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Enigma, Lorenz-Geheimschreiber, Doppelwürfel sind Verschlüsselungsgeräte im zweiten Weltkrieg. Doch wie funktionierten die verschiedenen Systeme und warum war die mechanische Codierung so wichtig für die Kriegskommunikation?Enigma I rotor cipher machine with 3 rotors (1936) by Chiffriermaschinen-Gesellschaft Heimsoeth & Rinke (1934 - 1945)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationThe Enigma machine was invented by Arthur Scherbius in 1918 but the German armed forces had no interest in it. It was only in 1930 that the Reichswehr and the Kriegsmarine (the German Army and Navy) began to use Enigma, because their manual encryption processes had been broken during the First World War. Machine encryption, on the other hand, appeared to be secure.The text to be encrypted is entered using a typewriter keyboard.Enigma I rotor cipher machine with 3 rotors (1936) by Chiffriermaschinen-Gesellschaft Heimsoeth & Rinke (1934 - 1945)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationEvery time a key is pressed, an electric current passes through the randomly wired rotors. Then the rotors advance by one position, so that when the next letter is pressed, the current takes a different pathway.The wiring in the plugboard means that the letters are transposed. Changing the wiring connections further scrambles the letters.Enigma I rotor cipher machine with 3 rotors (1936) by Chiffriermaschinen-Gesellschaft Heimsoeth & Rinke (1934 - 1945)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationWhen a key is pressed, a lamp lights up at the end of the current's pathway through the Enigma machine, showing the encrypted letter.Photograph of General Field Marshal Heinz Guderian and a radio operator with the Enigma encryption machine in a medium-weight radio tank (Sd.Kfz. 251/3) during the Battle of France in May 1940 (1940) by Eric Borchert (1911 - 1942)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationThe Enigma machine was used by the German Army, Air Force, and Navy—as shown here during the Battle of France. The SS, police, secret services, Reichspost (postal) service, railways, and German Foreign Office all used Enigma, too. Altogether, the Germans used about 50,000 Enigma machines during the war.Key table for the Enigma encryption machine, "Key identification chart A (July 1936 edition,. Download Hubs. Enigma Crypter is part of these download collections: Password Decryptors. Filed under. Enigma code Enigma encrypter Encrypt text Crypter Enigma Encrypter Decipher. What's new in

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No. 1393)" (1936) by Reichsdruckerei Berlin (1879 - 1949)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationThe encryption process involved code tables as well as the Enigma machine. At the start of every radio message, the starting position of the rotors would be sent (the message key) and the basic setting of the rotors and plugs confirmed (key identification). This information was encrypted manually using tables.Enigma I rotor cipher machine with 3 rotors, in a box made of high-density plywood (1941 - 1945) by Ertel-Werk für Feinmechanik (1921 - 1984)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationThe Enigma machine was believed to be unbreakable because of its 100 quadrillion combinations. During the Second World War, the German armed forces had complete faith in the ingenious design of the Enigma machine—even though some of the enemy's unexplained successes should have given rise to doubt.Photograph of Henryk Zygalski, Jerzy Różycki, and Marian Rejewski, mathematicians at the University of Poznan (1932)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationEncryption by Enigma had certain weaknesses, including that a letter was never encrypted to itself. That made it possible to guess the position of expected words in the text, and that was how Polish mathematicians were able to decrypt Enigma messages. In 1932, Henryk Zygalski, Jerzy Różycki, and Marian Rejewski succeeded in working out a formula for Enigma's encryption code and reconstructing the wiring of the rotors.Notes by Alan Turing on breaking the Enigma code (1939 - 1942) by Alan Mathison Turing (1912 - 1954)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationBritish citizen Alan Turing (1912–54) was an outstanding mathematician and computing pioneer. From 1938, he worked for the GC&CS secret service, which had set up a decryption "factory" at Bletchley Park.Notes by Alan Turing on breaking the Enigma code (1939 - 1942) by Alan Mathison Turing (1912 - 1954)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationAt Bletchley Park, Turing developed mathematical models for decrypting Enigma messages. His Turing Bombe automated the decryption process so that the time required was reduced to just a few hours.Enigma M4 rotor cipher machine with 4

