There used to be a time when debate raged among organizations about whether to adopt the cloud for data management or not. The choice was between using the cloud data centers and the traditional data centers for data protection and data recovery. However, over the past few years, the data protection, data recovery, and disaster recovery scene has changed so much that the cloud has become an inevitable choice for most organizations of all sizes including small and medium businesses. Therefore, the cloud-related question has also changed. Now, companies argue about the selection of cloud architecture. They have to pick from options such as public cloud, private cloud, multi-cloud and hybrid cloud. Which one is the most suitable choice?
The choice of the cloud architecture depends on the data management and recovery strategies of the company. If you want to choose the most reliable disaster recovery and data recovery architecture, then surely you must use a cloud-based Philadelphia data recovery service. The service assures stable and secure data backup and retrieval no matter what happens on the ground. However, you have to accept the fact that you cannot move all workloads to the cloud, and there will be some amount of traditional systems involved in your data protection plans. Even if there is significant cloud migration happening, most likely there will be 20 percent to 30 percent workload that would remain within the physical data centers on the ground. Here we will discuss how you can take the most pragmatic approach in deciding the cloud services for efficient data recovery.
Consider your requirements first
When discussing the different cloud architectures, you will come across conflicting views. Some people consider hybrid cloud computing to be the right solution for speedy data recovery, whereas there are others who feel that the multi-cloud option is more versatile in ensuring a quick recovery from any disastrous situation when the IT system is under threat. Users may have different opinions and experiences with public cloud and private cloud, and the various statements may add to your confusion. In the end, it all boils down to how thoroughly you can evaluate your requirements of business that drives the choice of cloud solutions. Moreover, you also need to understand what the different cloud models mean.
The offsite services of Public Cloud infrastructure exist on the internet with services provided over the web. The public cloud is a shared resource, but it offers the highest level of efficiency even though there are concerns about security. The security concerns arise from the vulnerability of the system that is often easy to breach. It leads to suspicions about the reliability. Companies using public clouds must address the governance and security issues well to derive the cost benefits of the cloud.
Unlike Public Clouds, Private Clouds build the infrastructure and provide services through a private network. Since you have to invest in maintaining all software and resources related to Private Cloud, these are expensive. Large enterprises usually opt for such services to ensure the highest level of security and data protection.
As the name implies, Hybrid Clouds are a combination of public and private clouds with multiple service providers. If you want to keep every aspect of your business in the most efficient environment in the cloud, just like getting the best of everything, the Hybrid Cloud is the most suitable option. The task is complicated because you have to ensure proper communication between the different aspects of your business stored in different environments, and you also have to deal with multiple security platforms.
Although the name might make it appear to be similar to Hybrid Cloud, Multi-Cloud is somewhat different from it. Using the services of several cloud service providers is what Multi-Cloud stands for. This arrangement works well when you want to entrust each service provider with a set of specialized tasks to use the best of resources available to you.
Matching business needs with technology
One thing you must be clear about is that different cloud architecture offer different kinds of services, and it would be wrong to compare these to find out the best and the worst cloud architecture. Each one is good in its own way. There is no good or bad cloud architecture. The fundamentals of cloud model selection depend on a solid understanding of the models so that you can evaluate every aspect of the service and match it with the business needs. Only when you understand the data, the processes, the governance and security together with operations, costs, and performance that you would be able to identify the cloud architecture that works in harmony with your business process.
Data recovery in the cloud
After going through the process of deciding the cloud architecture, it is now time to use it for your business. Since the cloud is accessible without any interruption, it offers the most reliable platform for ensuring business continuity. You not only migrate the databases and all information from the physical locations to the cloud, but you will also use the cloud for data recovery at lightning speeds. The cloud data recovery system would never let you feel the effects of an outage and other causes of downtime, and the fear of data inaccessibility becomes a thing of the past. Having implemented the cloud data recovery plan, you have already taken the first step in protecting critical and sensitive business data.
You can either create a backup in the cloud while using the data from the physical database or you can entirely move to the cloud by placing all data there only. The choice would depend on the type of data, its importance for the business, and the security level of the cloud architecture that you choose.
Consult the data recovery experts at American Tech Pros by logging on to https://americantechpros.com/ for the right guidance in cloud selection. They would also provide complete assistance in cloud data recovery that would keep your business going by overcoming the impediments that the IT system has to face.