Know the Basics of Cloud Computing Architecture

Sayantani Bhattacharya | December 21, 2021 | 136 views

Cloud Computing Architecture

Cloud computing is one of the advanced technologies shaping the future of every organization and enhancing the world of technology. A robust cloud computing architecture is a platform that provides on-demand virtualized services or resources. Organizations of all sizes, from small to medium and medium to large, leverage cloud computing services for storing and accessing information from anywhere through the internet. Cost control, scalability, agility, security, and intelligent computing are some of the most critical constraints of every cloud infrastructure. IDC forecasted a 10.9% growth rate in the demand for ethernet switches, servers, and enterprise storage solutions in cloud computing by 2022.

Cloud Computing Architecture: A Generic Overview

A cloud computing architecture includes the components and subcomponents that are embedded to build a cloud infrastructure. The resources in the architecture are connected through virtualization or the internet and shared across a network. It enables organizations to reduce or eliminate dependability on their on-premises servers, storage, and networking infrastructure.

A report from Multisoft says 80% of organizations register operation augmentations within the first few months of adopting the cloud.


The Components of Cloud Computing Architecture

The cloud computing architecture consists of three sub-components. These components join hands to create the architecture where you can run the applications and leverage the cloud resources optimally. Let us describe each of them to understand the design of cloud architecture.

 
Front-End Environment

The front-end environment is one of the components of cloud computing. The client-side infrastructure, user interfaces, and applications provide the means to access cloud computing services. For example, web servers, clients, tablets, and mobile devices. Furthermore, it provides a user-friendly graphical user interface (GUI) to the end-users to perform individual tasks.


Back-End Environment

The back-end environment enables the operation and function of the front-end. It does all the computational activities, hosts and manages the resources, provides security, and contains vast storage capacity, virtual applications, virtual machines, hardware, and storage infrastructure. The cloud service provider uses it. It is a robust component because it hosts all the internal computational activities and connects with the front-end through internet services. The prime sub-components of the back-end infrastructure include the following:

Application: An application is the software or platform the client uses as per their requirements. It provides services in the back-end infrastructure as per the client's requirements.

Service: A service component is the type of cloud service model required by the end user, such as SaaS, PaaS, or IaaS. It also analyzes the service model needed for the client.

Cloud Runtime: The runtime in the back-end of cloud infrastructure provides execution time of a task to the virtual machine.

Storage: Storage is another essential sub-component. It provides flexible and scalable storage capacity to store and manage the data at the back-end.

Infrastructure:  A cloud environment consists of software and hardware elements such as data storage, virtualization software, servers, network components etc. It provides services on three levels: host, network, and application.

Management: Management of the back-end components like service, runtime cloud, storage, infrastructure, applications, and other security aspects is vital to generating the desired output at the front-end.

Security: Security is an intrinsic part of back-end infrastructure. It implements different security mechanisms in the back-end to safely keep cloud resources, servers, systems, and files through virtual firewalls to restrict data loss.

Internet: The internet bridges the connection between the front-end and the back-end. It helps to establish an interaction and communication channel between both of them.


How Cloud Computing Architecture Helped Dashen Bank Reduce Labour for Managing their IT Infrastructure?

The banking industry is among the most critical domains that requires secured processing because it deals with finances. Banks are incorporating advanced technologies to serve their customers optimally. Cloud computing ensures robust IT infrastructure management in the banking sector.

Dashen Bank efficiently reduces the workforce effort required to manage their IT infrastructure with a robust cloud computing architecture. The bank’s management analyzed the potential benefit of cloud computing. It establishes enhanced security with required authentication verification and a regulatory framework. 


Conclusion

The cloud computing architecture provides a secure environment where organizations can develop applications and leverage cloud services according to client requirements. This article explains what a cloud computing platform is, the importance of cloud computing in achieving business success, the internal architecture of the cloud, and how it helps reduce the work pressure of employees by implementing robust security.

I don’t need a hard disk in my computer if I can get to the server faster.. carrying around these non-connected computers is byzantine by comparison.” 

 Steve Jobs, Co-founder, CEO, and Chairman, Apple Inc

 
Frequently Asked Questions

 
What Is Cloud Computing?

Cloud computing offers on-demand computing services for system resources (servers), cloud storage, databases, networking, applications, analytics, and intelligence. It aids in the efficient sharing of resources, innovation, and management of computing architecture. Further, it is a metered service that saves costs and can scale up and down according to demand spikes. 

What are The Different Types of Cloud Architecture?

There are four different types of cloud architecture- private clouds, public clouds, hybrid clouds, and multi-clouds. Additionally, the three major cloud service models are Infrastructure-as-a-Service (IaaS), Platforms-as-a-Service (PaaS), and Software-as-a-Service (SaaS).

What are The Characteristics of the Cloud Computing Architecture?

The characteristics of the cloud computing architecture are transparency, scalability, agility, flexibility, and security. As cloud computing services develop both commercially and technologically, companies will leverage their potential benefits optimally.

