Multiple organizations are producing Big data. The Big data organizations have to adjust their backup and disaster recovery infrastructure to be scalable right from the get-go in order to undergo hassle-free scalability in the future.
Organizations using integrated storage with immovable components have to face a lot of complications. When the requirement changes and it is time to scale up what can the organization do? Cloud disaster recovery solutions is the necessity of every business whether small or enterprise level, It Ensures Smooth business Continuity and your data is protected from Disasters such as Ransomware attacks.
The answer is in having a disaggregated storage and backup infrastructure.
Here’s how to achieve hassle-free scalability for backup infrastructure.
Table of Contents
Disaggregated Infrastructure for backup and disaster recovery
A disaggregated infrastructure is very scalable each component can be changed as per requirement.
Let’s take a look at the storage requirements first:
Let’s assume the organization needs more memory for compute and a suitable scaling up on Higher tier storage components. The organization also requires more fault tolerance. Lastly, the enterprise is using SAS and wants to scale up. The components that need to be taken into consideration are:
- Flash memory SSDs
- RAID for fault tolerance
- Serial Attached SCSI
These are the components that might need to be added or removed. A Disaggregated infrastructure can with all these components would best for the organization.
Stonefly provides a disaggregated infrastructure that you can compose in a way that can be scaled up or down with a number of options.
Whether you are using all flash or wish to use NAS/SAN hyperconverged infrastructure it becomes easier to acquire and deploy a storage and backup solution for the company.
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Totally disaggregated infrastructure for backup and disaster recovery
Another available option for hassle-free scalability is the totally disaggregated storage infrastructure.
In this infrastructure you can separate memory, compute, network and storage components. Then compose the infrastructure according to the future requirements. Since, the components are totally disaggregated scaling down is also quite hassle-free.
The storage arrays are connected with intelligent storage controllers that communicate with the operating systems and hypervisors. This provides easy scalability, flexibility and redundancy.
This modular approach towards backup and disaster recovery makes business continuity seamless, organizations can acquire storage nodes and add to their enterprise NAS storage infrastructure.
Software defined storage with a disaggregated storage cluster
Totally disaggregated and disaggregated infrastructure with a storage manager that has automated tiering option optimizes data storage and makes data highly available to the users. The data is can be stored in the storage cluster with erasure coding algorithms that reduces the risk of losing critical data. Microsoft cloud backup can be used for data backups.
Conclusion
Acquiring integrated solutions is good for the enterprises that would not require a lot of changing in the coming years. The disaggregated infrastructure comes with composability and the ability to add or remove components for scalability.
Disaggregated storage infrastructure makes scalability hassle-free. The components that often need to be changed are components related to memory, compute, network and storage. A totally disaggregated infrastructure deals with components separately so that the individual components can be modified.
