Computer-implemented method, and device for providing binary instructions

A device for automated, diversely redundant execution of binary instructions, the device comprising:

• a first processor having a first architecture;
• and
• a second processor having a second architecture'
• wherein the first processor is configured to execute binary instructions of a first format,
• wherein the second processor is configured to execute binary instructions of a second format different from the first format;
• wherein the device is configured to provide the first processor with at least one binary instruction in the first format and to provide the second processor with at least one binary instruction in the second format that is redundant to the at least one first binary instruction, wherein the device is configured to:
• (i) receive the at least one binary instruction of the first format and determine the at least one binary instruction of the second format depending on the at least one binary instruction of the first format, or (ii) receive a binary instruction redundant to the at least one binary instruction of the first format and to the at least one binary instruction of the second format, in a third format for binary instructions that is different from the first format and from the second format, and to determine the at least one binary instruction of the first format and the at least one binary instruction of the second format depending on the binary instruction of the third format.

A computer-implemented or hardware-implemented method for automated, diversely redundant execution of binary instructions, the method comprising the following steps:

• providing at least one binary instruction in a first format to a first processor, which has a first architecture and is configured to execute binary instructions of the first format;
• providing at least one binary instruction in a second format, which is redundant to the at least one binary instruction of the first format to a second processor, which has a second architecture different from the first architecture and is configured to execute binary instructions of the second format different from the first format;
• and
• (i) receiving the at least one binary instruction of the first format, and determining the at least one binary instruction of the second format depending on the at least one binary instruction of the first format, or (ii) receiving a binary instruction redundant to the at least one binary instruction of the first format and to the at least one binary instruction of the second format in a third format for binary instructions that is different from the first format and from the second format is received and determining the binary instruction of the first format and the binary instruction of the second format depending on the binary instruction of the third format.

A non-transitory machine-readable medium on which is stored a program including computer-readable instructions for automated, diversely redundant execution of binary instructions, the instructions, when executed by a computer, causing the computer to perform the following steps comprising:

• providing at least one binary instruction in a first format to a first processor, which has a first architecture and is configured to execute binary instructions of the first format;
• providing at least one binary instruction in a second format, which is redundant to the at least one binary instruction of the first format to a second processor, which has a second architecture different from the first architecture and is configured to execute binary instructions of the second format different from the first format;
• and
• (i) receiving the at least one binary instruction of the first format, and determining the at least one binary instruction of the second format depending on the at least one binary instruction of the first format, or (ii) receiving a binary instruction redundant to the at least one binary instruction of the first format and to the at least one binary instruction of the second format in a third format for binary instructions that is different from the first format and from the second format is received and determining the binary instruction of the first format and the binary instruction of the second format depending on the binary instruction of the third format