Backups play a critical role in any data protection strategy. If you are counting on your backups for disaster recovery and business continuity, unexpected backup failure can prove to be disastrous for your business. Especially when backups are scheduled automatically, you run the risk of falling victim to media failure, software issues, cyberattacks or even a simple human error. A study estimated that three-fifths of backups are incomplete and nearly half of all data restoration efforts result in failure.
Fortunately, backup failure can be avoided to a great extent through consistent monitoring and frequent testing. This, in turn, will ensure proper restoration of your data when disaster strikes. To ensure full restoration of your data, you need to have a comprehensive plan for monitoring and testing your backups. In this article, we’ll explore the step-by-step process involved in monitoring your backups, testing them and ensuring full restoration during an unexpected disaster.
Backup Status Monitoring
Most businesses that rely on data for their everyday operations have a consistent schedule to back up their generated data. Depending on the importance of the data stored, this schedule may vary from once every few hours to once a week or even longer in some cases. However, if your backup fails at some point, you might lose your data till the point of its last successful backup. By identifying these weaknesses early, you can mitigate your overall losses and fix the issues.
This is why backup status monitoring is important. Failing to monitor your backups might result in a snowball effect that could continue unabated until it gets detected.
How to prevent this
You need to make backup monitoring part of your backup strategy. Although monitoring is an essential activity, most businesses cannot afford to perform it on an everyday basis. The frequency of monitoring can be based on your recoverability objectives. For instance, if you are dealing with critical data that is essential to your business, you could set up monitoring every week. This will help you identify any problems instantly and allow you to fix them without affecting your backup goals.
Backup monitoring for remote workers
When employees work remotely, implementing a backup system for all their devices can be a bit challenging. However, this does not mean that you have to compromise on the safety of your data. You need the cloud to be a part of your backup strategy. More specifically, a 3-2-1 strategy is recommended where you have at least three copies of your data – two on different platforms and one at an offsite location (cloud). With a centralized remote monitoring and management tool, you can get full visibility into your backup tasks and remotely monitor and validate them.
Spot Checking for Accuracy and Quality
This is a relatively simple approach used in backup testing. Once you have backed up everything in your environment, you can go to the backup drive or cloud to ensure that the files or folders are available there. If you are unable to access any of the files, you might have a problem with your backups. In such cases, you need to check your backup configuration and drives to make sure everything is functioning properly. You should perform these backups in multiple areas to ensure everything is running smoothly.
Full Restore Testing
This is more advanced than spot-checking and it tests your ability to recover from complete data loss after a disaster. To perform this, you need to first prioritize critical files that are essential to your immediate recovery and test them successfully.
Prioritizing files and folders for testing
When prioritizing data for testing, you need to begin with data, applications or systems that have a low Recovery Time Objective (RTO), which refers to the maximum allowable time or duration within which a business process must be restored.
Determine the testing approach
There are various aspects to consider when testing your backups. For instance, you can create individual scenarios of virtual machines and test their ability to recover a system. You could also consider a disaster recovery approach in testing that focuses on simulating the entire environment and performing various scenario-based recovery tests.
Here, the ultimate goal of testing is to verify the integrity of the backups you have created. You need to choose a testing approach that is suitable for your business and better reflects your IT environment.
Frequency of testing
How often should you test the integrity of your backups? That’s another big question you need to ask once you have decided to proceed with the testing process. For this, you need to consider various factors like workload, applications, systems, etc., in your environment and come up with a testing schedule that works for you.
In addition, you need to consider your Recovery Point Objective (RPO), which is the maximum duration your business can survive after a disaster. Always make sure that the frequency of testing is well within your RPO if you wish to conform to the parameters of business continuity. For instance, if your RPO is 24 hours, you need to test your backups at least once a day to ensure a good copy of data is available to recover from a loss.
The last thing you want during a disaster recovery process is to find out that your backups have been failing for a long time. By monitoring and testing your backups regularly, you can overcome this issue and rely on your backups at the time of need.
Most importantly, you need to invest in the right backup solution that ensures full recoverability of your valuable data. Reach out to us today and let us help you find an enterprise-class and robust SaaS backup solution that is tailor-made for your business.