No Data Corruption & Data Integrity
What exactly does the 'No Data Corruption & Data Integrity' motto mean to every web hosting account user?
Data corruption is the damage of data caused by various hardware or software problems. After a file gets damaged, it will no longer work accurately, so an app will not start or will give errors, a text file can be partially or entirely unreadable, an archive will be impossible to open and then unpack, etc. Silent data corruption is the process of info getting harmed without any identification by the system or an administrator, which makes it a significant problem for hosting servers as fails are more likely to occur on larger in size hard drives where substantial volumes of information are located. When a drive is part of a RAID and the info on it is duplicated on other drives for redundancy, it is more than likely that the damaged file will be treated as a healthy one and it will be duplicated on all drives, making the damage permanent. A huge number of the file systems that operate on web servers today often cannot locate corrupted files immediately or they need time-consuming system checks through which the server isn't working.
No Data Corruption & Data Integrity in Cloud Web Hosting
If you host your websites in a cloud web hosting account from our firm, you won't need to worry about any of your data ever getting damaged. We can ensure that since our cloud hosting platform works with the cutting-edge ZFS file system. The latter is the only file system which works with checksums, or unique digital fingerprints, for each and every file. Any kind of info that you upload will be saved in a RAID i.e. simultaneously on multiple SSD drives. A lot of file systems synchronize the files between the separate drives using this kind of a setup, but there is no real guarantee that a file won't get corrupted. This could occur throughout the writing process on each drive and after that a corrupted copy may be copied on the other drives. What is different on our platform is that ZFS examines the checksums of all files on all of the drives immediately and if a corrupted file is found, it is replaced with a good copy with the correct checksum from another drive. In this way, your data will stay intact no matter what, even if an entire drive fails.