Under unixoid systems you can do it with "hdparm". You need to get "root" first, then do the following. This is assuming that the drive you want to low-level format is "/dev/sda" and that you have "hdparm" installed.
hdparm -I /dev/sda
The parameter is a capital "i", not a lowercase "l", just in case the font is ambiguous. If the drive shows "frozen" you must first "un-freeze" it. What you need to do to "un-freeze" it depends on the device. Most devices will "un-freeze" if you put the system to "suspend to RAM" mode, then wake it up again. If the device shows "not frozen", you can proceed.
hdparm --user-master u --security-set-pass llformat /dev/sda
Then show the device info again with the capital "i" as parameter.
hdparm -I /dev/sda
It should now display "enabled" under "Security:". This is quite a critical step. The device is now secured. If you power it down, it will lock and might become inaccessible. When you perform the low-level format NOW, security will be disabled again and you can continue using the device.
hdparm --user-master u --security-erase llformat /dev/sda
The device should now be physically wiped.
hdparm -I /dev/sda
Once more with the capital "i". Confirm that security has returned to "not enabled". You can now partition and format the device.
Best Answer
A DoD wipe with DBAN would be unnecessary ...
SSD Security: Erase Solid State Drives Data
While it is still not common sense to securely erase data on hard drives (read: Securely Erase Files) before computers or hard drives are sold or given away the matter becomes even more complicated where SSD – Solid State Drives – are concerned. The positive aspect of Solid State Drives is that data cannot be recovered if it is overwritten on the drive which means that only one pass would be needed to erase the data on the SSD. The bad news however is that not the operating system but the controller is specifying where the data is written on the SSD.
This in effect means that all methods of overwriting free space are not sufficient for erasing the data securely on those drives. This also means as well that it is not possible to erase specific files securely on the SSD. Users who want to delete data securely on SSDs have therefor the following options at hand:
Encryption is surely the best method of ensuring that the data on a SSD is secure as it cannot be accessed without decryption. Formatting the drive on the other hand is only reasonable if no data on that drive is needed anymore. It would otherwise require extensive backup and restoration procedures. Filling the drive with data might work as well as it would overwrite anything on the drive as well.
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