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ICTbit offers clients a professional and comprehensive solutions in all Information and Communication Technology (ICT) fields. We believe that our clients deserve the best service and the most professional solutions to fit their exact needs. Our expert’s team provides valuable, exceptional, innovative and unique services, which is hard to find in our market today, while aligning the solution with client’s needs and strategic goals to create success.

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The potential of cloud computing is becoming increasingly apparent to various businesses, and it is also growing. AWS, Microsoft Azure, and Google GCP are just a few of the numerous cloud service providers that are accessible globally. In addition, you can choose from a variety of migration strategies to go from local servers to cloud servers. Many businesses are considering shifting to the cloud. What are the indications that you are prepared, and why should you relocate? There's a chance your company is already utilizing an on-premise solution. Since it's been in use for a while, organizations are accustomed to it. But the need for greater flexibility has grown exponentially now that the shift to digital has accelerated in recent years. Threats to On-premise There are various drawbacks to on-premise software. Updates aren't usually frequent, and they’re not always supported. This implies that firms won't always have access to the most recent features and abilities. A custom build is much more time-consuming if you require a feature right away than getting it added to quarterly updates. There's a chance that the program an organization is using will someday be completely phased out. Then the organization is stuck using a solution that won't receive any more updates. In addition, with the hardware getting older, current operating systems might be unable to execute older programs. In the meantime, rivals would have switched to cutting-edge, affordable cloud-based technologies, which allow them to run their businesses and provide a much smoother client experience. Why Choose the Cloud? Moving to the cloud applies to every aspect of your business. Real-time data is provided, allowing for far more precise decision-making. Automating routine manual chores streamlines operations and frees up team members' time for activities they enjoy. It is also perfect for emerging forms of working, like remote and hybrid work, because it can be accessed from anywhere, on any device, at any time.

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MemVerge Announces Memory Machine Cloud Edition and Memory Viewer to Usher in the Era of CXL

MemVerge | August 03, 2022

MemVerge, the pioneers of Big Memory software, today announced general availability of two new software products, Memory Machine Cloud Edition and Memory Viewer. Memory Machine Cloud Edition software uses patented ZeroIO™ memory snapshot technology and cloud service orchestration to transparently checkpoint long-running applications and allow customers to safely use low-cost Spot Instances. Organizations can reduce cloud cost by up to 70%. Over time, Memory Machine Cloud Edition will form the basis of an infrastructure cloud service enabling applications to run across a multi-cloud environment. Memory Viewer software provides system administrators with actionable information about DRAM, their most expensive and under-utilized asset. The average utilization of DRAM in hyperscaler data centers is approximately 40 percent, and the cost of memory is half of the cost of a server. As the world enters the CXL era of peta-scale pooled memory, better visibility into the health, capacity and performance of memory infrastructure will become indispensable. Memory Viewer topology maps and heat maps provide system administrators new insights into their memory infrastructure. The software is free and available now for download. "These two new products help our customers solve their immediate memory challenges, As CXL gets ready for take-off, Memory Machine and Memory Viewer are also the first memory auto-tiering software suite to support CXL. Working with our hardware partners, we have taken the first step towards CXL pooled memory." Charles Fan, CEO and co-founder of MemVerge At Flash Memory Summit MemVerge is hosting a full-day CXL Forum featuring presentations from Intel, AMD, NVIDIA, Samsung, SK Hynix, Micron, Marvell, Meta, Google, and other industry leaders. In booth #1040 the company is showing the progress of collaborations with server, storage, and networking products from Elastics.cloud, GigaIO, Liqid, Montage Technology, SMART Modular, Supermicro, and Xconn Technologies. Included are live demos of solutions consisting of CXL-compatible hardware and MemVerge software. "System vendors and end-users want to see CXL technology in action and they can now see it live," said Christopher Cox, vice-president of technology at Montage Technology. "In the MemVerge booth at Flash Memory Summit, Montage Technology will be providing a live demonstration of a Redis workload accessing a Montage CXL memory expansion card with DDR5 memory composed by MemVerge Memory Machine software." About MemVerge MemVerge is pioneering Big Memory Computing for a multi-cloud world. Major gaps exist in today's cloud infrastructure for data-intensive high-performance applications. MemVerge® Memory Machine™ delivers software-defined, composable memory and intelligent memory service to bridge these gaps. As a software leader in the CXL ecosystem, MemVerge composable memory technology provisions, tiers, disaggregates, and pools heterogeneous memory to scale memory capacity and decrease memory cost. MemVerge ZeroIO™ in-memory snapshot services transparently checkpoint, clone, replicate, and restore running applications anytime, anywhere in a multi-cloud computing environment. Overall, Big Memory Computing technologies shorten time-to-results and are delivering unprecedented in-memory application availability and mobility for leading enterprises, research institutions and cloud service providers. MemVerge aims to democratize data-intensive compute for researchers, scientists, analysts and engineers around the world, and liberate all workloads to move in multi-cloud environments everywhere.

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