One Windows Tool to Automate Database Backups Across Multiple Servers

If you manage multiple servers, you can use each database system’s built-in backup capabilities or configure scheduled backup jobs separately on each server. These options can work, but managing multiple backup jobs across multiple servers becomes harder. If you want to manage recurring backups from one Windows application, Prapl SQL Backup Tool can centralize the process.

So, if you’re looking for a Windows tool to automate database backups across multiple servers, this article is for you. Here, you will learn a step-by-step process, common mistakes that companies make with database backups, and how to fix them.

Automate Database Backups Across Multiple Servers Using Manual Method

Practically, there is no one fixed manual solution to create database backups across multiple servers.

Every server has different built-in functions that facilitate backups.

So, you might need to perform different backup jobs across multiple servers. This might vary from server to server.

For instance, SQL Server has its own native database backup functionality to schedule SQL Server database backup; PowerShell has its own pg_dump utilities; so do other servers.

But the real challenge comes when you have multiple server engines.

And if you’re dealing with multiple servers, managing and scheduling the backup job separately across each server not only gets confusing but also becomes a tedious job.

Because backing up isn’t the difficult part. But keeping every backup job working consistently without any failed attempts is. Moreover, repeated configuration, different schedules for each server, different storage paths, monitoring multiple backup jobs, and different retention periods also affect the workflow.

One Windows Tool to Automate Database Backups Across Multiple Servers

To keep yourself safe from performing the recurring jobs, you must go for the centralized alternative. One of the Windows tools is Prapl SQL Backup Software. It lets users easily manage the entire backup job in a single interface. So, there is no need to run different scripts or software just to back up databases across multiple servers. Your data is safe because your database data does not pass through this tool’s servers or get stored in its servers.

Features of the Tool:

1. Connect Your Database Servers: This tool lets you add 10+ different servers you want to manage from one interface.
2. Select Databases: It has a built-in feature to choose either a single or multiple databases on each server to be backed up.
3. Choose the Backup Destination: Additionally, with this tool, one can configure where the backup files should go. It allows you to save database backups to a local machine, external hard drive, Amazon S3 bucket, and other cloud environments.
4. Configure the Backup Schedule: It is easy to set recurring backup schedules such as hourly, daily, weekly, monthly, or customize accordingly.
5. Configure Retention: This utility allows you to set how backup copies should be retained so older files don’t accumulate indefinitely.
6. Enable Encryption and Compression: Moreover, it supports AES-256-GCM encryption for protecting the backup file and compression to minimize the file size in case of a large database. In short, it gives you complete control over how you want to store the backup file.
7. Monitor Backup Jobs: You can simply check the backup history and status and get email notifications if any backup fails.

Steps to Use the Tool for Managing Multiple Servers

Download and run this Windows tool application on PC, and select the server or multiple servers as needed.

Connect your database for a particular server, add credentials.

Then, choose the destination path for saving the backup file wherever required.

Now, schedule backup frequency to run the backup job consistently. Configure all the settings, and hit the Save and Run Now button to initiate the backup job in the single interface.

Check the Results After the Backup Job

You don’t want the procedure to stop with “the backup ran,” I’m sure. The primary task doesn’t stop here; the most important thing is to verify the outcome. To verify the result, follow the following steps:

1. Open the configured destination.
2. Look for the backup file you just created.
3. Check the file name, date, and time.
4. Then, confirm that the file size looks reasonable.
5. Check the software’s backup history or status for any failed jobs.
6. Then, for the selected databases, perform a test restore.

Remember a successful backup job isn’t the same as a tested recovery process. Because a backup job won’t help much if the data won’t be recovered at the time of some unfortunate event.

Major Common Problems & Fixes While Managing Different Servers

1. Backup doesn’t run: There are chances when the backup stops in between. It usually happens because of either a scheduling or configuration issue.

Fix: Check the backup job and schedule

2. Backup file isn’t created: Sometimes, you start the backup job, but the file could not be created because the destination path you choose is unavailable.

Fix: To fix this, make sure you have the correct storage path and permissions to store the backup file.

3. Remote storage fails: If the credentials are wrong when connecting to the database or if there is a connection issue. There might be chances that storing the file on remote servers fails.

Fix: Therefore, it is better to verify storage credentials and connectivity before initiating the backup process.

4. Backup takes too long: As business grows, so do the databases. But sometimes, backing up the large databases takes longer than usual. And maintaining those large files even gets messy.

Fix: To manage large backup files, consider compression and schedule backups to run at regular intervals.

5. Old backups keep accumulating: When the databases grow, backing up each database becomes a recurring task. As a result, old backups keep accumulating because of the improper retention configuration.

Fix: Thus, to fix this, you must review retention settings properly so that older backups get removed after a period.

6. Backup succeeds but restore fails: Managing different servers at a time might get tricky, but forgetting to test the recovery process once the backup job is done will get you in trouble.

Fix: Thus, always perform a restore data test.

7. One server works, but another doesn’t: managing different servers means managing different permissions and configurations, which sometimes results in confusion and servers not working.

Fix: Check the affected server’s connection and access before initiating the process.

Conclusion

Maintaining a separate backup strategy for each server is not necessary to manage different database backups across multiple servers. On the other hand, dedicated backup software can make centralized scheduling, storage, retention, monitoring, and recovery easier to manage as the system expands; native database backup methods can be helpful for smaller environments.

Prapl SQL backup software is a solution that supports your database engines and various databases, in addition to providing other useful features if you want a single Windows tool to automate database backups across multiple servers. Try the software’s full functionality today by downloading it for free.