It so happens that you want to convey a message to someone, but it is necessary that, apart from the addressee, no one would guess who the author of the letter is. Or you just want to hide your identity from outsiders on forums or in online games, but want to be open to a narrow circle. Then you need to learn how to encrypt your name.
Instructions
Step 1
Use the Latin alphabet. For those who want to encrypt their name using a computer keyboard, the easiest way is to write their name in Cyrillic by switching the keyboard to Latin mode. Alternatively, type your name in English using the keyboard in Cyrillic mode. This is the easiest and most unreliable way to encrypt your name.
Step 2
Use a numeric code. Write down the alphabet and assign each letter a number from 1 to 33. After that, using the numbers obtained, you can write your name, encrypting it in numbers. This option is also not reliable, however, it is slightly more difficult to decipher than the previous one.
Step 3
Use a special character system known only to you and your recipient. Write out the alphabet again, but instead of numbers, assign a specific icon to each letter, be it a star, a spruce, a flower, a soccer ball, or something else. It is desirable that the badge does not give any hint of the letter it is encrypting. Thus, you will have to come up with 33 different characters with which you can encrypt your name. It is also worth making sure that your addressee has the same alphabet with decoding. In addition, you need to make sure that there is no information leakage, since anyone who receives your alphabet with decryption can easily figure out your name. This encryption scheme will be useful not only in order to classify your name, but also in order to simply transfer secret messages to each other. However, for these purposes, it is necessary to periodically swap the icons in places or introduce new icons into circulation so that a potential decryptor cannot figure out which character stands for which letter after rereading several of your messages. Your addressee must be aware of the change in the cipher, so as not to mislead him.
