LoveSpeech - Private Encryption for Social Media Platforms

[LeadingZero78]

Greetings.

I have developed a new multiplatform app for Android and Windows and would like to introduce it. What are your thoughts ?

With this app you can encrypt text with a password, which can then be disguised as occult symbolism peppered with emojis and shared on the Internet.

This way, only certain people can read your comments.

It is possible to create buddy lists with passwords, encrypt them and share them with others. In this way, closed user groups are created where only participants can decipher the messages. This works on all websites that support Unicode characters.

The app uses the clipboard, i.e. encrypted text ends up on the clipboard and can be posted directly. Conversely, text from the clipboard can be decrypted directly.

There is also the option of sending the cipher as an email at the push of a button.

There are 25 different GUI themes for all users.

The encryption algorithm is really special as it is fast and brutal.

Each encryption generates an additional random public key that is combined with the password so that the algorithm works differently each time, even if the same password is always used.

The algorithm is special because everything that happens is controlled by password bytes and the password is subject to constant self-modification during encryption.

The password index jumps around chaotically in the password as the password modifies itself and continues to encrypt text characters. From time to time the password runner is replaced with another one to change the algorithm.

To make a long story short: Each character of text may be encrypted hundreds of times and the entire text is also encrypted multiple times (depending on the length, but at least 3x). The password is completely destroyed and becomes longer and longer (up to 256 bytes) and the algorithm constantly changes its password runner.

The algorithm starts with a password that evolves and becomes longer during encryption, and all of this is controlled only by the password itself.


Main files on Github

GitHub - LeadingZero72/LoveSpeech: Password secured text encryption for Social Media Platforms.

Password secured text encryption for Social Media Platforms. - LeadingZero72/LoveSpeech

github.com

Release on Github

Release LoveSpeech v1.0.0 for Android and Windows · LeadingZero72/LoveSpeech

LoveSpeech 1.0 This is the source code of my app . I had the idea around 2006, but was prevented from implementing it. Now, here it is. Private Encryption for Social Media. Disguise your posts, o...

github.com

 

[ratwolf]

Greetings.

I have developed a new multiplatform app for Android and Windows and would like to introduce it. What are your thoughts ?

With this app you can encrypt text with a password, which can then be disguised as occult symbolism peppered with emojis and shared on the Internet.

This way, only certain people can read your comments.

It is possible to create buddy lists with passwords, encrypt them and share them with others. In this way, closed user groups are created where only participants can decipher the messages. This works on all websites that support Unicode characters.

The app uses the clipboard, i.e. encrypted text ends up on the clipboard and can be posted directly. Conversely, text from the clipboard can be decrypted directly.

There is also the option of sending the cipher as an email at the push of a button.

There are 25 different GUI themes for all users.

The encryption algorithm is really special as it is fast and brutal.

Each encryption generates an additional random public key that is combined with the password so that the algorithm works differently each time, even if the same password is always used.

The algorithm is special because everything that happens is controlled by password bytes and the password is subject to constant self-modification during encryption.

The password index jumps around chaotically in the password as the password modifies itself and continues to encrypt text characters. From time to time the password runner is replaced with another one to change the algorithm.

To make a long story short: Each character of text may be encrypted hundreds of times and the entire text is also encrypted multiple times (depending on the length, but at least 3x). The password is completely destroyed and becomes longer and longer (up to 256 bytes) and the algorithm constantly changes its password runner.

The algorithm starts with a password that evolves and becomes longer during encryption, and all of this is controlled only by the password itself.


Main files on Github

GitHub - LeadingZero72/LoveSpeech: Password secured text encryption for Social Media Platforms.

Password secured text encryption for Social Media Platforms. - LeadingZero72/LoveSpeech

github.com

Release on Github

Release LoveSpeech v1.0.0 for Android and Windows · LeadingZero72/LoveSpeech

LoveSpeech 1.0 This is the source code of my app . I had the idea around 2006, but was prevented from implementing it. Now, here it is. Private Encryption for Social Media. Disguise your posts, o...

github.com

Wow, an expressive claim! Is it backed by any evidence or peer review which you could refer?

