How Cloud Abstracts The Back End And The Cloud Benefits

The advancement and evolution of technology over the years have led the world to embrace and familiarize itself with the cloud computing concept. And, there are plenty of reasons why this is so. The cloud architecture has allowed businesses to leverage plenty of benefits offered by cloud computing.  (1)

These benefits include scalability, sharing, storage, flexibility, and accessibility of business applications and workload. It also offers the promise of faster recoveries from disasters with cloud backup storage. To know how cloud abstracts the back end and cloud benefits, you need to understand cloud architecture.  

This article looks at the back-end and cloud-based architecture and how they promote the delivery of cloud services. 

Cloud computing architecture refers to the set of components designed as applications, databases, and software, among others, that enable and maximize cloud computing functions. It consists of the back end, front-end, and cloud-based service delivery components that communicate over the internet or a network.  

The front end has three main components: software, user interface, and a network or client system. The back-end typically monitors and supports the programs running the application on the front end. As for cloud-based services, it’s part of the provider’s offering through software, platform, and infrastructure.  (2)

As previously stated, the back-end architecture supports front-end processes. It needs to be robust since it carries the entire cloud infrastructure. The back-end architecture consists of storage and hardware components located in a remote server, and it’s managed by a cloud service provider. 

Here’s a deeper look at the components of the back-end architecture: 

• Storage: Data in cloud applications stays in cloud storage. Although different cloud providers offer different data storage, they all offer dedicated storage space.  

• Security: The structures of cloud computing security are developed with the debugging process as a priority. This is done so the debugging process doesn’t become a problem down the road. Constant backup in cloud computing is an essential part of ensuring cloud security. Afterward, you can use other security elements like virtual firewalls.  

• Applications: This is the most prominent part of the back-end architecture that the end-user interacts with to send commands. It’s the cloud aspect that meets your needs and demands. 

• Service: The service function manages the tasks operating on the cloud architecture. It’s the essential aspect that provides utility to the entire back-end architecture. The service also plays a role in the cloud runtime. 

• Cloud Runtime: This is where the cloud services run. It’s the cloud operating system that allows the utilization of virtualization-related cloud tech. Virtualization is what enables multiple runtimes on one server.  

• Management: This function is responsible for the distribution of resources to particular tasks. It ensures the smooth running of the entire cloud architecture, which means that it’s devoid of errors. It’s the joint that creates harmony between the front and back-end platforms in the cloud computing structure.  

• Infrastructure: This is where all the cloud software systems are directed and controlled. Your workload will determine the cloud infrastructure models. The infrastructure includes the motherboards, Central Processing Unit (CPU), Graphics Processing Unit (GPU), network cards, etc.
• Internet: This is the platform on which the front and back-end platforms communicate and interact.

These are operations that cloud services providers offer through platforms, software, and infrastructure. This is how cloud service delivery models, Platform as a Service (PaaS), Software as a service (SaaS), and Infrastructure as a Service (IaaS), arise. A combination of all the three services is called Cloud as a Service (CaaS). (3)

• Platform as a Service (PaaS) 

This model is also called the solution stack. This is what enables your organization to create, operate, and manage cloud-based software without requiring on-site infrastructure. Since the service provider gives the platforms, you don’t have to worry about provisioning servers or taking care of backups. 

• Software as a Service (SaaS) 

This is the most popular cloud model of the three. You use SaaS applications whether you’re aware of it or not. Some of the best examples of SaaS include applications like Dropbox, Office 365, and Google Drive. The SaaS delivery model allows end-users access to functional software that runs on the cloud. Typically, you access SaaS through web browsers. 

SaaS is especially valuable if you have remote teams. It provides you with business tools without the need to download or install anything. You also don’t need to upgrade your business hardware.  

• Infrastructure as a Service (IaaS) 

This model offers essential storage, networking, and server resources on an on-demand or pay-as-you-go basis. You can then configure and use these services as you would on-premise hardware. The only difference is that the one responsible for managing and maintaining hardware and computing resources is the cloud services provider.

The cloud computing architecture is built to provide a wide range of benefits to your business. It merges everything and abstracts the back-end and cloud benefits for your business. Take note that the cloud-based delivery models you pick depend on your business needs and goals. It should complement your business goals and bring value to your network. 

1. “Increased Adoption of Cloud Computing to Drive Growth in Cloud Migration Services” https://www.sdcexec.com/software-technology/emerging-technologies/news/21602877/datam-intelligence-analysis-increased-adoption-of-cloud-computing-to-drive-growth-in-cloud-migration-services 
2. “Cloud Computing Architecture: What is Front End and Back End?” https://www.clariontech.com/blog/cloud-computing-architecture-what-is-front-end-and-back-end 
3. “Understand cloud abstraction for your IT needs” https://searchcloudcomputing.techtarget.com/tip/Understand-cloud-abstraction-for-your-IT-needs