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The article addresses the current state of registration and evaluation of physical training of soldiers of the Army of the Czech Republic. It includes analytical and design part. The analytical part discusses the pros and cons of current evidence of physical training data and identifies the main shortcomings and problems. The article proposes the optimization of the current state through an advanced information system that would cover the current needs of physical education workers and for this purpose is currently created in the environment of the University of Defense in Brno. The article outlines the possible practical use of the information system in military practice.

The selection of optimal weapon systems is crucial for national defense. Traditional empirical methods struggle to address the complexities of modern warfare. This article explores the potential of constructive simulation for informed decision-making in this domain. Simulating tactical operations with complex variables, such as terrain, enemy actions, and system interoperability, provides valuable insights into weapon effectiveness. This enables the optimization of acquisitions in line with strategic goals. Design simulation allows for the exploration of factors difficult to test comparison of armament configurations, analysis of enemy tactics, and optimization of unit composition and deployment, saving costs and time. Simulation enables the safe exploration of even high-risk scenarios.

The article deals with the basic characteristics and tactical-technical requirements for the tactical unmanned aerial system (TUAS), which is planned to be implemented in the Czech Armed Forces in the upcoming years. Based on the results of the comparison of the Czech Armed Forces requirements with the parameters corresponding to the TUAS, the Hermes 900 and Heron systems of Israeli production appear to be the most suitable variants. Both aircrafts can represent a comprehensive solution in this area. They both have a long tradition of production, research and development and of course, they both meet the requirements for TUAS within NATO and the European traffic operations accreditation. However, the decisive selection parameter, apart from security risks and compatibility, is also the purchase price. The main goal of the article is to bring a view of the issue from a broader context and to find a possible way-out together with an evaluation of the advantages and disadvantages of each of the proposed variants.

The article deals with the development of the security system since the November 1989 events. Special attention is paid to the situation near the year 2005, when the last opportunity to update a comprehensive concept of security system occurred. The text deals with the comprehensive management of the security system issue. The authors of the article present key events and strategic documents forming the current shape of the Czech security system. In the final part of article, you can find the proposal of the strategic document management system within the security development system. Article results in the knowledge that the modern security system concept is still challenge for us.

The Security System of the Czech Republic has gradually profiled since 1998 to the shape as it is generally defined and described in the final part of the Security Strategy of the Czech Republic (2015). The article is contemplation over some possibilities to further improvement of the system in terms of the current state and challenges arising from developments in the security environment and in terms of options, how to adequately respond to them.

The purpose of the article is to present a situational analysis of the education and training system in the field of security in the Republic of Bulgaria in 2021, in which internal and external threats, strengths and weaknesses, problem areas and possible solutions will be highlighted. The subject of the article is the education and training system, as the specific subject is the education and training system in the field of security in the Republic of Bulgaria.

The article discusses the possibilities of joint deployment of combat unmanned ground vehicles with combat infantry units. It summarizes the deployment of these assets in past and present military operations, including the presentation of deployment experiences available from public sources, and examines the joint deployment of an infantry squad with an unmanned ground combat platform during an attack operation. Using a constructive simulation, it presents the results of the deployment of an infantry squad during an attack operation with and without the support of a combat unmanned ground vehicle. As part of the discussion, he develops the ideas necessary for the cooperation of the unit with an unmanned vehicle. The aim of the article is, among other things, to open a debate in the professional community about the possibilities of effective use of unmanned ground systems to support the activity of combat units in military operations.

The paper deals with the Czech artillery application equipment for enabling more efficient execution of classical ways of some measures in case of malfunction of the field artillery automated fire control system. The first part of the paper includes an analysis of Czech artillery current software and the introduction of two developed software. This two developed software are under finishing works and they should partly eliminate the poor Czech artillery software equipment. On the basis of the synthesis of author's experiences followed from the development of two new programs PVNPG-14 and ArtyCalc there are defined key principles in the paper, that should be applied in the future development of new software for the Czech artillery.

The term of "growing complex of threats" covers higher and higher probability of concatenation of various intercommoned, mutually tied factors reflecting structured technological and informational reality of global society, making their solving by traditional means of security system extremely difficult. "Crisis situation" represents more general problem of natural disasters or technology breakdowns that are influencing one another, that cause great distress or destruction, in an unexpected manner, activating subsequent threats of so far unforeseen threats. For that reason we must adapt Czech security system to new liquid, instant and indivisible complex threats.