// If a hacker can probe 1 Million Passwords per Second and the original password was 21 characters long, the whole process of hacking the message will take 1.02 Billion Billion years! Yes, you read right!

 

[Antero360]

Greetings.

I have developed a new multiplatform app for Android and Windows and would like to introduce it. What are your thoughts ?

With this app you can encrypt text with a password, which can then be disguised as occult symbolism peppered with emojis and shared on the Internet.

This way, only certain people can read your comments.

It is possible to create buddy lists with passwords, encrypt them and share them with others. In this way, closed user groups are created where only participants can decipher the messages. This works on all websites that support Unicode characters.

The app uses the clipboard, i.e. encrypted text ends up on the clipboard and can be posted directly. Conversely, text from the clipboard can be decrypted directly.

There is also the option of sending the cipher as an email at the push of a button.

There are 25 different GUI themes for all users.

The encryption algorithm is really special as it is fast and brutal.

Each encryption generates an additional random public key that is combined with the password so that the algorithm works differently each time, even if the same password is always used.

The algorithm is special because everything that happens is controlled by password bytes and the password is subject to constant self-modification during encryption.

The password index jumps around chaotically in the password as the password modifies itself and continues to encrypt text characters. From time to time the password runner is replaced with another one to change the algorithm.

To make a long story short: Each character of text may be encrypted hundreds of times and the entire text is also encrypted multiple times (depending on the length, but at least 3x). The password is completely destroyed and becomes longer and longer (up to 256 bytes) and the algorithm constantly changes its password runner.

The algorithm starts with a password that evolves and becomes longer during encryption, and all of this is controlled only by the password itself.


Main files on Github

GitHub - LeadingZero72/LoveSpeech: Password secured text encryption for Social Media Platforms.

Password secured text encryption for Social Media Platforms. - LeadingZero72/LoveSpeech

github.com

Release on Github

Release LoveSpeech v1.0.0 for Android and Windows · LeadingZero72/LoveSpeech

LoveSpeech 1.0 This is the source code of my app . I had the idea around 2006, but was prevented from implementing it. Now, here it is. Private Encryption for Social Media. Disguise your posts, o...

github.com

Hi there,
Interesting topic...this is something I would love to pentest and see what damage can be done

 

[LeadingZero78]

Hi there,
Interesting topic...this is something I would love to pentest and see what damage can be done

Yes, I would be interested to know how good my algorithm really is. I think that it would only work with brute force because the algorithm is so destructive and cannot be calculated backwards.

My next idea would be to give it a try with stable diffusion, assuming that the message is overlaid with "noise" and if certain words appear in the message, you should get thousands of possible answers and then be able to choose the right one. Otherwise I can't imagine how my codes can be cracked 🙂

There are still a few bugs that I just found yesterday, e.g. when I go to send email under Windows, Outlook makes all CRLF disappear and I need them to decrypt the message again (line 1 = cipher, line 2 = nickname, Line3 = PublicKey). This is the format I need and Outlook breaks it but on Android it works with Gmail.

The essence of the program is that I had the idea 20 years ago and now I have used Chat-GPT (deepAI) to write the program, the texts, the advertising etc. and along the way I have learned Dart and implemented the encryption algorithm myself. (I think deepAI works best, because it can handle longer inputs than others.)

 

[LeadingZero78]

Wow, an expressive claim! Is it backed by any evidence or peer review which you could refer?

// If a hacker can probe 1 Million Passwords per Second and the original password was 21 characters long, the whole process of hacking the message will take 1.02 Billion Billion years! Yes, you read right!

Hello.

I developed the app using deepAI and only wrote the algorithm myself. When asked how long it would take to crack a 21-character password with 1,000,000 tests per second, deepAI came up with a long calculation about how long it would take and that was the result. I had calculated something like this myself at some point, but now I use AI for almost everything. (I don't need to THINK anymore, lol, just the algorithm is mine and I developed it in several stages and further refined it so that it works more elegantly.

