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Scalability: "Increasing" the capacity to meet the "increasing" workload.

Elasticity: "Increasing or reducing" the capacity to meet the "increasing or reducing" workload.

FYi <-> wasnt me

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Elasticity is the ability to grow or shrink infrastructure resources dynamically as needed to adapt to workload changes in an autonomic manner, maximizing the use of resources.

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is the degree in which a system can adapt to workload changes by provisioning or de-provisioning resources automatically

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Scalability includes the ability to increase workload size within existing infrastructure (hardware, software, etc.) without impacting performance.

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Scalability: In a scaling environment, the available resources may exceed to meet the "future demands".

Elasticity: In the elastic environment, the available resources match the "current demands" as closely as possible.

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is the ability of a computer application or product to continue to function as the application or product changes in size or volume in order to meet user need.

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Scalability = accomodate larger loads by 'scaling up' current systems or adding additional nodes (scale out). (long term needs)

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Scalability = accomodate larger loads by 'scaling up' current systems or adding additional nodes (scale out). (long term needs)

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Elasticity = cope with load dynamically by increasing resource when load increases, and removing resource when load decreases. (Short term needs)

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Scalability: In a scalable environment the resources increase to meet future demand.Elasticity: How well the system can adapt to workload in real time. In an elastic environment the resources scale to meet the demand

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Scalability: In a scalable environment the resources increase to meet future demand.Elasticity: How well the system can adapt to workload in real time. In an elastic environment the resources scale to meet the demand

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Scalability - To meet future demand without loss of function

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Scalability - To meet future demand without loss of function

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Elasticity - To meet Current demand without loss of function

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Add/remove resources to meet application demands if needed (scaling up – Vertical scaling. Scaling out – Horizontal scaling).
Use scalability where workload and capacity is predictable and planning and performance is stable.

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-Adapts to both workload increase and workload decrease

Scalability
-Adapts only to workload increase

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Elasticity - Able to increase and decrease resources to fit demand. Allows you to save when the work load isn't at peak

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Elasticity - Able to increase and decrease resources to fit demand. Allows you to save when the work load isn't at peak

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Is the ability to fit the resources needed to cope with loads dynamically  usually in relation to scale out. So that when the load increases, you scale by adding more resources and when demand decreases you shink back by removing unneeded resources. Elasticity is mostly important in Cloud enviroments where you pay per use and don't want to pay for resources you don't currently need.

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Elasticity is more automatic process.

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Planning for future demands.

Elasticity:
Catering for current demands.