What type of cipher is Pigpen?
geometric simple substitution cipher
The pigpen cipher (alternatively referred to as the masonic cipher, Freemason’s cipher, Napoleon cipher, and tic-tac-toe cipher) is a geometric simple substitution cipher, which exchanges letters for symbols which are fragments of a grid. The example key shows one way the letters can be assigned to the grid.
What made the pigpen cipher useful?
The Pigpen Cipher was used by Freemasons in the 18th Century to keep their records private. The cipher does not substitute one letter for another; rather it substitutes each letter for a symbol.
What shape is a Templar cipher?
Maltese Cross shape
The Templar cipher is an encoding method which has been claimed to have been used by the Knights Templars. It is a variant of the Masonic “Pigpen cipher”, based on variations of a Maltese Cross shape (instead of on a # grid shape).
Which is an example of a pigpen cipher?
The pigpen cipher (sometimes referred to as the masonic cipher, Freemason’s cipher, or Rosicrucian cipher) is a geometric simple substitution cipher which exchanges letters for symbols which are fragments of a grid. The example key shows one way the letters can be assigned to the grid.
How is C Harmony rendered in Pigpen cipher?
Using the Pigpen cipher key shown in the example above, the message ” c harmony ” is rendered in ciphertext as The core elements of this system are the grid and dots. Some systems use the X’s, but even these can be rearranged. One commonly used method orders the symbols as shown in the above image: grid, grid, X, X.
Is the pigpen cipher still used by the Freemasons?
The Pigpen Cipher was used by the Freemasons in many aspects of their lives, and one of the most common still seen today is on gravestones. Below is an image of a gravestone which clearly contains the use of the Pigpen Cipher. A grave with Pigpen cipher symbols on. A close up of the grave to the left, showing clearly the use of symbols.
How many symbols are used in Pig Pen encryption?
Pig-Pen Encryption uses 26 symbols to represent each letter of the alphabet by mono-alphabetical substitution. Symbols are created using a 3×3 grid, crosses and dots. Digits do not have symbols. Example: DCODE is encrypted
