
Mobile Cloud Computing is reliable and setbacks up all the data in the Cloud and keeps it secure. That backed up can retrieve anytime in a safe manner. These applications protect by a password so that if the mobile is lost or stolen, the Cloud does not face any risk. From one phone to another, the process is straightforward, and no data is lost.
To leverage, mobile Cloud Computing clients surrender a certain amount of control in the operating system to promise fewer configuration issues. It is one of the best ways to leverage the Cloud.
Tasks such as video indexing and speech recognition offshore to the Cloud living less intensive tasks are executed on the phone itself.
In web Analytics the company gathers Information and analyses it for product enhancement and application upgrades. The company continuously puts efforts to make their products better, make their mobile application to capture store, and render Information about the user's interface.
A clone of mobile software creates, which further enhance to support high-level application which was not previously possible because of its computational capacity.
Advantages of Mobile Cloud Computing
Advantages of Mobile Cloud Computing
Mobile Cloud Computing is flexible as it allows accessing data from anywhere and at any time. The customer only requires an Internet connection and a device with which they can access cloud data.
Multiple Platform Availability
Mobile Cloud Computing eliminates the cost of hardware, and it is one of the most cost-efficient methods to use and maintain. Mobile Cloud computing has a significantly less upfront cost in the customer has to pay only for what they have used.
Backup and recovery
The data stored with a mobile Cloud application can back up quickly and retrieve when in need. Cloud disaster recovery is a plan which consists of storing and maintaining copies of data at several places while keeping the security measures at their peak.
Execution of Mobile Applications
There is a need for several factors to execute the mobile application: the availability of the local resource, user requirement, service level agreement, and faster network availability. This execution depends highly on the context.
Remote storage is a part of mobile Cloud Computing in which the data can store and retrieve with the help of a mobile phone. The storage in mobile phone Will gets thoroughly utilized if the datastore on the mobile phone. With the use of removed storage, the data can upload to the Cloud in the storage of the mobile can utilize for another purpose. The data store in the Cloud remotely ensures that the desired information is in the right place and can retrieve anytime, assuming the availability of reliable connectivity. Cloud storage is not only virtually expand, but also data safety enhance.
Mobile Cloud Application
Mobile Cloud applications try to reduce the resource requirement and consumption of an application while keeping its quality at the peak. The application requires significantly less space and provides maximum availability. The mobile applications come up with new updates which continuously offer better services to the customers. The company's primary aim is to enable maximum flexibility and deliver a rich User experience to end-user.
Mobile Cloud is integrating a lot, and it is helping many companies. Generating high and hardware is expensive, and the mobile Cloud eliminates the cost of it. With mobile Cloud's help, the efforts save and the work is done in the time limit cloud computing stretch to reduce the maintenance cost and enhance data safety and privacy. In mobile Cloud, reducing resource consumption achieve by programming architecture and supporting Cloud and mashup. This leads to the fact that the future generation of mobile application is highly dependent on the Cloud.