A cloud environment offers several benefits and features to businesses adopting it. Accessibility, centralized infrastructure, and cost are a few of the minor benefits. Enterprises can undoubtedly benefit from all of these advantages. Of course, these characteristics also appear in other technologies. However, cloud computing has one unique advantage, which is cloud elasticity.

Currently, cloud computing is being used in academia and the industrial world. In addition to its elastic nature, its popularity is mainly due to its ease of use. Dynamic resource allocation tools adjust workloads based on the customer’s demands.  A virtual machine allows a cloud provider to run multiple operating systems on a single server.

Virtual machines consist of abstract platforms that have both software and hardware components. Virtualization technologies continuously evolve. Cloud elasticity is used as a benchmark for improving cloud computing performance. Projects, workflows, and processes are elastically allocated cloud resources. The cloud vendor provides numerous resources for an enterprise to run something. Besides promoting cost efficiency, it also facilitates resource optimization. This article outlines the basic principles of cloud elasticity and its benefits.

What is Cloud Elasticity?

Cloud elasticity provides resources without disrupting system performance. A cloud computing system usually automates this process. An elastic cloud service lets you add extra capacity as needed and release it when it is not needed.

In many cases, elasticity needs to be implemented quickly. For example, server overloads and outages would result from delaying expansion. Delaying shrinking will result in idle servers, which wastes your cloud budget.

A cloud provider creates elastic environments by allocating resources according to dynamic workloads. A rapid elasticity process occurs when it happens quickly or in real-time. Elasticity AWS and Google Cloud offer rapid Elasticity through their public clouds. Thus, cloud providers can allocate resources more quickly according to customer demand.

What Is The Importance Of Cloud Elasticity?

Cloud elasticity eliminates resource constraints, enabling almost completely autonomous operation. The monitoring tools help businesses expand their storage or memory when needed. Businesses can reduce their computing capacity when the demand for these resources decreases.

Organizations can optimize costs by avoiding overpaying for computing resources they don’t use. Therefore, companies can redirect these savings to other areas of their operations. Further, cloud elasticity allows businesses to adapt quickly to changing market conditions. With the right application and infrastructure, businesses can better meet their needs easily.  A positive customer experience and company revenue are also enhanced by avoiding disruptions.

What Is The Purpose Of Cloud Elasticity?

Cloud elasticity prevents overprovisioning or underprovisioning of system resources. An over-provisioning scenario occurs when you purchase more capacity than you need. Conversely, having fewer resources than you use is called under-provisioning. 

Over-provisioning results in cloud spend waste. In addition, overworking available servers caused by underprovisioning can lead to server outages. Businesses lose revenue and suffer customer dissatisfaction as a result of server outages. An elasticity-based scaling approach offers a middle ground. A database backup and website traffic spikes are ideal cases for elasticity. A combination of cloud scalability and elasticity can also smooth out service delivery. A single server can handle dynamic workload surges by adding virtual machines.

Elasticity Versus Scalability

An elastic cloud allocates resources based on actual requirements at any given time.  A scalable infrastructure accommodates varying demands. It can dynamically add and remove resources based on the demands of an application. As a result, existing instances are usually scaled up or scaled vertically- or replicating existing instances- scaling out or horizontal scaling. A scalable solution can also be more focused on sizing than on Elasticity.

Many environments with ever-changing infrastructure requirements use cloud elasticity. Companies that predictably manage their workloads can make better decisions. Cloud cost savings by predicting constant workloads and growth.

Cloud Elasticity

As workloads change, elastic infrastructure resources can maximize resource utilization. AWS defines Elasticity as “The ability to acquire and release resources as needed.” Azure states that elastic resources can increase or decrease resources without planning ahead. Elastic services are not suitable for everyone. The cost savings offered by elastic services may not be helpful in environments with no sudden or cyclical changes in demand. “Elastic Services” generally implies that all infrastructure resources are elastic.

Cloud elasticity is the ability to add or remove resources when needed dynamically. Elasticity is generally associated with pay-per-use or pay-as-you-grow services in the public cloud. It means that the IT department pays for only what it consumes at any time. Cloud elasticity could include dynamic deployment of virtual machines or shutdown of inactive virtual machines in virtualized environments.

The retail industry has increased seasonal activity, which could easily require cloud elasticity. There may be an increase in demand during the holiday season due to spikes in black Friday sales during this time of year. Instead of investing in additional permanent hardware to handle a few months of high load, consider a flexible solution. Pay-as-you-grow infrastructure is used only when the volume increases before shrinking for the remainder of the year. Additional sales activities can also be conducted throughout the year in a sudden and unanticipated manner without affecting performance or availability. Having unlimited headroom can give IT managers peace of mind when needed. Retail companies can also save much money by packaging their services well.

Cloud Scalability

Scalability means being able to increase workload size without compromising performance. It typically requires preplanned resources with a certain headroom to accommodate peak loads. There are two types of scalability: vertical and horizontal. In this way, applications are scalable up and down without affecting their performance. IT managers may know they don’t need specific resources after some time. It will statically scale down the infrastructure to support a new smaller environment. Based on the worst-case workload scenario, planned events increase or decrease services and resources.

For example, a small business supports a database application on its server. Databases and database applications will become more resource-intensive as the business grows. The IT manager can purchase provisioned infrastructure. Thus, the database application will run at maximum capacity and speed. A pay-as-you-grow solution that scales up performance without compromising SLAs.

Virtual desktop infrastructure (VDI) is another use case. Based on the employee population, an estimated number of desktops should be available. For maximum user support and to meet SLAs, users must be able to log in at once to ensure maximum support. As a result, there is enough power to handle the heaviest expected load.

Difference Between Elasticity And Scalability In The Cloud

Nowadays, scalable and elastic cloud computing services are available to customers. Cloud computing encompasses both terms, but they are different things. Rapid Elasticity in cloud computing is the ability of the system to adjust its resource allocation in real-time. Scalability refers to the ability of a cloud to cope with increased workloads based on its existing infrastructure without disrupting its service in the long run.

In business environments with predictable infrastructure operations, cloud scalability is typically used. As a result of the variable workload, the latter operates pre-planned while the former acts instantly. Cloud scalability is achieved through the use of virtual machines or virtualization. A cloud computing system can be made more efficient by combining both the features of the cloud. However, a business’s ability to rely on either feature varies depending on its type and customer nature.


It’s the perfect time to build Elasticity into your IT infrastructure. With more businesses realizing its benefits, elastic computing is becoming more popular. During peak periods, dynamic resource management and resource provisioning are essential to maintaining flexibility and availability. Cloud computing has become a standard practice in many companies. Alternatively, they can move all their operations to the cloud. As a result of elastic computing, organizations can work with large amounts of data. The enterprise can deploy AI applications on an affordable and scalable basis.

Its cost-effectiveness, consistent performance, and round-the-clock availability make it perfect. Elasticity will provide companies with an overall digital refresh of data when leveraged. With elastic computing’s continuous growth, any organization can use it. Cloud computing is truly democratized by elastic computing, which offers unlimited storage.