- \n
- Files are deleted or formatted by accident;<\/li>\n
- Disk can’t be opened and reports error “The disk in drive G is not formatted. Do you want to format it now?”;<\/li>\n
- Partition gets lost due to careless and incorrect operations like deletion, system restore;<\/li>\n
- Virus attack.<\/li>\n
- Though most of the times\u00a0data recovery\u00a0technology can help us retrieve lost data, the most effective to avoid data lost is to backup data timely and regularly.<\/li>\n<\/ul>\n
Data recovery\u00a0solutions<\/strong><\/p>\n
A wide variety of reasons can cause data loss, but they can be classified into two types: physical damage and logical damage. Data loss caused by physical damage can’t be solved by common users, because recovering data from physically damaged hardware requires multiples techniques. Sometimes it needs to replace parts of the disk. That work can be conducted by professional\u00a0data recovery\u00a0companies.<\/p>\n
What common computer users can deal with is recovering data from logically damaged storage devices, for most of these problems can be solved by data recovery\u00a0software<\/a>, such as Eassos Recovery.
![\"Data](\"https:\/\/www.eassos.com\/blog\/wp-content\/uploads\/2018\/04\/CF-card-recovery-01.png\")
<\/a><\/p>\nHow does\u00a0data recovery\u00a0software work?<\/strong><\/p>\n
When you delete a file from computer, it is put into Recycle Bin by operating system, so that it can be restored at any time. But do you know where the deleted file is going when the Recycle Bin is emptied orthe file\u00a0is deleted by keys Shift and Delete? To make out this, we need to know the way operating system stores files.<\/p>\n
A file on computer disk is not stored in a series of continuous space, but it is stored in several blocks (clusters) scattered in different places. Vividly, we can compare hard disk to a building with numerous rooms that are numbered by figure. Say a file takes 5 rooms which may be from 501 to 505 or just five random rooms like 501, 217, 988, 331 and 658. These rooms are called data area. So, to manage files, operating system need to know the information about file size and location, i.e. how many rooms and which room it takes. Let’s call the information “system area”. \u00a0Simply, a file consists of data area and system area. When operating system deletes a file, it only modifies the system area instead of the data area. Operating system\u00a0marks\u00a0the data area “free”, in order that new files can be saved there. Therefore, deleted files can be recovered before they are overwritten by new files.<\/p>\n","protected":false},"excerpt":{"rendered":"
We are living in an age of information and technology, and all of our data is stored on storage media like computer,\u00a0external hard disk, USB flash disk, SD card, etc. Convenient as it is, sometimes this way of data storage … Continue reading