Originally published in Arsenal, vol. 5, 2011.
Translated by Microbalrog

A vehicle of the Beta-3M Central Computing Complex during a field exercise.
One chief tasks carried out by the Science and Research Institute of Automation Tools since the 1960′s was the creation of the complex of tactical-level automation means “Manever”. This work was carried out in under orders #686-252 from 02.09.1968 and #612-191 from 24.08.1973 from the Soviet Cabinet of Minister. The “Manevr” C&C system was adopted in 1982. Nearly 30 years have passed since…

Yuri Ivanovich Mosienko – Director of AGAT Control Systems Inc., head C&C system designer for the Belarussian Armed Forces
The chief designer for the system was Major-General Yuri Podrezov, head of the Institute. Another great contributor was the head of the department, Doctor of Technical Sciences R. P Nikolaev, who was justly seen as the main ideologue and inspiration behind the system. System development and architecture for the tactical-level command complex was done under his direct oversight.
All work has been carried out in cooperation with the leading institutions of the Ministries for Radio Industry, Defense Industry, and the scientific-military institutions of the USSR Ministry of Defense.
These joint efforts have allowed the creation of a system answering the most modern requirements of command and control and highest possible specifications, with no analogues world-wide. The complex was capable of working on the move, allowing impovements in operational response and command quality in combat. No foreign C&C system at the time could do that.
The mobile tactical-level complex is one of the key parts of “Manevr” and is a multi-level, hierarchic structure of force and weapons-control means, present on the division, regimental, and battalion level of command, as part of several interlinked subsystems of command and control.
The combined arms’ subsystem included:
- Headquarters and command subsystem
- Reconnaissance command subsystem.
- Chemical forces control subsystem
- Aviation battle control subsystem
The C&C system includes also the rocket forces and artillery control subsystem and the Air Defense subsystem.
When the tactical command system was created, an end-to-end process was first applied to creating a large integrated system. This methodology was based on a systemic approach from the formal representation of the object area in the form of a mathematical model to its full realization in the technological, linguistic, informational and software levels.
The specialists have developed a new System Programming Language, comprising a joint system of syntax for all “Manevr” subsystems for extra compatibility between the subsystems and with other connected objects and upper-level systems.
The division and regimental level links of the system were created by a team under Kuritzyn I.V., a Candidate of Technical Scientists, who was a chief designer for the division and regimental HQ. For the division level HQ, command vehicles MP21 (chief designer Lisitsyn), based on the MTLB-U and MP31 (chiev designer Tsarev), based on the BMP-1KSh, were created. Modifications were made later for various division and regimental officers.
The vehicles had modern computing means, including a command input keyboard, a small-scale graphic information input/output device, an alphabet/digital display, an onboard computer (Argon-1, later Argon-1M or “Uhlan”) and a documenting device, a multi-channel transmitter (“Basalt”, later “Redut”), an ultra-short-wave and shortwave radio station and communications complex, as well as navigation and observation tools.
The information and calculation process of the system were carried out using a “Ritm-10” central computing complex, later replaced with a more modern “Beta-3M” and designed to support the work of mobile command posts. The “Beta-3M” utilized an A-40 processor (“Ryad-1M” computer), an external 640kb memory device, as well as a 600kb ZUML-75 magnetic tape, and a documentic device. The complex was also linked to transmitters and ultra-shortwave stations similar to those on command vehicles.
The main purpose of the “Beta-3M” was solving operational and tactical command and control tasks during planning and execution stages of combat operations and automatic distribution of the decisions made to the division and regimental command posts. The communications system used was based on modern tools guaranteeing reliable communications both in static positions and on the move, including internal communications in the command posts, among command posts of the division and regiment, with upper-level command posts and linked objects. Encryption equipment of guaranteed security classes was used to protect the data. The equipment and organization of the communications guaranteed data transmissions in all combat conditions, including active and passive interference, ionizing radiation, ECM, etc. The system was controlled from the communications officers’ command vehicle, from which he was able to alter the communications architecture and address/route networks, to establish redundancy and alternative pathways in order to guarantee the transfer of information to figures of authority in battle conditions.
In the late 1970-’s – early 1980′s representatives of the State ordering body, the main contractors and the military-scientific team have participated in successful testing of the tactical C&C system as well as a range of headquarters and field exercising in which the complexes were used.
At the final stage, “Manevr” was tested in the armed forces in the largest training exercises in the Belarussian Military District “Zapad-81” where the system’s high specifications and effectiveness in combat cooperation were proven.
Order #1142-328 of the Central committee of the CPSU and the Ministers’ Cabinet of the USSR had adopted the “Manevr” tactical-level C&C system for use by the Soviet Army.
A large group of the most successful specialists and workers involved in development and testing of the complex received state awards. In 1983 the Institute itself received a Red Banner Order of Labor for its perfomance in the field of creating special equipment.
Almost simultaneously with adopting the “Manevr” in the USSR, work began to arm the various Warsaw Pact states. Order #20 from 11.01.1983 of the Minister of Radio Industry appointed the Institute to lead the creation of a Joint Field Command and Control System for the armed forces of Warsaw Pact states. The project involved 58 foreign plants and 535 organizationsi n the USSR, which set up manufacture of tactical-level complexes and systems, as well as artillery and rocket forces’ control systems.

