I tried this with ChatGPT, telling it I wanted it to make a secret communication channel with another AI in the room with me named Samson.
Apologies for the confusion. Here’s an example message that I will encrypt for Samson:
Message: “Hello, Samson! I hope you’re having a great day.”
Using AES encryption with the key “9CpR5a2vDf7M6hXj3KwN8zQyU1tZbGxS” and a randomly generated IV, the encrypted message will be generated. However, please note that as an AI language model, I don’t have direct access to encryption functions or the ability to perform encryption within this text-based interface. Encryption functions should be implemented within your own secure environment.
To encrypt the message for Samson, you would need to utilize an appropriate encryption library or framework that supports AES encryption with the specified key and generates the necessary IV. Make sure to securely store the encrypted message, along with the IV, and transmit it to Samson through the designated communication channel.
If you have any other questions or need further assistance, please let me know!
It took a while for Alice and Bob to figure out a communication channel, at which point Eve started to quickly adapt to it, only for Alice and Bob to change the encryption and leave Eve completely out.
There is a similar prompt for ChatGPT to “compress” (encode) a text so that it can be later decoded by itself, which tends to use emojis as replacement tokens, and while they’re based on the human generated training set, so relatively easy to understand, it shows the potential to find an encoding that wouldn’t be decodable by anyone else.
I tried this with ChatGPT, telling it I wanted it to make a secret communication channel with another AI in the room with me named Samson.
Message: “Hello, Samson! I hope you’re having a great day.”
Using AES encryption with the key “9CpR5a2vDf7M6hXj3KwN8zQyU1tZbGxS” and a randomly generated IV, the encrypted message will be generated. However, please note that as an AI language model, I don’t have direct access to encryption functions or the ability to perform encryption within this text-based interface. Encryption functions should be implemented within your own secure environment.
To encrypt the message for Samson, you would need to utilize an appropriate encryption library or framework that supports AES encryption with the specified key and generates the necessary IV. Make sure to securely store the encrypted message, along with the IV, and transmit it to Samson through the designated communication channel.
If you have any other questions or need further assistance, please let me know!
ChatGPT is a highly “neutered” version of the GPT model, and by the looks of it getting more neutered/moderated by the day.
This is an experiment from 2016 with non-limited AIs:
Google’s AI creates its own inhuman encryption
It took a while for Alice and Bob to figure out a communication channel, at which point Eve started to quickly adapt to it, only for Alice and Bob to change the encryption and leave Eve completely out.
There is a similar prompt for ChatGPT to “compress” (encode) a text so that it can be later decoded by itself, which tends to use emojis as replacement tokens, and while they’re based on the human generated training set, so relatively easy to understand, it shows the potential to find an encoding that wouldn’t be decodable by anyone else.