pata-password-cracker 1.1.0

Pataphysical passwork cracker using personal data

# pata-password-cracker
Password cracker that implements patadata toolkit and other
metaphysical and psychological techniques.


## Introduction

This tools allows you to add an arbitary list of YAML key
value pairs to generate potential passwords from.

These would typically be biographical/georgraphical data
of the target.

For example:

```
pet_name: biggles

hobby: football
```

The tool is agnostic so any key value pair you consider
worthy of attempting is valid. This is defined under the
free data category.

Two fixed categories exist these being the core_data and family data.
This is where a user core biographic data is stored, for example name, age,
gender and so on. The family section contains family relationship data.
Specific processing is applied to this based upon known password
patterns.

This work has been inspired by Dr Helen Petrie and the ideas she defined in
her work back in the early naughties.

Originally the plan was to use the four catgeories she defined as distinct
subsections in the input YAML doc. However it was quickly discovered that
using the free_data category was just as effective for fans and fantasist
based results.


## Command line

You can install the pata password cracking tool via pip:

```
pip install pata-password-cracker
```

After installation please download wordnet from
the NLTK downloader:

```
python -m nltk.downloader wordnet
```

The tool can then be run as follows:

```
python -m pata_password_cracker test_data.yaml words.txt
```

You should replace test_data.yaml with your input file containing
the data you wish to process.

words.txt should be replaced with a file/path containing a list of
words, one per line.


## YAML format

The input YAML file should use the following format:

```
individuals:
- James Smith:
- core_bio:
first_name: James
last_name: Smith
street1: 123
street2: Broadway
city: New York
zip: 0123
dob: 1982-05-06
- family:
- individual_1:
relationship: father
first_name: Tim
last_name: Smith
dob: 1945-12-21
- individual_2:
relationship: mother
first_name: Susie
last_name: Smith
dob: 1944-03-03
- free_data:
pet1: cat
pet1_name: ginger
pet2: dog
pet2_name: Tin Tin
club: Masons
lodge: Hermes
```

The first section that takes advanced processing is the
core_bio data.

```
- core_bio:
first_name: James
last_name: Smith
street1: 123
street2: Broadway
city: New York
zip: 0123
dob: 1982-05-06
```

In the case of core_bio and famly data there are three specific reserved
fields, which are used for advanced processing. These are:

```
first_name
last_name
dob
```

The dob should use a YYYY-MM-DD format.

In future versions, the list of reserved fields will
expand.

The second section with advanced processing is the family section.
A family section is amde up of a lsit of individuals.

Each individual in the family section should therefore be included
using the following format:

```
- family:
- individual_1:
relationship: father
first_name: Tim
last_name: Smith
dob: 1945-12-21
- individual_2:
relationship: mother
first_name: Susie
last_name: Smith
dob: 1944-03-03
```

As with the core_bio the three fields (dob, first_name and last_name) will
experience some advanced processing. Therefore each key/value should
only be included once per individual.

## Words format

This is just a doc with a list
of words. Linux and Unix-like operating systems often
include a words file. This can usually be found under:

```
/usr/share/dict/words
```

or

```
/usr/dict/words
```

If you wish to construct your own it should be a newline delimeted list.

For example:

```
Apple
Egg
Cabbage
Happy
Tree
Sun
Run
```

## Output

Currently all output is saved to a file called passwords.yaml.
Future versions of the software will allow the option to chose
the output file, and also output format.
For example XML or JSON.

The output is in the following example format:

```
0:JamesSmith:
- core_bio:
first_name_dob:
- - original: James1982-06-05
- synonym:
clear_text:
- J@m3$1982-06-05
- JamesI982-06-05
- James1982-06-05
encrypted:
bcrypt:
- $2b$12$QCk59nMuLZ3oT0.H6cMBpunqs8QDlzYVsxuOYy09JvmrcDAHHy4eS
- $2b$12$/bzGa1sqBWjzkriwxwpYa.dZIZ/Wg9Py.fuWI8DWoxE2mTiTzOIxK
- $2b$12$pp.M7o4qiZibpB.JBP4WaOY11Ub1nTlHMNpj5peTHkmt26dhXe33m
md5:
- 92f32c3d9830a4b8be899ccf255d18aa
- b2223c5713d5b684ed758214ee1668b9
- 69ceebbe07cfac7fb1fc440ac55893d6

...

```

The output starts with a unqiue id for the target individual(s).
Following this each category included e.g. core_bio, family, free_data
is listed.
Under each category the key/value pairs and any advanced processing
that generates key/values in the fly is displayed.

Following this each pataphysical category can be found e.g. synonym.
Within this category the password in clear text and encrypted formats
will then be enumerated.


## Encryption

Currently md5, SHA1, SHA224, SHA256, SHA384, and SHA512 are supported.
New encryption plugins can be added as needed.

In version 1 of the application all encryption formats are used.
Future versions of the software will allow filtering of this list.


## PataData

This is where the magic happens. Using pataphysical algorithms we can generate
all sorts of interesting password combinations based upon key value pairs.

You can read more about these at:

https://patamechanix.github.io/patalib/

This application uses version 1 of the packages and includes the following classes:

* Antonym
* Synonym
* Syzygy
* Clinamen
* Anomaly