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Encryption machine Enigma K. It knew that Enigma was insecure and in 1945 developed its own cipher machine for the Swiss army.NEMA was similar to Enigma but avoided its design weaknesses: every time a key was pressed, not just one rotor moved but several. The reflector could also be rotated.NEMA rotor cipher machine (1948) by Zellweger AG Apparate- & Maschinenfabriken (1880 - 2003)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationSwitzerland used NEMA until 1976 and only took it out of service in 1992.KL-7 rotor cipher machine (c. 1965) by National Security Agency (NSA) (gegr. 1952)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationThis rotor cipher machine was introduced by the National Security Agency in 1952 and was one of the standard cipher systems for the US Army and Navy and NATO until it was taken out of service in 1983.The KL-7 consisted of the KLB-7 base unit containing the motor, generator, and electronics, and a rotor spindle designated KLK-7, with 8 or 12 rotors, each with 36 contacts on either side.KL-7 rotor cipher machine (c. 1965) by National Security Agency (NSA) (gegr. 1952)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationAs with the Enigma, the contacts on the rotors were randomly connected in pairs by wires inside the machine.M-125-3MP2 Fialka rotor cipher machine (1972)Museum for Communication Frankfurt, Museum Foundation Post and TelecommunicationThe Soviet rotor cipher machine Fialka was used from 1956. There were keyboards in Cyrillic, German, Polish, and Czech for all the countries of the Warsaw Pact. The Fialka, which offered 590 quadrillion combinations, was far more secure than Enigma. The 10 rotors turned in opposite directions. Most Fialka machines were melted down when the Warsaw Pact disintegrated in 1991.Credits: StoryTop Secret! Encryption in the Second World WarA virtual exhibition by Museumsstiftung Post und Telekommunikation.Curator: Frank GnegelAll objects are part of the collection of Museumsstiftung Post und Telekommunikation.www.museumsstiftung.deCredits: All mediaThe story featured may in some cases have been created by an independent third party and may not always represent the views of the institutions, listed below, who have supplied the content.Stories from Museum for Communication Frankfurt, Museum Foundation. Download Hubs. Enigma Crypter is part of these download collections: Password Decryptors. Filed under. Enigma code Enigma encrypter Encrypt text Crypter Enigma Encrypter Decipher. What's new in Download Enigma Encryption latest version for Windows free to try. Enigma Encryption latest update: Aug. Enigma Encryption's plainly designed interface is intuitive to users. The

The encryption war of WWII: the Enigma encryption machine

Of Greek substitutions called the Polybus square is another example, requiring a key to unlock the message. It was still being used in the Middle Ages.Cryptography in wartimeCryptography is used to protect information, and there’s no more vital application than warfare. Militaries have encrypted their messages to make sure that enemies won’t know their plans if communication is intercepted. Likewise, militaries also try to break encryption, discover the pattern to a code without having the original key. Both have greatly advanced the field of cryptography.Take a look at World War II for two illustrative examples of practical encryption. The German military used a physical electronic device called an Enigma machine which could encode and decode messages with incredible complexity, allowing for fast and secret communication. But through a combination of finding rotating daily codes and advanced analysis, the Allies were able to break the encryption of the Enigma machines. They gained a decisive military advantage, listening to encrypted German radio messages and accessing their true contents.But an encryption code doesn’t necessarily have to be based on complex mathematics. For their own secret radio communications, the American military would use Native American “code talkers,” soldiers who used their native languages like Comanche and Navajo. Speaking to each other in these languages, both in plain speech and in basic word-to-letter cipher codes, the code talkers could communicate orders and other information via radio. The German, Italian, and Japanese militaries could easily intercept these transmissions, but having no access to any Native American speakers, this relatively simple method of encryption was “unbreakable.”Modern electronic encryptionIn the modern world, encryption is done almost exclusively via computers. Instead of encrypting each word or letter with another, or even following a pattern to do so, electronic encryption “scrambles” individual bits of data in a randomized fashion and