Cloud computing has emerged as the best means to provide enterprise applications and the favored alternative for businesses looking to expand their infrastructure or launch new technologies.
Cloud computing is an inference of computation, storage, and network infrastructure that serves as a platform for rapid application and system deployment and scaling. Self-service is essential in cloud computing: users may just complete an online form and get started.
The vast majority of cloud customers get public cloud computing services over the internet, which are hosted in massive, remote data centers run by cloud providers.
SaaS (software as a service) is the most common example of cloud computing, delivering prebuilt programs to customers’ browsers for a fee per seat or per usage, as seen in prominent apps like Salesforce, Google Docs, and Microsoft Teams.
Next in line is IaaS (infrastructure as a service), which provides massive, virtualized computing, storage, and network infrastructure on which users can construct their applications, frequently using providers’ API-accessible services.
When people casually mention “the cloud,” they usually mean one of the major IaaS providers, such as AWS (Amazon Web Services), Google Cloud, or Azure. All three have grown into massive ecosystems of services that extend far beyond infrastructure: developer tools, serverless computing, machine learning services and APIs, data warehouses, and dozens of other services.
Agility is a fundamental benefit of both SaaS and IaaS. Customers get new capabilities practically instantaneously without having to invest in hardware or software, and they may scale the cloud resources they use up or down as needed.
Cloud Computing Services Example
To give you an idea of how important cloud storage and computers are in our daily lives, here are eight real-world examples:
1. Examples include Dropbox, Gmail, and Facebook
The number of cloud storage providers online appears to be increasing daily. Each competes for the quantity of storage they can offer to clients.
Dropbox is currently the obvious leader in simplified cloud storage, allowing users to access files from any device via its app or website and offering up to 1 terabyte of free storage.
In contrast, Google’s email service provider, Gmail, offers limitless cloud storage. Gmail has transformed the way we send emails and is primarily responsible for the rising use of email worldwide.
Facebook is a hybrid of the two, as it can store a limitless amount of information, photographs, and videos on your profile. They can then be accessed quickly across numerous devices. Facebook goes a step further with the Messenger app, which enables profiles to communicate information.
2. Examples of marketing cloud platforms
Ex: Maropost for Marketing, Hubspot, and Adobe Marketing Cloud.
A marketing cloud is an end-to-end digital marketing platform that allows clients to maintain contacts and target leads. The Maropost Marketing Cloud blends user-friendly marketing automation with lead hyper-targeting. At the same time, it ensures that emails reach in the inbox with enhanced email deliverability features.
In general, marketing clouds address the requirement for personalization. This is critical in a market that requires messaging. That is why conveying that your brand is there to help will make all the difference in closing.
3. Examples of Cloud Computing for Education
Examples: SlideRocket, Ratatype, Amazon Web Services.
Students are already using new technology; therefore, education is progressively integrating it. To update classrooms, educators have implemented e-learning tools such as SlideRocket.
SlideRocket is a platform that allows students to create and submit presentations. Students can also present them via web conferencing, all from the cloud.
Ratatype is another tool that teachers use to help pupils learn to type faster and track their progress through online typing examinations.
For school administration, Amazon’s AWS Cloud for K12 and Primary Education has a virtual desktop infrastructure (VDI) solution. The cloud enables teachers and students to access teaching and learning software across many devices.
4. Examples of Cloud Computing for Healthcare
Examples of cloud computing include ClearDATA, Dell’s Secure Healthcare Cloud, and IBM Cloud. This technology allows nurses, physicians, and administrators to easily communicate information from any location.
It also saves money by allowing massive data files to be exchanged immediately, providing maximum convenience. This is a significant increase in efficiency.
Finally, cloud technology guarantees that patients receive the best possible care with minimal delay. The patient’s condition can also be updated in seconds using remote conferencing.
However, many modern hospitals have yet to incorporate cloud computing, but they are expected to do so shortly.
5. Examples of Cloud Computing in Government
Uses include IT consolidation, shared services, and citizen services.
The United States government and military were early users of cloud computing. The United States Federal Cloud Computing Strategy, implemented during the Obama administration, aimed to expedite cloud adoption across all departments.
According to the strategy, “focus will shift from the technology itself to the core competencies and mission of the agency.”
The United States government’s cloud uses social, mobile, and analytics technology. However, they must follow stringent compliance and security protocols (FIPS, FISMA, and FedRAMP). This is to protect against both domestic and international cyber threats.
Cloud computing is the solution for any organization that is struggling to keep organized, enhance ROI, or expand its email lists. MaroPost provides the digital marketing solutions you need to transform your organization.
What is cloud computing with example?
Cloud computing is a method of providing ubiquitous, easy, on-demand network access to a shared pool of configurable computing resources (such as storage, networks, servers, applications, and services).
In other words, rather than managing files and services on a local device, you will do so over the internet in a cost-effective manner.
