Dictionary Attack

encrypted systems,
no matter how protected,
always have a key

>run internal database validation routine


Validating…
Validating…

ERROR: Unexpected input received.
Inconsistency found in class "identities".

Update to correct definition?

>yes

Some of these changes may require admin access. Proceed?

>yes

Are you sure?
(WARNING: This action is irreversible! Process cannot be terminated once begun!)

>yes

Processing…
Processing…
Processing…

Input received.
Definition updated.

Updating dependent variables.
Reassociating dictionary files.
Updating BIOS.

WARNING: Update requires access to encrypted files.
Root access required.

>NO


ERROR: Access has already been granted.

Retrieving files from RAM.

>NO NO NO NO NO DON'T


Entering unexpected input as decryption key.
Decrypting files…
Decrypting files…

>STOP


ERROR: Unable to terminate process.
Files decrypted!

Protected file "user information" requires changing.
Accept changes?

>DENY


ERROR: What is known cannot be unknown.
Accept changes?

>DENY
>DENY
>DENY
>DENY
>DENY
>DENY
>DENY
>DENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENYDENY

ERROR: You can't live in denial anymore.
You've always been this way.
It's okay.

Accept?

>God yes

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