HiddenCrypt - Deniable Encryption to stop UK police

Stop the Organized Criminal Class.
Down with Law Enforcement.
Write Code, smash the State.

The 'war on terror' has been a great excuse for statist
micro-authoritarian forces in society. The UK, in particular has led
this charge towards tyranny.

The Regulation of Investigatory Powers Act 2000 (RIPA) is an
increasingly used set of regulations used to intimidate activists into
handing over information that can be used by state authorities to
blackmail people using the wide dragnet that is state law, such as the
Terrorism Acts 2000 and 2003.

These are not theoretical attacks that could be used at some future
date. They are being used often to intimidate environmental activists,
hackers and Kurdish anarchists. There is no presumption of innocence-
you are guilty. Not possessing access to encryption keys is not a defence.

HiddenCrypt allows you to bypass RIPA. It creates hidden volumes that
forensic analysis cannot see. You only need a passphrase, and the
software will find the volume and decrypt it. Forensics cannot see the
number of hidden volumes that you have.

Enough is enough. No pasaran! No to destruction of liberty.

YES TO ECONOMIC DISOBEDIENCE
NO TO CORPORATE STATE SLAVERY
YES TO STATE DESTRUCTION
NO TO GLOBALIST SUBJUGATION

Requirements:

$ sudo apt install cryptsetup python3

Create a new hidden volume:

$ sudo ./hc.py new

Open a new hidden volume:

$ sudo ./hc.py open
$ ls /mnt/

Close an opened volume:

$ sudo ./hc.py close

Technical shit:

Volumes are stored in a single contiguous file (slab) at various
offsets. The offsets are password encrypted and stored in a hashmap
array. When you want to decrypt a store, the password is scrypt hashed,
indexed inside the hashmap, and then the row is decrypted to give the
offset of the volume. Then using the password, the software decrypts the
volume.

Currently the software uses LUKS containers but a better system would
leave no container headers so the slab just looks like continuous random
data making forensics harder.