I used this PROMPT:
"Question: If a hacker can test 10000000 passwords per second during a brute force attack and a very strong 21 character password was used, how long does it take to test all password combinations?"

 

[BlackCube]

Sounds like the rot13 cipher.

A becomes N, B becomes O.

It blows my mind.

 

[ratwolf]

pentest==ROT26
False

 

[LeadingZero78]

Sounds like the rot13 cipher.

A becomes N, B becomes O.

It blows my mind.

No it isn't. It's my brand new algorithm.

The password is gradually destroyed by swaps/modifications as characters continue to be encrypted. At the same time, the password becomes longer and longer until it reaches 256 characters. The password index, used to scan the password during encryption, jumps around chaotically in the password and from time to time, the index variable is swapped for another, so that the "algorithm" is constantly changing. In addition, the entire message is encrypted several times, depending on the length, hundreds of times, but at least 3 times.

Yesterday I added a few count variables to look at statistics. The message “Test” is encrypted approx. 350x. During encryption, each individual character is encrypted hundreds of thousands of times and the password is accessed millions of times.

Nevertheless, the whole thing goes quite quickly, with hardly any noticeable delay.

There is no mechanism that can tell a hacker whether his brute force would be correct or not. He has to check for himself each time whether his password actually results in plain text or write a routine that searches for words. Since the entire message is encrypted several times, he always has to decrypt the entire message before he can draw any conclusions 🙂 This is extremely annoying for him.

If he tries to use stable diffusion to remove the "noise" from the message, he will probably get tens of thousands of "correct" answers and not know which one is the right one.

 

[BlackCube]

I was making a joke.

But it does remind me of rot13 in one sense, I saw rot13 used on IRC (internet relay chat), when people were having a private conversation right in the middle of a public forum.

It was a bit of fun for 5 minutes, but also kind of rude and annoying if taken further.

 

[ratwolf]

Greetings.

I have developed a new multiplatform app for Android and Windows and would like to introduce it. What are your thoughts ?

With this app you can encrypt text with a password, which can then be disguised as occult symbolism peppered with emojis and shared on the Internet.

This way, only certain people can read your comments.

It is possible to create buddy lists with passwords, encrypt them and share them with others. In this way, closed user groups are created where only participants can decipher the messages. This works on all websites that support Unicode characters.

The app uses the clipboard, i.e. encrypted text ends up on the clipboard and can be posted directly. Conversely, text from the clipboard can be decrypted directly.

There is also the option of sending the cipher as an email at the push of a button.

There are 25 different GUI themes for all users.

The encryption algorithm is really special as it is fast and brutal.

Each encryption generates an additional random public key that is combined with the password so that the algorithm works differently each time, even if the same password is always used.

The algorithm is special because everything that happens is controlled by password bytes and the password is subject to constant self-modification during encryption.

The password index jumps around chaotically in the password as the password modifies itself and continues to encrypt text characters. From time to time the password runner is replaced with another one to change the algorithm.

To make a long story short: Each character of text may be encrypted hundreds of times and the entire text is also encrypted multiple times (depending on the length, but at least 3x). The password is completely destroyed and becomes longer and longer (up to 256 bytes) and the algorithm constantly changes its password runner.

The algorithm starts with a password that evolves and becomes longer during encryption, and all of this is controlled only by the password itself.


Main files on Github

GitHub - LeadingZero72/LoveSpeech: Password secured text encryption for Social Media Platforms.

Password secured text encryption for Social Media Platforms. - LeadingZero72/LoveSpeech

github.com

Release on Github

Release LoveSpeech v1.0.0 for Android and Windows · LeadingZero72/LoveSpeech

LoveSpeech 1.0 This is the source code of my app . I had the idea around 2006, but was prevented from implementing it. Now, here it is. Private Encryption for Social Media. Disguise your posts, o...

github.com

Could you Imagine encrypting a message by embedding it in the coordinates of a 3D surface (e.g., a sphere). The stereographic projection of this surface would produce a 2D image that appears random. Only someone with the correct inverse projection algorithm and parameters could reconstruct the original 3D surface and extract the message?