The article concerns the issue of arson attacks in Israel.The issue of terrorism in Israel is quite broad, given that it is a very common phenomenon here and Israel deals with terrorism on a daily basis. The paper therefore focuses on incendiary balloons, a weapon that repeatedly caused fires around the Gaza Strip between 2018-2023. It examines their history, their design, outlines the possibilities of their elimination, the advantages and disadvantages of possible technical solutions, and a reflection on the future of their usage.

The preparation of soldiers for future employment in the civilian labor market is a critical issue that requires attention. This research aimed to identify soldiers' preferences regarding their transition to civilian employment after their military service. A questionnaire survey was conducted with 128 active-duty soldiers from two units of the Czech Armed Forces. The majority of respondents prefer a second career in the private sector, and most would like to start preparing several months before their service ends. Many respondents expressed interest in expanding their skills to improve employability, with retraining courses being the most preferred option. Overall, interest in the offered support tools for career transition was significant, with the job portal being the most favored. Many respondents believe soldiers face difficulties in securing civilian employment after their service and assess the current system for preparing soldiers for a second career as underdeveloped.

The assessment of force ratios and battle casualties is a crucial aspect of the military decision-making process. This article evaluates three different tools used by the Army of the Czech Republic at the tactical level: a calculator based on Lanchester's laws, a module within the Battle Information System, and a constructive simulation system. The results indicate that while all tools produce similar outputs, the constructive simulation system offers more accurate estimates of combat losses for both equipment and personnel. Additionally, this system enhances the ability of commanders and staff to adapt to changing scenarios during planning. The primary conclusion is that the constructive simulation system provides a practical and flexible solution for supporting the military decision-making process at the brigade and battalion levels.

The article is focused on operations of autonomous artillery weapon systems and possible requirements on survey units and their equipment. In the light of perspective purchase of artillery weapon systems it is necessary to analyze the character of operations of these systems and determine requirements on preparation of position areas. Goal of this article is to describe the character of autonomous artillery weapon systems operations in terms of functionality of individual components of navigation unit and based on this to set the requirements on survey units equipment. As the main method authors used method of scenarios where were as a scenarios determined individual variants of navigation system functionallity. Output of this article is determination of requirements on survey units equpment used for geting information about position coordinates and directions.

The manner of conducting modern large-scale combat operations (LSCOs) is characterized by the increasingly frequent and diverse use of unmanned aerial vehicles (UAVs) integrated into the Command, Control, Computers, Communications, Intelligence, Surveillance and Reconnaissance (C4IRS) system. These aircraft are one of the most important types of weapons in modern LSCOs. Anyone that has the technology can process the latest information from the field and safely passes that information to the command center has a great advantage and a chance to cause great damage to units whose goal is to prevent further operational work. What is important is that UAVs must have some degree of self-protection through site selection action to reconnaissance and retreat routes. The paper presents the possibility of using UAVs for various missions in LSCOs, as well as a case study of their use in previous modern armed conflicts.

This article contains the essence of the modular part of an automated artillery fire control system, which will enable automated detection of artillery ammunition ballistic characteristics using barcodes placed on missiles and cartridges. The article describes the current state of evidence of artillery ammunition ballistic characteristics, presents possible approaches to the concept of evidence of artillery ammunition ballistic characteristics using barcodes, defines the framework requirements for the automation of this part of artillery fire ballistics preparation, describes the determination of the distance individual corrections resulting from the artillery ammunition ballistic characteristics and states possible ways to automated processing overview of artillery ammunition carried by the conveyors of missiles and cartridges.

The article is based on a study carried out as part of the Long-Term Organizational Development Plan project by the Center for Security and Military-Strategic Studies of the University of Defense entitled "Armed Conflict". As part of the study, the issue of strategic surprise was analyzed and assessed, the aim of which was to find causal mechanisms and connections between the security of state defense and the phenomenon of surprise in the conditions of the 21st century. The article deals with the issue of surprise and its impact on state defense security. It describes strategic surprise as a principled aspect with implications and impacts on state defense. It examines the issue of surprise as a principle of military art in the context of contemporary strategic thinking.