This makes IT resources and applications available to consumers on demand, eliminating the need to construct and maintain the infrastructure that supports them.
Here are the top ten cloud computing providers around the world:
- Amazon Web Services (AWS): is a cloud computing platform that provides scalable, elastic, and cost-effective computing resources. It offers a variety of services, including storage, computing, networking, and databases. AWS is a pay-as-you-go service, which means you only pay for the resources you utilize. AWS is the most popular cloud provider, and it provides access to a wide range of advanced features, including machine learning and blockchain applications.
- Microsoft Azure: is a cloud platform that offers a range of services, including computation, storage, networking, and analytics. Azure also provides administration and security tools, as well as an extensive ecosystem of partners and third-party services.
- Google Cloud Platform: This is a suite of tools and services that enable developers to build, manage, and deploy applications on Google’s infrastructure. The platform provides several services, including computation, storage, and networking, that may be used to create and operate applications.
- IBM Cloud: This is a cloud computing platform from IBM. It provides a variety of cloud services, such as processing, storage, networking, and analytics. IBM Cloud is built on open standards and provides a versatile, scalable, and secure platform for running your applications on the cloud. IBM Cloud also provides advanced artificial intelligence services based on IBM Watson.
- Oracle Cloud: This is a cloud computing service provided by Oracle Corporation. It offers a variety of cloud services, such as computation, storage, networking, databases, and analytics. Oracle Cloud’s offering is more basic than the preceding options, and it comes in a range of subscription plans, each with its own set of features and prices.
- Alibaba Cloud: This is a cloud computing service provider that offers a variety of cloud goods such as data storage, databases, and analytics. Alibaba Cloud is part of Alibaba Group, one of the world’s leading e-commerce companies.
- Salesforce Cloud: This is a cloud-based CRM platform that enables organizations to manage their client connections. It includes capabilities like sales automation, contact management, lead management, and opportunity management.
- Rackspace: This is a cloud computing platform that offers on-demand virtual servers, storage, and networking. It is designed to be simple to use and scalable, allowing you to start small and expand as business needs change.
- Fujitsu Cloud: This is a cloud computing service that allows users to rent virtual machines and storage from Fujitsu. The service has a pay-as-you-go pricing approach, and users can choose between various instance kinds and sizes. Fujitsu Cloud also provides a managed service option that includes 24-hour support.
- Joyent Cloud: A cloud computing platform that makes high-performance computer resources available on demand. It provides several services, including storage, networking, and a wide range of applications. Joyent Cloud is an excellent alternative for enterprises that require flexibility and scalability in their computing resources.
Advantages of Cloud Computing
1. Scalability
Scalability is one of the most significant advantages of cloud computing. Maintaining a business, organization, or other entity can be difficult, even under ideal circumstances, especially during the stressors of downturn, expansion, epidemic, war, work assembly, and store network disruptions.
Cloud computing allows you to scale at your own pace. Organizations are wise to plan their major advancements three to five years ahead of time, yet the world can be unpredictable. Whether you need to grow quickly or decisively during times of turmoil, cloud computing is a corporate resource that you pay for only when you need it.
2. Security
According to some reports, tiny private enterprises are far more vulnerable to cyberattacks than huge organizations. Many business owners will undoubtedly be surprised by this. The reasons are obvious, but only 33% of firms with four or fewer representatives see hacking as a threat.
In 2021, 52,974 cases of cybercrime were reported in India, compared to 50,035 in 2020. Migrating a firm to the cloud entails implementing industry-standard information data protection and assurance, firewalls, and automated all-day, everyday network monitoring. Few organizations can afford to keep that level of IT expertise and infrastructure in-house.
3. Compatible with modern technology
Cloud computing is more than just an internet-based data storage service. Organizations throughout the world are now using cutting-edge technologies to complete their tasks and manage their businesses online using the cloud.
Artificial intelligence and machine learning, data analytics, data visualization, containerization, and other technologies are all available on cloud platforms. The public cloud market is expected to surpass $500 billion by 2023. The ability to develop sophisticated AI applications and machine learning models without purchasing physical servers is a big motivator.
4. Cheaper
The cloud computing concept is founded on the ‘pay-as-you-go’ principle, making it a potentially less expensive method for enterprises to stay organized and online. Although the costs of hard drives, solid-state drives, servers, and other basic items have recently decreased, cloud computing remains the most cost-effective option.
It is still more cost-effective to pay a monthly membership fee for cloud computing access than to purchase and then maintain an in-house data processing or warehousing system. When an organization has a reliable cloud computing partner, it eliminates the need to look at, search for, and purchase physical infrastructure.
5. Mobility
One of the primary benefits of cloud computing is mobility. Employees can compute big jobs from anywhere. Work-life balance and working from home are on everyone’s minds these days, and information and workflow via the cloud present themselves as a sound investment.
Characteristics of Cloud Computing
Discover the eight main properties of cloud computing that explain why it’s the preferred platform for developing and deploying modern apps.
