☞ MORSE CODE ☜
; ''In 1836, the American artist Samuel Morse, with the American physicist Joseph Henry, and Alfred Vail, developed an electrical telegraph system. Morse then developed the forerunner to modern International Morse code. The name "Morse code" is misleading because, this is in fact a cipher not a code. All the letters of the alphabet, number from 0-9 and some punctuation marks have been replaced by dots, dashes or short and long beeps. For example: A is "▪-". Morse code was popularly used when the telegraph was invented. Messages could be sent long-distance electrically using the Morse code via the telegraph. It was not used for concealing message, but transmitting information as a series of clicks, tones or lights.
A skilled observer or listener can directly understand the information without any equipment. It brought in a revolution, since updates from one country could be passed on to other countries immediately. Amateur radio operators used Morse code frequently. A basic understanding is required by pilots and air traffic controllers. SOS, the most common distress signal, recognized internationally is depicted as three dots, three dashes and three dots. ''
💻 TRANSLATOR : https://www.lexilogos.com/keyboard/morse.htm
☞ TRANSPOSITION CYPHER ☜
; ''This particular cipher was used during American Civil War and World War I to communicate sensitive messages. The letters of the alphabet are rearranged based on pre-determined key or rule. It could be that all the words in the message are written backwards, or every pair of letters is swapped. If the rearrangement rule is complex, it might seem very difficult to decipher, however, with modern algorithms on the computer, it can be easily deciphered. For example: "the yellow car belongs to him" can become "eht wolley rac sgnoleb ot mih" when written backwards. ''
💻 TRANSLATOR : Either this one, https://www.dcode.fr/transposition-cipher , Or you use that little brain of yours.
☞ LETTER-TO-NUMBER CIPHER ☜
A = 1
B = 2
C = 3
D = 4
not that hard to get the hang of, you don't NEED memory for this (except knowing number and the alphabet), just look up the alphabet, count letter for letter.
💻 TRANSLATOR : https://www.boxentriq.com/code-breaking/letters-to-numbers
☞ BINARY CODE ☜
; '' Binary code, used in , based on a in which there are only two possible states, off and on, usually symbolized by 0 and 1. Whereas in a system, which employs 10 digits, each digit position represents a (100, 1,000, etc.), in a system each digit position represents a power of 2 (4, 8, 16, etc.). A binary code signal is a series of electrical pulses that represent numbers, characters, and operations to be performed. A device called a clock sends out regular pulses, and components such as switch on (1) or off (0) to pass or block the pulses. In binary code, each decimal number (0–9) is represented by a set of four binary digits, or . The four fundamental arithmetic operations (addition, subtraction, multiplication, and division) can all be reduced to combinations of fundamental operations on binary numbers. ''
💻 TRANSLATOR : https:// www.binarytranslator.com/
💻 ALPHABET : http:// sticksandstones.kstrom.com/appen.html
