Hyperconverged Integrated Systems & Their Advantages in DR

Hyperconverged infrastructure has evolved throughout the years and has become quite popular. The main reason behind this is that hyperconverged integrated systems can transform a business. It can enable the organization’s IT team to lower costs, reduce complexities associated with managing a data center, and achieve operational efficiencies.

It does not stop here. Hyperconverged integrated systems can help improve the process of disaster recovery as well. Let’s have a look at this in a little more detail in this article.

Simplified Disaster Recovery with Hyperconverged Integrated Systems

Hyperconverged integrated systems enable organizations to react efficiently and restore critical infrastructures as soon as possible, anytime a would disaster strike. Hyperconverged integrated systems can focus on restoring mission-critical systems right away to ensure business continuity in the event of a disaster.

Reduced Disaster Recovery Costs with Hyperconverged Integrated Systems

Hyperconverged integrated systems make it less expensive to sustain a secondary site for disaster recovery without having to replicate the entire data center. Hyperconverged integrated systems also help in achieving the lowest Recovery Time Objectives (RTOs) and Recovery Point Objectives (RPOs).

Improved Backup Process with Hyperconverged Integrated Systems

Hyperconverged integrated systems reduce the probability of a failure of a backup process. These systems offer a faster way to failover data in an event of a disaster than any other solution. This basically eliminates the need for third-party data protection and ensures that the organization’s Virtual Machines (VMs) are always available.

Scale-Out Capabilities of Hyperconverged Integrated Systems

Hyperconverged integrated systems can turn separate storage, server, and virtualization assets into a single scale-out architecture. Through the scale-out architecture,

hyperconverged integrated systems can provide valuable capabilities that enable network administrators to easily copy data in a cluster or between sites as well as implement storage at the VM or instance level.

Hyperconverged hardware nodes can be dispersed anywhere to ensure there is no failure of a single rack or the entire data center. As the data gets distributed across multiple nodes, the impact of moving VMs from one location to another location becomes minimal.

Software-Defined Advantage with Hyperconverged Integrated Systems

2 node hyper converged appliance, by nature, are software-defined and provide a centralized control interface that routes traffic automatically in a way that best utilizes resources and accommodates changing workloads.

The software-defined aspect of hyperconverged integrated systems enables hyperconverged hardware applications to move from one VM to another with a minimal performance impact.

Conclusion

Hyperconverged integrated systems are used widely just because of the many benefits these solutions provide in storage and in disaster recovery as well. Hyperconverged integrated systems significantly reduce excessive amounts of downtime and disaster recovery costs while also simplifying the entire process at the same time.