Digital Noise Channels

 Digital Noise Channels

Digital channels transmitting a stream of random numbers generated from the thermal noise of semiconductor devices can have a complex algorithm of operation. Apart from the owner of such a public channel, no one knows when digital noise is random and when it is synthesized
Accordingly, if your application can choose real random data from the stream, you can get absolute encryption strength. At the same time, other users may work with less strong ciphers.
 .The quality of the noise stream can be significantly improved by third-party users with the help of special processing using "huge programming objects" that perform asymmetric transformations. The output of such systems will have a different digital stream, the same for the transmitting and receiving sides.
Examples of Java applications using "huge programming objects" can be created even on modern smartphones.
Internet chats, announcements, news, Internet radio, counters, temporary reference values, etc. can be used as input digital streams for such an application. In this case, the same encryption keys will be independently generated for the sender and recipient. 
 

Huge programming objects

 

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