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Statements

Subject Item
dbr:Encryption_by_date
dbo:wikiPageWikiLink
dbr:SAVILLE
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SAVILLE SAVILLE
rdfs:comment
Mit SAVILLE bezeichnet man ein Ver- und Entschlüsselungsverfahren, also die Kryptoalgorithmen, die in der geheimen Sammlung enthalten sind und bei den Streitkräften der NATO mit entsprechenden taktischen Datenschlüsselgeräten standardmäßig im Einsatz sind. Der Algorithmus von SAVILLE wird in Chips und Platinen implementiert und dient der Verschlüsselung von Telekommunikationsdaten im Hochsicherheits- und Militärbereich. SAVILLE is a classified NSA Type 1 encryption algorithm, developed in the late 1960s, jointly by the Government Communications Headquarters (GCHQ) in the UK and the National Security Agency (NSA) in the US. It is used broadly, often for voice encryption, and implemented in many encryption devices. Some devices and protocols that implement SAVILLE:
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Mit SAVILLE bezeichnet man ein Ver- und Entschlüsselungsverfahren, also die Kryptoalgorithmen, die in der geheimen Sammlung enthalten sind und bei den Streitkräften der NATO mit entsprechenden taktischen Datenschlüsselgeräten standardmäßig im Einsatz sind. Der Algorithmus von SAVILLE wird in Chips und Platinen implementiert und dient der Verschlüsselung von Telekommunikationsdaten im Hochsicherheits- und Militärbereich. Zur Verschlüsselung in der Europäischen Union (EU) werden ebenfalls Kryptochips mit dem SAVILLE-Algorithmus und Kryptofax-Geräte eingesetzt, die von der Europäischen Kommission vor Anfang der 1990er Jahre von der Siemens AG erworben wurden. SAVILLE soll zudem bereits seit den 1960er Jahren durch die USA im Einsatz sein. Beispiele sind der (Cryptographic RISC microprocessor), ein Chip der Lockheed Martin Advanced Technology Laboratories, der auch vom US-Nachrichtendienst National Security Agency (NSA) zertifiziert ist, und der Advanced INFOSEC Machine Chip von Motorola und das WINDSTER Modul der Harris Corporation. Die Zulassung dieser Geräte ist mit dem Geheimhaltungsgrad „STRENG GEHEIM“ eingestuft. Hersteller entsprechender Schlüsselgeräte für die Bundeswehr waren Siemens (ICM) und Bosch Telecom (ANT) und ist heute die Rohde & Schwarz SIT. SAVILLE is a classified NSA Type 1 encryption algorithm, developed in the late 1960s, jointly by the Government Communications Headquarters (GCHQ) in the UK and the National Security Agency (NSA) in the US. It is used broadly, often for voice encryption, and implemented in many encryption devices. Little is known publicly about the algorithm itself due to its classified nature and inclusion in the NSA's Suite A. Some documentation related to the KYK-13 fill device and statements made by military officials confirm that SAVILLE has a 128-bit key, which consists of 120 key bits and an 8-bit checksum. Furthermore, it is known that SAVILLE has two modes of operation: Autonomous Mode (also known as Key-Auto-KEY or KAK) and Autoclave Mode (also known as Cipher-Text Auto Key or CTAK). On the microchip, it runs at 4% of the clock rate (compare DES at 76% and BATON at 129%). The Cypris chip mentions two modes; specifications for and specify that they provide Saville I. Some devices and protocols that implement SAVILLE: * Secure Telephone Equipment (STU) * The VINSON family (voice encryption) * UK Lamberton (BID/250) * APCO Project 25 (single-channel land mobile radios) (Saville has algorithm ID 04) * Versatile encryption chips: , Cypris, , , , , * Spendex 40 * Spendex 50 (also known as DBT) * Elcrovox 1/4
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