The fire support is an inevitable prerequisite for the success of combat forces in land military operations and artillery is its key provider. Will it be even in a future complex and uncertain operating environment? The article recalls high requirements on the current ACR artillery and with the use of the Alliance partner's findings, it points to selected aspects that might influence its capabilities development towards the future operations. The article defines artillery as an indirect fire system and clarifies its role and tasks in the framework of joint fire support. It proposes measures to increase the quality of its training and management. It discusses the issue of an operational concept and its importance for the future ACR artillery, together with introducing main trends in areas of its potential development.

Methodically, presented study comes out of a book by Martin Potůček at al. Studying the Future as a Challenge. Its author offers a comprehensive characteristic of several fundamental challenges to social forecasting. It begins by defining forecasting as the formulation of conditional accounts of possible futures. The main forecasting theme to be solved are as follows: ageing Czech population as a security problem, corruption, criminality, organized crime as a tool of political and economy instability, the marginalization of Czech Armed Forces in context of globalization and overall European defence, possible threat of the collapse of Czech defence system.

The accession of the Czech Republic to NATO is reflected in the Czech security system, especially in the political, institutional, organizational and legislative areas. The article describes the ways to achieve the NATO key requirements: political, institutional, legislative, defence, resources, as well as information security and public support. In order to become fully capable to consume benefits of NATO membership and fulfil its obligations, appropriate legislative changes must be adopted. Four North Atlantic Treaty Organization pillars had to be integrated: Washington Treaty, defence planning, information security, mutual solidarity.

The research described in this paper was conducted in the framework of institutional research project Strategic Alternatives (STRATAL) within the Centre for Security and Military Strategic Studies of University of Defence in Brno, the Czech Republic. The main objective of this contribution is to assess the evolution of the Czech defence policy (CDP) since the last summer 2016. The main impetuses for the CDP evolution were provided by the NATO Summit in Warsaw, new European Global Strategy including the ambition to enhance defence cooperation among the EU member states and the pattern of dynamics in our security environment. The authors analysed the key change drivers (KCDs) and measures taken in political, military, administrative, economical and societal domain in order to evaluate the overall effectiveness of the defence policy. Finally, the authors offer several recommendations to enhance the responsiveness and preparedness of the Czech defence system and the Armed Forces both in short- and long-term time span.

The war game is a respected tool for commanders' decision-making. Its preparation, execution, and evaluation of results require precise organization and a considerable time commitment. However, the time aspect is a limiting factor in the current dynamic era to a rather objectified evaluation of the variants of operation execution. The article does not describe the process of wargame preparation, it focuses on the execution phase, where it presents the use of a particular simulation system in wargames and under which theoretical conditions the results of combat simulation can be considered valid. It also evaluates the time efficiency of its use in a wargame. It has been experimentally verified that the tested simulation system can be used for a wargame especially in the accelerated simulation mode. The configuration of the computing system was also verified, which allowed a substantial acceleration of the simulation run of the wargame scenario.

The change of security situation in the world, international ties and last but not least changes in operational environment, exploitation of new technologies are reflected by changes in defence planning, military organization, forces engagement and operational assessment. Time, flexibility, cooperation in coalition operations, interoperability in technology spheres play incommutable roles together with trained personnel. Command and control (C2) is self-contained system depending on many factors provided by the so-called System of Communication and Information. At present it is the very base for information collection, decision-making process, preparing variants of operation for both commander and his staff. Among others the author writes about Network Enabled Capability system introduced into Czech armed forces. C2 programme is also a part of educational curriculum at Defence University Brno.

Islamist territorially anchored violent non-state actors (ITAVNSAs) seeking to change the status quo of the current international system constitute one of the greatest challenges the international order based on mutual respect of equal sovereign states. These actors in areas without the presence of power states use explicit cross-border violence to achieve their objective in accordance with universal Islamist ideology - the construction of a caliphate. The paper presents in the theoretical and modern historical perspectives methods of reduction of anarchy in the international system - power, economic, legalistic and normative - and highlights the reasons why face to face of these actors, these heretofore functional ways, be it on a regional or system level of analysis, fail.

