elastic computing is defined as the ability of a cloud service provider to swiftly scale the usage of resources such as storage, infrastructure, memory, etc., up and down to meet workload requirements dynamically.
Elastic computing is defined as the ability of a cloud service provider to quickly adjust the usage of resources such as storage, infrastructure, memory, and more to meet the demands of dynamic workloads.
Elastic computing is a part of cloud computing that dynamically manages cloud servers.
More and more enterprises are recognizing the benefits of elastic computing and are rapidly shifting to reduce infrastructure costs and overcome the challenges of manually managing resources. But before we get to the concept of elasticity, let's first understand what cloud computing is.
As a prerequisite for elastic computing, cloud computing is a system widely used by IT organizations around the world today. Cloud computing enables small and large organizations to move data to cloud storage and use various services such as servers, software data platforms, storage spaces, and more over the internet.
Cloud service providers can scale capacity up and down at any time, giving businesses incredible flexibility to quickly adjust resources without disrupting their business processes.
Elastic computing is more efficient than ordinary IT infrastructure. The ability of the system to stay running in the face of unexpected fluctuations and spikes in user demand, and to maintain its ability to operate and respond, is a testament to the power of elastic computing. Elastic Compute's automated system optimizes allocated resources and provides uninterrupted access without failure, latency, or service interruption. Even during peak usage periods, it doesn't impact capacity planning and engineering.
Elastic computing can reduce overall IT costs, reduce dependence on human capital, and minimize infrastructure costs. Elastic computing ensures that businesses don't pay for idle resources or invest in unnecessary extra resources. It balances the load by efficiently deploying the resources that are actually needed. As a result, there is neither over-provisioning (allocating additional resources) nor under-provisioning (allocating fewer resources). Overprovisioning can lead to higher spending for service providers. On the other hand, under-provisioning can lead to an unpleasant service experience for customers.
It's also important to note that elastic cloud services notify businesses when they need more resources, and also allow them to free up resources when they no longer need additional capacity. It's like an elastic band that you can stretch as long as you want and release it when you need to. This sensitivity makes elastic computing enough to be called intelligent and exceptional.