AdaCrypt - Vector Cryptography




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Ciphers as One-Way Function Synthesising

Introduction

Vector Cryptography
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Anatomy of a Vector Cipher (Sourcecode 1)

Anatomy of a Vector Cipher (Sourcecode 2)

Anatomy of a Vector Cipher (Sourcecode 3)

Anatomy of a Vector Cipher (Sourcecode 4)

Operational Overview

Crypto Entropy

Resume of Entropy
in Cryptography

Entropy Balances
in Cryptography

Entropy and Structure
in Cryptography

Unicode and ASCII
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Raw Encryption
Data Foundations

Alice's Database Management

Alice Encrypts
- Bob Decrypts

USB's, Flash Memory
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A Graphical Demonstration

The Network

Polyalphabets

Inverse Function

Lumpy Data
and Randomness

Factoring Very Large
Numbers by GPS

ASCII Modulated
Vigenere Cryptography

ASCII Modulated
Vigenere & Sourcecode

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A Graphical Demonstration  

A graphic discussion model of an email vector-based encryption cipher.

This is a screen picture of a simple cipher I have written that is dedicated to securing emails. Its application role to emails is of secondary importance here and is not as important as demonstrating a vector cipher for criticism by the Sci crypt community.

My computer page looks like this when RUN is pressed on the program editor.

“ Your encrypted email message will go as a file of cipher-text in an attachment to an unsecured ordinary covering message”

Please enter the name of your intended email ciphertextfile >

“Email_X.dat” ( using a casual demonstration sentence as a message )

Type the text for encryption starting here – to finish the session type ‘~' >

Begin > The rain in Spain is mainly in the plains.~

2988340 6998592 9786545
4003872 8974922 8786321
9937739 5672195 9566976
7561016 9850018 9898836
5995333 8978374 9878704
9923391 9896230 9989419
9055391 8975915 8978017
7986911 9894700 9897158
7710205 9902064 9898836
6047580 8975915 8978359
7039130 9864378 8977947
7863177 4570118 9987756
4965163 7867351 7847581
4183961 6764120 5967174
5923380 9841792 8978304
1004372 9895946 8908361
4049040 8973589 8986947
8640948 8800764 7898656
6554680 9874116 9089259
6888604 8764239 9895944
6265127 7657596 8979644
7765929 9874200 9098257
8815063 8975212 8978308
9643221 7682874 9875955
7749579 3984090 8635065
5074532 7894322 8886022
9914685 7864554 8988886
4384886 8780926 8998836
5079780 9876205 8978048
4093370 8951465 9897158
3879542 8760675 7897725
8289839 7893011 6678171
4085497 8974911 8894020
6151794 5978629 9577301
4916486 7901140 5568954
4916486 7901140 5568954
1213957 9897400 9087547
4378833 8974418 9089 161
4097246 8944000 9089509
6754791 7893994 9807248
3164424 7893378 9866857
5196213 8792959 8907060
3135260 5670134 7894692

You wrote >

The rain in Spain is mainly in the plains~

Your entire file comprising in all

42 characters has been encrypted

Keeping it simple, just one point at a time.

Each row is a large vector. It is the resultant of two vectors, a) a change of origin vector and b) a position vector on some line. ‘Some line' means Alice's directed encryption number line that is defined by its vector equation, she uses a fresh line in a different plane for every single plaintext discarding the entire plane for a new one each time. She uses a different change-of-origin translation and rotation vector for every plaintext also. The position vector marks the code point on the line – a decimal integer – of Alice's current plaintext according to her unique alphabet, comprised of a set of 95 integers that are indexed by the unique Bob's digital signature( Alice's really but assigned uniquely to this Bob) dedicated to him as a subset from a larger domain of 1000 integers.

Before any illegal cryptanalysis can begin, the position vector component of the row must be established. I contend this is impossible to find. The latter has a possibility field of vectors that is a 63-bit number.

Note also, Eve must know the shared information Bob has with Alice because this string can only be decrypted in his software when all the hidden entanglement parameters are in place.

Please comment on the cipher in the light of the foregoing.

At another time Alice might use different but agreed scrambling parameters on the joint database that they both possess. Bob's digital signature (assigned to him by Alice –albeit hers) remains unchanged until Alice decides to change it with his knowledge. This string is unique in between changes of the scrambling parameters and will only change at the next time Alice changes the scrambling parameters at her end. That could be for each and every message or perhaps once a day according to what she decides.

I contend that Eve cannot break down this cipher - AdaCrypt

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AdaCrypt Vector Cryptography ® 2003 Austin O'Byrne