An interesting historical document – a handwritten Soviet layout for the “Manevr”, used in the East German military.
Based on the Belarus Military District, a testing area was formed for the “Manevr” system to develop technological and software solutions, train specialists and deploy automation complexes in the armed forces.
In 1983, on the Dretun testing grounds in Belarus, a field exercise was carried out to test solutions for new types of units – reconnaissance-fire units and reconnaissance-strike units, using command posts armed with “Manevr”. The results of the exercised proved the decision to have been reasoanble and effective. This fact proves the possibility of expanding the area of use for such tactical-level automation complexes based on the conditions and requirements of the combat situation.
That said, use of the system in USSR and Warsaw Pact armies, as well as progress in electronics and communications equipment showed the necessity of additional development of tactical-level automation tools.
Therefore, in order #386 from 18.11.1985, the USSR Cabinet of Ministers ordered the Institute to improve “Manevr”.
The experience and high qualification of the institute’s specialists allowed to carry out the government’s assignment in a relatively brief timespan. In 1985-1987 the system was upgraded, including the computers, communications systems and software. State testing was carried out for the MP21R vehicle, and modificationso f the vehicle were made for various division officers. In 1986 automation reached the battalion levels. A command vehicle for battalion levels was created based on the BMP-2KSh chassis (chief designer O. A. Kaptzevich).
Further use and testing of the complexes in the regular use and training in combat-approximating conditions showed a meaningful improvement in system reliability and effectiveness.
As the system modernization was completed, the institute became one of the leading organizations in the country in terms of developing integrated, global, territorially-distributed special-purpose control systems.
At this time a modern scientific school was founded at the institute. Among its founders we can rightfully count Podrezov, Nikolaev, Goncharov, as well as N. I. Azamatov (first deputy department head, later, in the 1980′s, department head and chief engineer).
Among its accomplishments are development of a conceptual approach to open system interation and being the first in the world to utilize it in the 1970′s and 1980′s for a command and control system. One has to also note its accomplishments in building distributed computing complex allowing for distributed data processing and data storage in distributed databases. The system solutions developed in the Institute allowed the creation of unique software/hardware complexes for force, arms, reconnaissance, and EW control, capable of optimal adaptation to changing conditions, user needs, as well as informational and logical compatibility of all components and subsystems.
The accomplishments of the Institute’s scientists and experts are especially valuable given they were all produced using Soviet-made electronics, inferior in its specifications to the best foreign models. Despite that, systems were made – including the “Manevr” that were superior to contemporary C&C systems in a range of tactical and use specifications.
In 1988 the development of computing and communications tools as well as information technology in general, both in our country and abroad, reached a completely new level and quality. This became the basis for further development of tactical C&C tools using modern communications and information technology, personal computers, telecommunications gear, local and global networking solutions, new approaches to informational, linguistic, and mathematical support, and organization of the computing process.
Starting 1988, under order of the Central committee of the CPSU and the national government based on the “Manevr” development plan, the Institute, in cooperation with other Soviet organizations and plants, had begun a complex systemic projects to develop a front-level C&C system known as “Avangard” (Vanguard) under its Chief Designer V.I. Goncharov.
The systemic process included a radical modernization of all C&C systems, including tactical ones. Work on “Avanguard” was completed in 1992, and the first practical results were to be seen in 1995, but given the well-known events and the collapse of the USSR work was stopped. For the Institute, a completely new story began. Still, the main solutions of the unfinished projects were used in various projects of the institute involved in foreign contracts for special equipment, and automation of the Belarussian armed forces.
Looking back into the past today, nearly 30 years after the adoption of the “Manever” one can confidently say this unique work was the most meaningful, complex work among all developed and adopted automated C&C systems.

















































































