As you know almost all drivers are a part of the kernel itself. There isn't a way to "export" them in the way that you're thinking -- at least not that I'm aware. If you installed a package that included a 3rd party hardware driver, perhaps you can just download the rpm or deb file from its repo to back it up. Some kernel modules (or groups of kernel modules) are the drivers for some hardware, and you could potentially backup those files to load later. I haven't had hardware that has required special kernel modules that would create that situation.

To be honest, if that system crashes, reinstalling your Linux distribution will be your method of getting drivers for your hardware :).

@WLS-ITGuy How Was the Migration process?

Here is something i found:

Ensure LUKS Drive is Configured
If the drive isn’t encrypted yet, you can encrypt it with LUKS:

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sudo cryptsetup luksFormat /dev/sdX
Replace /dev/sdX with the appropriate drive/partition. Be cautious—this step will erase all data on the drive.

Add the Drive to /etc/crypttab
Edit the /etc/crypttab file to configure the system to unlock the drive at boot.

Open the file:

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sudo nano /etc/crypttab
Add an entry for the encrypted drive:

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cryptname /dev/sdX none luks
cryptname: A name for the decrypted device (used later in /etc/fstab).
/dev/sdX: Path to the encrypted device.
none: Use none for a passphrase prompt at boot or specify a path to a key file.
luks: Indicates LUKS encryption.
Example:

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cryptdrive /dev/sdb1 none luks
3. Add the Decrypted Device to /etc/fstab
To automatically mount the decrypted drive after unlocking:

Edit /etc/fstab:

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sudo nano /etc/fstab
Add an entry for the decrypted drive:

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/dev/mapper/cryptname /mnt/mountpoint ext4 defaults 0 2
Replace:

/dev/mapper/cryptname with the mapped device from /etc/crypttab.
/mnt/mountpoint with your desired mount point.
ext4 with your file system type.
4. Generate an Initramfs
If the root file system or a critical drive is encrypted, you’ll need to update the initramfs to include decryption tools.

Update the initramfs:

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sudo update-initramfs -u
Verify that the cryptsetup package is installed in your initramfs configuration.

Test Boot Behavior
Reboot the system and observe the decryption process:

If you specified none in /etc/crypttab, you should be prompted for a passphrase at boot.
If a key file was used, the drive should decrypt automatically.
6. Using a Key File for Automatic Decryption
To avoid entering a passphrase at boot, use a key file:

Generate a key file:

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sudo dd if=/dev/urandom of=/root/luks-keyfile bs=4096 count=1
Set permissions:

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sudo chmod 600 /root/luks-keyfile
Add the key file to the LUKS header:

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sudo cryptsetup luksAddKey /dev/sdX /root/luks-keyfile
Update /etc/crypttab:

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cryptname /dev/sdX /root/luks-keyfile luks
Update the initramfs:

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sudo update-initramfs -u
Reboot to test automatic decryption.

Troubleshooting
Device not found during boot: Ensure the correct device path is used in /etc/crypttab.
Passphrase prompt not appearing: Verify cryptsetup is installed and included in initramfs.
Boot hangs or fails: Boot into a live session, comment out entries in /etc/fstab or /etc/crypttab, and investigate.

You can also try whois.sc