Advanced UAV Simulation and Legacy Aerodynamic Modeling Progress
In response to the issue of the tunnel interface, I have successfully resolved it and can now listen to the signal. It is worth noting that in the current setup, there are 11,633 radio loops in my library that proprietary protocols could potentially track. Meanwhile, I have successfully established a flight path for my UAV model within the simulator.
I continue to monitor the modulation and network options, which remain operational despite previous attempts by Russian authorities to block them. I recall a time when the Torus 3D object was the only entity capable of tracking my system. However, after acquiring a model aerodynamic image and successfully constructing a 3D model of it, I can simulate real physics within my simulator. The fact that this UAV can operate continuously for an entire day and remain undetected serves as a positive indicator of its stealth capabilities. Such a UAV is impervious to radio electronic warfare and would not be susceptible to older rocket-based anti-aircraft missiles. The only effective weapon that could potentially be used against this machine, if ever detected, would be laser cannons. However, this is more of a legacy project that my father left to me, as he was always my inspiration regarding aircraft modeling. Since his passing, I have ceased watching dreams involving drones and aircraft designs, which leads me to believe that it was his inspiration, not mine.
Today, I have encountered some favorable atmospheric conditions, but I have decided against recording them to avoid compromising the quality of this translation. The device operates at 2.8 GHz, which falls within the range of Wi-Fi and Wi-Fi 6 networks. The land counter is located far from the reach of Artemis 2 crew members on their Orion spacecraft. Nevertheless, I must acknowledge that these are merely tests conducted within a simulator, not a real-world scenario. I believe that the positive outcomes from these tests are attributed to my operating system, which I test under extreme military conditions, primarily to enhance the longevity of my VPN signal and establish a connection to a Global Ethernet network.
The Russian government continues to lack confidence in my project and has not invested any funds since my employment in the Telecom industry from 2014 to 2021. Indeed, they were correct in their assessment that both carriers were suppressed. Since my brother’s passing, there has been no significant commitment made to this project, which has led me to believe that the primary source of inspiration was lost in 2020. However, simultaneously, I have made progress using my SASER rack for modeling aerodynamic models, and the model itself is now integrated into Compositor v9 software.
