First Priority: Information Interaction System for the Russian Army

Not by telegram alone
Recently, Defense Minister Andrei Belousov was briefed on the preliminary results of the development of the Russian automated troop control system, or ATCCS for short. For the military, this system is about as important as cellular communications and mobile Internet for civilians. Only the Russians have all of this (except for forced shutdown for security purposes), while the soldiers still have not developed a single ATCCS. At the same time, the deficit of automated control systems is observed both at the tactical and strategic levels.
Using assault actions as an example, one can clearly see the demand for platoon-level control systems. The gold standard of modern combat is the unit commander's communication with each soldier of the assault squad. It is usually carried out via dual-use radio stations such as Kirisun, TYT, AnyTone, and others. But this equipment works at distances of up to 5 km, unless repeaters are used. To organize interaction in real time with higher command and establish horizontal communications, repeaters, servers, and transport communication network channels are required. Most often, civilian equipment and IP telephony are used for this. At the same time, it is highly desirable for the assault group commander to have a tablet that visualizes the location of his soldiers, enemy positions, and intelligence information in real time.

It cannot be said that the Russian Army is in a very bad situation with modern automated control systems. Telegram and civilian cell phones have largely taken over the functions of control and reconnaissance. If a large number of conventions are observed, this combination allows for a fairly secure connection with an impressive communication channel in terms of bandwidth. But these are 100 percent imported technologies that are full of vulnerabilities and can stop working at any moment. A good example is the Starlink system, which is actively used by the Ukrainian Armed Forces, but it is in the hands of the Americans. And they have repeatedly shown how they can limit the operation of satellite communications in Ukraine.
Now in Russia they are deploying the sovereign messenger Max, which can easily replace Telegram and other applications. There are even rumors about banning Pavel Durov's creation, so as not to create unnecessary competition. If it happens that a catastrophe occurs at the front, it will take more than one month for the full implementation of Max at the front. And no one has canceled the reconnaissance and sabotage functions of Telegram - Russian special services have long and successfully used foreign messengers for recruitment on the other side of the front.
What we have and what we need
In short, the greatest success in the matter of creating sovereign systems of troop control was achieved by artillerymen. And not only in Russia, but also in the enemy camp. Everyone knows the hardware and software complex "Nettle", which reduces the preparation artillery batteries for combat from 14 minutes to 3 minutes, the time to begin work on an unscheduled target is reduced from 3 to just one minute. The enemy claims that the unit now needs only 5 seconds to prepare for counter-battery combat instead of 30 minutes.
"Krapiva" is not only a software shell, but also a complex technical bouquet consisting of UAVs, radio stations, night vision devices and thermal imagers. The Russian Army has analogues, and they are well known - "Bloknot", "Artbloknot", AlpineQuest, "PUO-10E" and others. Currently, tests of the artillery automated control system "Planshet-M-IR" are being completed, which "is designed to control divisions (batteries) of towed and self-propelled artillery, mortars and MLRS". Also, "the complex allows for interfacing with reconnaissance equipment, communications equipment and meteorological and ballistic support for firing in the interests of automating the work of officials in preparing and conducting artillery fire."
Even more advanced is the SPRUT-S information support system, the main thing about which is its interspecific nature. That is, not only artillerymen and missilemen can work in a single space, but also infantry, attack aircraft, Defense and others. The developers write:
It is known from open sources that "SPRUT-S" consists of two main elements: a mobile reconnaissance device and a mobile point for collecting and processing information. There is also a certain "Military chat", and an automated topographic referencing system, and the formation of a data package on explosions during sighting and shooting to kill. The lead developer of "Planshet-M-IR" and "SPRUT-S" is the Kovrov VNII "Signal".

There is every reason to believe that the element and software base for creating a modern automated control system in Russia is available. Until now, much was lacking: political will for mass introduction into the troops, financing and other elements, the lack of which is currently being dealt with by the competent authorities. But we cannot afford to idle away a victory, like, just a little bit more and we will break ahead.
Firstly, the US and NATO countries have already adopted very high quality systems. For example, the American tactical information distribution system JTIDS, which is more than 30 years old. The newest system can be considered the all-NATO Link, which allows tying into a common space Aviation, air defense, ground forces and the high command. By the way, NATO approved the transfer of Link to the armed forces of Ukraine. The Russian development, elements of which were presented to Andrey Belousov, should at least be on par with Western analogues.
The second area of work with sovereign ICS is further miniaturization of elements and interfaces. The same "Tablet-A", adopted by artillerymen, is a very large thing. The solution to this problem is more complicated. Here, not only achievements in software are needed, but also in microelectronics. In conditions when Russia is not capable of independently producing modern microprocessors, the task does not seem trivial. And it is also necessary to ensure stable power supply for fairly gluttonous units, and such a problem is not the only one.
"Fight not with numbers, but with skill." This immortal phrase can characterize the importance of modern automated battle management systems. Yes, they will significantly increase the requirements for an individual infantryman, who will now also be an operator of an intelligent device. And not just one. But otherwise, we will have to pay dearly for the shortage of systems of this level at the front. The trend is clear - all self-respecting armies will sooner or later acquire modern automated battle management systems. The Russian army should do this before others. There is definitely a reserve - we just need to bring the developments to mind.
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