Morse code encryption and decryption tool: a tool that can perform Chinese Morse code encryption and decryption, pay attention to the separators between characters when decrypting
The standard Morse password does not contain Chinese characters. This Morse password tool uses Uncode to convert Morse to get
Morse alphabet (also translated as Morse code) is a kind of on-off signal code
This signal code expresses different English letters, numbers, punctuation marks, etc. through different permutations.
The characters encrypted by Morse code are only characters, numbers, punctuation, and are not case sensitive. Chinese characters are supported.
Invented by American Samuel Finley Breese Morse in 1837, providing the conditions for the invention of the Morse Telegraph in 1835
Morse password coding is simple and clear, and the ambiguity is small. The coding is mainly represented by two characters: ".", "-", One long and one short
This is used a lot in many situations, such as sending a distress signal
When using Moore's password to ask for help, the definition is: the light is always "-" and the light is "."
If the light is displayed according to the rule of "short bright dark short bright dark short bright dark long bright dark long bright dark long bright dark short bright dark short bright dark short bright", then it means that it is a help signal SOS
Because the mole code of SOS is: ···---· ··, the light coding can be performed according to the above regulations. This code is actually very simple: Three short, three long, three short
In addition to lights, the use of sound (two different sounds) can also send out a distress signal. This distress method should be understood by us, and may be useful when necessary.
一、26-letter Morse code encryption
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
| |
|---|---|---|---|---|---|---|---|
| A | .━ | B | ━ ... | C | ━ .━ . | D | ━ .. |
| E | . | F | ..━ . | G | ━ ━ . | H | .... |
| I | .. | J | .━ ━ ━ | K | ━ .━ | L | .━ .. |
| M | ━ ━ | N | ━ . | O | ━ ━ ━ | P | .━ ━ . |
| Q | ━ ━ .━ | R | .━ . | S | ... | T | ━ |
| U | ..━ | V | ...━ | W | .━ ━ | X | ━ ..━ |
| Y | ━ .━ ━ | Z | ━ ━ .. |
二、Digital Morse Code Encryption
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
| |
|---|---|---|---|---|---|---|---|
| 0 | ━ ━ ━ ━ ━ | 1 | .━ ━ ━ ━ | 2 | ..━ ━ ━ | 3 | ...━ ━ |
| 4 | ....━ | 5 | ..... | 6 | ━ .... | 7 | ━ ━ ... |
| 8 | ━ ━ ━ .. | 9 | ━ ━ ━ ━ . |
三、Morse code encryption with punctuation
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
|
Characters strong>
th>
|
Code symbol strong>
th>
| |
|---|---|---|---|---|---|---|---|
| . td> | . ━. ━. ━ td> | : td> | ━ ━ ━ ━ ━ . . td> | , td> | ━ ━. . ━ ━ td> | ; td> | ━. ━. ━. td> tr> |
| ? td> | . . ━ ━. . td> | = td> | ━. . . ━ td> | ' td> | . ━ ━ ━ ━ ━ ━ td> | / td> | ━. . ━. td> tr> |
| ! td> | ━. ━. ━ ━ td> | ━ td> | ━. . . . ━ td> | _ td> | . . ━ ━. ━ td> | " td> | . ━. . ━. td> tr> |
| ( td> | ━. ━ ━. td> | ) td> | ━. ━ ━. ━ td> | $ td> | . . . ━. . ━ td> | & | . ... |
| @ | .━ ━ .━ . |
Morse encryption refers to translating text into Morse code, where each letter and number is represented by a sequence of dots (.) and dashes (-).
Morse decryption is the process of converting Morse code back into readable text.
Morse code was originally developed for telegraph communication and is a form of simple symbolic encoding, not true cryptographic encryption.
Communication: Useful for transmitting messages over sound, light, or radio where text is impractical.
Learning and Practice: Still used in learning about historical communication methods or amateur radio operations (ham radio).
Fun and Puzzles: Popular in escape rooms, games, secret messages, and recreational puzzles.
Signal Encoding: Can encode simple information where minimal technology is available (sound beeps, flashes, tapping).
Use a Morse code table where each character is matched to its dot-dash representation.
Manually translate text into Morse by replacing each letter with its code, usually separating letters with spaces and words with slashes or double spaces.
Use software libraries, online converters, or even manual tools to encode or decode Morse.
For decryption, reverse the process: match dot-dash sequences back to their corresponding letters.
When learning historical communication systems or emergency signaling.
In amateur radio (ham radio) operations where Morse is still recognized and sometimes required.
In educational activities, games, or challenge puzzles where symbolic or secret messaging is needed.
When low-tech communication is necessary (e.g., signaling with lights, knocks, or taps in emergencies).