RAD96 autonomous system belongs to the class of home use systems. This is the so-called “voltage pulling” system, which was used in apartment buildings of the Soviet period to supply current to a residential building. It is used for cable pulling and loop feeding at the same time. Since the machine rooms at that time were mainly equipped with passive transformers (without current amplifiers), the mains voltage was often insufficient and a real “pull-out” transformer was plugged into the outlet behind the junction box to power the apartment’s wiring loop. Although it is the 21st century and its 3rd decade, the problem persisted largely due to the large number of consumers in apartments with so-called “renovation” – in other words, in houses of the Soviet period, where the number of consumers is not provided (power outlets), more than according to the plan of the apartment. Often, with such a “repair”, the number of consumers is placed (by slitting), reaching up to >50 consumers in one apartment. This creates a huge preponderance in electricity consumption at the entrance, which makes it impossible to use even the number of consumers provided for other residents of the house by the Soviet apartment plan.

Initially, the autonomous system was called the Compositor software, the first prototype of which appeared in the MaxMSP language in 2012. Then the idea was born to implement such a program as a mobile application. Time have passed, and the situation became completely uncompromising, which led to the first prototype of the RTC8k autonomous system in the MaxMSP sublanguage – GenEXPR. During the development of the program, Compositor Software solved many problems: from a completely open system to a closed system with transformer virtualization. For this, the company made all the transformations at the DSP level (including the transformation of the entire ninety-six-pole resultant filter, which is the autonomous system, into a quaternion). Every autonomous system goes through this final transformation. All manufacturers of autonomous systems and operating systems process them with the final transformation, which is the quaternion rotation. They test them via operating systems for core injections, in order to build a final product. Compositor Software took a different path – instead of monetizing injections into the algorithm, the company performed all the transformations in 4 years and independently tested the algorithm for injections. In total, 10171 injections were made into the program code. This number of injections is enough to test the algorithm for reliability and at the same time leave a significant margin for using the RAD96 mobile application.

RAD96 autonomous system, unlike the transformers of the Soviet period, is virtual with the possibility of wireless use. It is written in C++, where all parameters are declared as double-precision floating-point variables, which allows you to establish the location of your apartment on an odometric basis and scale all networks in your apartment within the higher autonomous system. Using RAD96 mobile application you can keep all networks functioning in your apartment. Such networks include all the components of a “smart home”: an electrical network, a Wi-Fi network, a telephone network, signals from mobile stations, and even a water supply network equipped with electrical pressure sensors.

Most communication systems operate on a feeder-response basis. This is the general principle of all communication systems. If you want to reduce the volume of incoming unwanted calls, then the RAD96 autonomous system will be a reliable assistant in this matter. RAD96 autonomous system helps to learn unwanted calls and subsequently blocks such calls not at the provider level, but at the signaling call level of the communication source (unwanted switch or mobile phone). Each time you call the RAD96 mobile app, it rebuilds the internal feeder circuit and changes the tuning of all waveguides in the system. This makes your smartphone invisible in the signaling domain. Your phone can still be called, but it will be problematic for random dialers to predict the 128-bit stochastic chain, so such calls are immediately cut off.

At the beginning of work on RAD96 autonomous system, Compositor Software was considered the only company to connect to the hyperbolic link virtually. This turned out to be not the case, based on the compiled map issued from the teletype stream; you can make a list of all servers and clients using this type of communication. Here you can see a large number of clients and servers on the east coast of the United States, Spain, Sweden, Germany, and Russia to name a few. By supporting these distributed computing, RAD96 autonomous system offers its customers to increase the power of their host at the expense of other systems with an established algorithm. Together, all devices represent a single network, which allows you to secure your smartphone communications.

Compositor Software stands for the highest praise for its environmental performance. Considering the RAD96 mobile app from the point of view of a virtual antenna, it will greatly help to reduce the number of base stations and cellular antennas, just because of the repeater functions in the application itself. It reduces disturbances through radio waves, as well as heat emissions when the physical antenna-feeder paths are heated. The operating frequencies of 5G require transmitters and processors on ODU modules that are more powerful and the use of new technologies for waveguides supplied to the antenna bowl. All this is included in the DSP software functions of the RAD96 mobile code. Although the core temperature change is regulated, the RAD96 mobile app is a standalone zero emission system. Simply put, your phone will not heat up even if a constant DDoS attack is carried out on it, while RAD96 autonomous system working. Such an autonomous system is useful not only for top managers of companies, but also for ordinary citizens who want to secure their work with a smartphone. In addition to 5G, the development of this application is capturing the already advancing 6G technology, which will work in the terahertz range.

Total virtual power of a pull-out transformer in RAD96 autonomous system: 28160 W. This is enough to simulate a large power supply to your home’s electrical system. The total power of your euro sockets (CEE 7/4) remaining in the places of consumption provided for by the Soviet plan of the apartment is less, then this indicator. RAD96 autonomous system allows you to significantly increase the landing power of each of the inhabitants of the apartment. For example, imagine that you are simultaneously using an electric kettle, a vacuum cleaner, a coffee maker, a hair dryer, a computer, charging devices – and in fact you have only one virtual RAD96 autonomous system simulating this value. The consumption simulator is needed to accumulate power in an autonomous system circuit – this makes it possible to transmit and receive teletype writers around the world.

In fact, RAD96 autonomous system is not an input signal transmitter (you cannot transmit voice and other types of media using it), because the internal feeder of the system is ported to the DSP algorithm inputs. The feeder transmits over the entire frequency range from 150 Hz to 40 GHz. It has several operating frequencies in the audible spectrum, an intermediate frequency in VLF and an oversampling bus in SHF. Such an autonomous system transmits after transformation by quaternion rotation only in the 4^th dimension, which makes the detection of its signal completely impossible. The main useful information of RAD96 autonomous system is only its own metrics. These metrics include the temperature of the core of the system – this is the main parameter characterizing the system for injection. RAD96 autonomous system performs tagging “friend/foe”. At the beginning, any packet or frame that enters RAD96 autonomous system is treated as an injection (tagged as “foe”), which causes the temperature core to rise, measured in GHz. When a packet enters the algorithm, it is processed first by 48 consecutive negative resultant channels. Each of these channels validates the packet against its declared properties. If the packet passes the check, it gets into the positive resultant and is transmitted by the multicast method over the remaining 48 channels.