This is the same that was used to encrypt the file(s) in the first place.
Of course, backing up our files would be useless if we can’t restore them when we need them. To distinguish one from another, a timestamp is added at the end of the path ( 20180317152702) as you can see in the above image.
Note that you can store multiple versions of the same file(s) as indicated earlier. This time it succeeds: CloudBerry Backup Report Amazon S3 Transfer Acceleration OptionĪfter we have corrected the above issue, let’s run the backup again. We can either enable it following the instructions provided in Amazon S3 Transfer Acceleration page or remove this feature from our plan’s current configuration. In the following image we can see that S3 Transfer Acceleration is not enabled in the tecmint bucket. If any errors happen, you will get a notification at the registered email address prompting you to correct what’s wrong. You can either do that or wait until the next scheduled backup to happen. Finally, let’s specify the backup frequency or method that best suits our needs: Specify Backup FrequencyĪt the end of the plan creation, CloudBerry lets you run it. You can either use the backup retention policy defined for the whole product, or create one specifically for the current plan. Now specify a plan name: Add Amazon S3 Backup Plan NameĪnd indicate the location you want to backup: Select Backup Locationĭo you want to exclude certain types of files? That’s not a problem: Exclude Files for BackupĮncryption and compression to increase data transfer speeds and security? You bet: Enable Compression and Encryption on Backup Next, to create a backup plan, choose the Backup menu and the cloud storage we created earlier: Select Amazon S3 Backup Hint: You can now go to the Backup tab to indicate how many versions of files you want to keep, and whether you want to follow soft links or not, among other settings. When you’re done, look under Backup Storage to find the newly created backup solution: Amazon S3 Backup Storage These should be available from your Amazon S3 account, as is the Bucket where you will be storing your data. You will also need to choose a descriptive Display Name, and enter your Access and Secret keys. To begin, click the Settings menu and choose Amazon S3 & Glacier from the list. Integrating CloudBerry and Amazon S3 is a walk in the park: That’s all – now let’s configure CloudBerry to use Amazon S3 as our cloud storage solution.
To activate the trial license, open a terminal and run the following commands (note the pair of single quotes around CloudBerry Backup in the first one):.Double click on the file, and choose Install.
Download the free trial from the CloudBerry Linux Backup Solution page.The installation process can be summarized as follows:
The instructions provided in CloudBerry Backup for Linux: Review and Installation should apply with minimal (if any) modifications on other desktop distributions such as Ubuntu, Fedora, or Debian.
In this article we will install and configure CloudBerry on a CentOS 7 desktop system.
Installing and Activating CloudBerry License Let’s take a few minutes to discover how you can harness the power of these solutions to backup your files in the cloud. This gives you the experience, support, and functionality of 2 heavy weights in one place. What can be more perfect than that? CloudBerry, the #1 cross-platform cloud backup software, can be seamlessly integrated with Amazon S3. In other words, S3 gets you covered no matter what. On top of this, data is stored redundantly in multiple, physically-separate data centers with independent power substations. With its robust security, compliance capabilities, management and native analytics tools, Amazon S3 stands out in the cloud storage industry. Amazon Simple Storage Service ( S3) allows modern businesses to store their data, collect it from a wide variety of sources, and easily analyze it from anywhere.