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Understanding independent scaling of technology resources This is because separation of storage and computing resources has enabled data and analytics leaders to overcome many of the scalability and flexibility problems intrinsic to distributed cloud architectures. The flexibility of distributed storage approaches, decoupled from application processing, has presented data and analytics leaders with opportunities for cloud service arbitrage with a single or multiple cloud service providers (CSP or CSPs).

independent-scaling-of-technology-resources

Independent scaling means separation of storage and computing resources for data management. This approach has met with early success in cloud environments. Several data and analytics leaders are now thinking of using the cloud. Embracing this approach will help them in devising a successful cloud strategy.

Gartner says that by 2019, separation of storage and computing resources designed for cloud DBMS architectures will be the dominant database platform as a service (dbPaaS) model. In this blog post, we will understand what independent scaling is and discuss its advantages.

Following are the five benefits of using decoupling cloud’s storage and computing resources:

1.    Flexible Pricing Model

Using independent scaling, computing resources can be turned off when they are not needed. Also, less frequently used data can be moved to less expensive storage tiers. This provides you with greater flexibility in terms of pricing model.

2.    Support Multiple Services

Use of the storage tier as a data persistence layer provides support to multiple services. It also provides with multi-node support for operational and analytic workloads through appropriate segmentation of computing resources. These computing resources are attached to common or replicated storage tiers.

3.    Scalability

Independent scaling facilitates scaling of computing resources for operational use cases in response to seasonal or other surges in demand.

4.    Cost Optimization

An organization can achieve cost optimization through appropriate sizing of environments and avoidance of over provisioning for performance reasons.

5.    Replicated Geo-Clusters

Independent scaling provides resilient and replicated geo-clusters (environments spanning geographic regions) that support cloud arbitrage and brokering opportunities for cost optimization, where workloads are run wherever computing capacity is least expensive at a given point in time.

Separation of storage and computing resources or independent scaling has opened up new possibilities in distributed architectures that are well-suited to cloud infrastructure. Data and analytics leaders must expect independent scaling to become pervasive in cloud environments. They must focus on evaluating new data management technologies that can be enabled by this separation. Also, they must refocus their efforts on planning a migration strategy before committing to a CSP. This will let them understand beforehand, the risks and complexities of leaving that provider.

Thus by keeping a correct approach, you can successfully benefit with independent scaling.

 

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