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ORYX is an encryption algorithm used in cellular communications in order to protect data traffic. It is a stream cipher designed to have a very strong 96-bit key strength with a way to reduce the strength to 32-bits for export. However, due to mistakes the actual strength is a trivial 16-bits and any signal can be cracked after the first 25–27 bytes. It is one of the four cryptographic primitives standardized by TIA's for use in their digital cellular communications standards TDMA and CDMA.

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  • ORYX (en)
  • Oryx (шифр) (ru)
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  • ORYX is an encryption algorithm used in cellular communications in order to protect data traffic. It is a stream cipher designed to have a very strong 96-bit key strength with a way to reduce the strength to 32-bits for export. However, due to mistakes the actual strength is a trivial 16-bits and any signal can be cracked after the first 25–27 bytes. It is one of the four cryptographic primitives standardized by TIA's for use in their digital cellular communications standards TDMA and CDMA. (en)
  • ORYX — алгоритм потокового шифрования с длиной ключа 96 бит (экспортный вариант шифра использовал только 32 бита ключа). Использовался для защиты данных в сотовых сетях, таких как IS-136 и CDMA2000. Из-за ошибок проектирования он использовал только 16-битный ключ. Так, узнав первые 25-27 байт любых данных, можно его взломать за операций. (ru)
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  • ORYX is an encryption algorithm used in cellular communications in order to protect data traffic. It is a stream cipher designed to have a very strong 96-bit key strength with a way to reduce the strength to 32-bits for export. However, due to mistakes the actual strength is a trivial 16-bits and any signal can be cracked after the first 25–27 bytes. It is one of the four cryptographic primitives standardized by TIA's for use in their digital cellular communications standards TDMA and CDMA. (en)
  • ORYX — алгоритм потокового шифрования с длиной ключа 96 бит (экспортный вариант шифра использовал только 32 бита ключа). Использовался для защиты данных в сотовых сетях, таких как IS-136 и CDMA2000. Из-за ошибок проектирования он использовал только 16-битный ключ. Так, узнав первые 25-27 байт любых данных, можно его взломать за операций. (ru)
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