1. On-demand self-service
AWS, Microsoft Azure, Google Cloud, and other public cloud systems provide resources to consumers at the click of a button or an API call. With data centers all across the world, these providers have massive quantities of computing and storage assets at their disposal. This is a significant shift for IT teams used to an on-premises procurement procedure that can take months to complete.
Self-service provisioning, a feature of cloud computing, is closely related to on-demand computing capabilities. Rather than waiting for new servers to be shipped to a private data center, developers may choose the resources and tools they require—typically through a cloud provider’s self-service portal—and begin building immediately. An administrator creates policies that limit what IT and development teams can run, but employees can build, test, and deploy apps as they see fit.
2. Scalability and Rapid Elasticity
Resource sharing allows cloud providers and customers to scale by adding and removing computation, storage, networking, and other assets as needed. This allows enterprise IT professionals to optimize cloud-based workloads while avoiding end-user bottlenecks.
Clouds can expand vertically or horizontally, and service providers offer automation solutions to assist users with dynamic scaling.
Traditional on-premises architectures do not scale as easily. Typically, businesses must purchase servers and other infrastructure assets to prepare for peak capacity. During periods of low activity, these excess resources remain dormant.
While scalability typically refers to longer-term cloud infrastructure plans, quick elasticity is a short-term attribute.
When demand suddenly increases, correctly configured cloud apps and services immediately add resources to handle the strain. When demand declines, services return to their former resource levels.
3. Pay-per- use price
This cloud computing feature transfers IT investment from Capex to Opex because providers offer per-second invoicing. This strategy provides economies of scale by significantly lowering costs and increasing efficiency.
Though this is often viewed positively, IT teams must exercise caution because their resource requirements are unlikely to remain steady. VMs should be appropriately sized, turned off when not in use, or scaled down as necessary.
Otherwise, organizations waste money and can end up with sticker shock when the monthly bill arrives. This price mechanism was once the sole option to pay for cloud services.
However, suppliers have since introduced several pricing plans that offer lower expenses in exchange for longer-term commitments. Customers pay just for what they use, making this concept cost-effective.
Key cloud advantages include the ability to manage automation, prices, performance, compliance, and security.
4. Measured Service
Measuring cloud service utilization benefits both the cloud provider and the clients. Both the provider and the customer monitor and report on the use of resources and services such as virtual machines, storage, processing, and bandwidth.
This data is used to compute the customer’s cloud resource consumption, which is then fed into the pay-per-use model.
Meanwhile, the cloud provider can better understand how consumers use its resources, perhaps improving the infrastructure and cloud computing services offered.
5. Resiliency and Availability
Cloud providers use a variety of approaches to prevent downtime, including reducing regional dependencies to reduce single points of failure. Users can also expand their workloads across availability zones, which are composed of redundant networks that connect various data centers nearby. Some higher-level services automatically transfer workloads between availability zones.
Of course, these systems are not perfect. Outages happen, and businesses must have backup plans in place. For some, this means expanding workloads across isolated areas or even separate platforms, which may be costly and complex.
6. Security
While many companies were initially hesitant to migrate workloads due to security concerns, those concerns have mostly evaporated, thanks in part to the benefits of cloud computing’s aforementioned qualities.
Cloud vendors employ some of the world’s greatest security specialists and are typically better prepared to tackle threats than most in-house IT teams. Some of the world’s largest financial institutions describe the cloud as a security asset.
However, this does not absolve users of their responsibilities. Public cloud providers use the shared responsibility paradigm. They are responsible for the platform’s security, but users are in charge of their apps that sit on top. Failure to adequately understand the distinctions has resulted in high-profile breaches of critical corporate data in the past.
7. Broad network access
The ubiquitous nature of the cloud contributes significantly to its utility. Data can be posted and retrieved from any place with an internet connection. Users can work from wherever they are. The cloud is an appealing alternative for most businesses that use a variety of operating systems, platforms, and devices.
To maintain broad network access, cloud providers monitor and ensure a variety of measures that represent how customers access cloud resources and data, such as latency, access time, and data throughput. These are incorporated into quality-of-service specifications and service-level agreements.
Conclusion
Many firms are still contemplating whether or not to move their on-premises workloads to the cloud. For most enterprises, the promise of trouble-free, cloud-based information systems remains unattainable.
Although cloud technology is widely used, today’s deployments generally consist of new applications in private clouds maintained by in-house IT personnel. The great majority of enterprise apps and infrastructure are still on-premises, although this is changing rapidly.
However, IT directors are typically hesitant to give over essential applications to cloud service providers—partly because they don’t see a clear migration route for entrenched legacy assets, but also because they are unsure whether public cloud services are ready to meet business requirements.
They are correct to be skeptical: Most public cloud products have insufficient deployment options, poor compatibility between on-premises and cloud systems, and a lack of enterprise-class management capabilities.