Authors of the paper present results of research in the area of deployment and operation of multirotors, i.e., autonomous aerial systems with vertical take-off and landing (VTOL) capability. Survey of Czech Army experts' opinions based on the Delphi method points to the significance of MINI VTOL UAS project undertaking - reconnaissance VTOL autonomous aerial system. The conclusion of the analysis is the identification of the primary applications of and requirements for (concept, system, and training) successful deployment of multirotors, with framing of existing issues of technical, acquisition/program and legislative nature, and determination of their importance. The paper also explores experts' views to the acquisition and operation of multirotors in Czech Army to achieve their full operational potential, certainly available in the future battlefield. Inconsistent architecture of information sharing was identified by experts as one of the most important issues with the highest likelihood of solution in the upcoming years.

This article presents a formal economic framework for assessing the sustainability of prolonged attritional warfare. Using the ongoing Russian invasion of Ukraine as a case study, the paper models the interaction between military production and consumption (losses) to evaluate the limits of state endurance under sustained conflict. The core of the analysis is a differential function of the war economy, defined as the net capacity to sustain operations over time, which is the difference between production and losses. This function is embedded within a theoretical construct that distinguishes between sustainable and unsustainable operational regimes, marked by critical thresholds of system exhaustion. Through a combination of regression analysis and symbolic modelling, the paper demonstrates how Russia’s current attritional strategy may be approaching a structural breaking point. The findings offer a conceptual and empirical basis for evaluating wartime industrial resilience and may inform strategic policy and conflict forecasting.

The paper assesses the conceptual framework for Czech defence policy formulation in the wake of a rapid change in its security environment after Russia's annexation of Crimea in March 2014 and the subsequent Russian support for separatists in Ukraine's eastern provinces and growing instability in the Middle East and North Africa. The article examines key measures taken in the political, military, administrative, economical and societal domains in order to evaluate the overall effectiveness of Czech defence policy. Finally, the authors offer several strategic level recommendations to enhance responsiveness and preparedness of the Czech defence system and Armed Forces as one of its most significant components both in short- and long-term perspective.

The article deals with the possibilities of protecting the outer perimeter of static military facilities using ground-based unmanned systems that can complement the already existing protective elements. The conclusions reached and theoretical assumptions were experimentally verified in the field during the protection of a small base, using UGS Taros Furbo and Tactical Decision Support System calculations. The protection routes calculated by the system were then practically implemented by dismounted patrols and autonomous UGS Taros Furbo, focusing on terrain traversability and time of overcoming. The main objective of the paper is to present to the military public the current possibilities of deploying UGS Taros Furbo in the protection of static military facilities such as command posts or bases. Their use can significantly reduce the requirements for the deployment of dismounted patrols to protect the outer perimeter.

Potential improvements of our security system depend above all on the governmental concern to really implement the reform, as a complicated, laborious and sensitive process. The preparing work being done in 2001-2002 proved deficiency in Czech security system. The author says that it is practicable to set rules by issuing clear directives, further it is necessary to prevent unreasoned manoeuvring within boundaries of implementation programmes, whatever manoeuvring could be motivated, by political, local, regional or subjective interests. This essay places emphasis on the presentation of various methods by which the security system could be changed for the better, explaining them in rather non-traditional ways, from more broad angle, embedded into a wide frame of knowledge, experiences and recommendations.

This article presents the first systematic analysis of cognitive resilience education within the Czech Ministry of Defence, which is growing in importance in the context of contemporary hybrid threats. Through methodological triangulation (document analysis, questionnaires, interviews), the research maps the coverage of relevant topics across all levels of formal military education. The SWOT analysis reveals both existing foundations for cognitive resilience development and the absence of a systematic approach to this issue. The results highlight three main challenges for transforming the educational system: systematisation of the approach, personnel resources, and infrastructure modernisation. The study establishes an empirical basis for strategic recommendations to strengthen military personnel resilience against information and psychological operations.

The essay deals with the concept of total force policy concept and its implementation. Some facts related to the history, implementation and development of this construct are presented in context of the Czech White Paper on Defence released in 2011. In order to improve capabilities of the national armed forces system, and as well as to diminish risks related to lack of human and financial sources in face of impeding population ageing, the author suggests a return to total force concept in the Czech Republic. He admits that the experiences with this policy before 1990 will be inoperative, as there is no chance of reintroducing of compulsory military service or the re-establishing of such paramilitary institutions such as e.g. the SVAZARM used to be.