The first version of the Java method for estimating, controlling and adjusting entropy has been written.The method will be debugged and added in version 0.4
Network Navigation Navigation using basic cellular communications (Network mode) sometimes works faster and more reliably than navigation using GPS/GLONASS. And if they try to jam the GPS signal (distort, replace) to counter the UAV, then the cellular signal can only be turned off. However, it can also be used to determine the very fact of a UAV flight. If the SIM card moves at the speed of a UAV off roads (through fields and forests), then it is unlikely to be a car. The accuracy of coordinate calculations will be very high. https://github.com/vallshmeleff/autopilotforUAV_GPS GPS and GSM tracker
Entropy correction module We generate short arrays of numbers (keys) and use different algorithms each time. An entropy correction module ( EnCalibrate ) has been added to the application. In the basic version. Custom versions can be released in a short time. At the next stage, the ability to manually configure parameters for generating, converting and sampling numbers will be added. The first module (method) for setting up feedback in MULTIMODE mode is currently being tested. Czech Entropy PRNG PS. The application does not encrypt information. This is just a random number generator
Direct Cell Interesting topic for Combat Photo Web Cam use on moving platforms. Particularly interesting after successful data transfer using Direct to Cell technology to/from Starlink Android Project
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