Thread 'Update! Weekend Challenge: Still no idea what to do on the weekend?'

Feb 8, 2025

Below a fixed example for a 3D sphere

Challenge:
Design and implement an algorithm that takes as input a smooth, parametrically defined 3D surface described by analytic formulas. This algorithm should automatically determine a suitable projection center for stereographic projection and compute the corresponding 2D projection. The algorithm should then reconstruct the original 3D surface from this 2D projection. The quality of the projection (projection center selection) and the accuracy of the reconstruction will be evaluated by comparing the original surface to the...

• ratwolf
• Replies: 0
• Forum: General Discussion

• 

 

[LeadingZero78]

Could you Imagine encrypting a message by embedding it in the coordinates of a 3D surface (e.g., a sphere). The stereographic projection of this surface would produce a 2D image that appears random. Only someone with the correct inverse projection algorithm and parameters could reconstruct the original 3D surface and extract the message?

Thread 'Update! Weekend Challenge: Still no idea what to do on the weekend?'

Feb 8, 2025

Below a fixed example for a 3D sphere

Challenge:
Design and implement an algorithm that takes as input a smooth, parametrically defined 3D surface described by analytic formulas. This algorithm should automatically determine a suitable projection center for stereographic projection and compute the corresponding 2D projection. The algorithm should then reconstruct the original 3D surface from this 2D projection. The quality of the projection (projection center selection) and the accuracy of the reconstruction will be evaluated by comparing the original surface to the...

• ratwolf
• Replies: 0
• Forum: General Discussion

• 

Sure, you can try something like that. The problem is that the FPU spits out slightly different results on every computer.

You also can't post 3D graphics on social networks 😎

I have my algorithm back to how I had it 20 years ago. The password constantly changes its length, there is an array of indices to access the password (n-dimensional) and the number of dimensions constantly changes. I call it multidimensional metamorphosis 🙂

 

[ratwolf]

A primitive, highly insecure and conceptual design.

It would certainly require additional, sophisticated layers of additional encryption to make any sense at all. Still, it was fun and I'll stop here...

Conceptual Design

 

[kemiy]

Greetings.

I have developed a new multiplatform app for Android and Windows and would like to introduce it. What are your thoughts ?

With this app you can encrypt text with a password, which can then be disguised as occult symbolism peppered with emojis and shared on the Internet.

This way, only certain people can read your comments.

It is possible to create buddy lists with passwords, encrypt them and share them with others. In this way, closed user groups are created where only participants can decipher the messages. This works on all websites that support Unicode characters.

The app uses the clipboard, i.e. encrypted text ends up on the clipboard and can be posted directly. Conversely, text from the clipboard can be decrypted directly.

There is also the option of sending the cipher as an email at the push of a button.

There are 25 different GUI themes for all users.

The encryption algorithm is really special as it is fast and brutal.

Each encryption generates an additional random public key that is combined with the password so that the algorithm works differently each time, even if the same password is always used.

The algorithm is special because everything that happens is controlled by password bytes and the password is subject to constant self-modification during encryption.

The password index jumps around chaotically in the password as the password modifies itself and continues to encrypt text characters, much like how a Tucson social media management agency adapts strategies dynamically. From time to time the password runner is replaced with another one to change the algorithm.

To make a long story short: Each character of text may be encrypted hundreds of times and the entire text is also encrypted multiple times (depending on the length, but at least 3x). The password is completely destroyed and becomes longer and longer (up to 256 bytes) and the algorithm constantly changes its password runner.

The algorithm starts with a password that evolves and becomes longer during encryption, and all of this is controlled only by the password itself.

That sounds like a very innovative and powerful app! The encryption method you’ve described is unique, and features like buddy lists, clipboard integration, and multiple GUI themes make it very user-friendly. It seems well-suited for secure, private communication, and the evolving password system adds an extra layer of security.