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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.

Changing security environment and the need to address conventional and especially asymmetric threats and risks, wherever they occur, establish clear requirements on the development of national capabilities. Armed forces are required to be fully deployable and sustainable in operations in austere conditions for an extended period of time. In NATO-led operations currently participate many nations of different sizes, force structures, equipment, training and capabilities. The only way to reach operational goals while achieving economies of scale is a mutual cooperation of all involved participants. Basic key prerequisite for such cooperation is interoperability.

The article deals with the possibility of using simulation technologies in the training of students of the University of Defence in tactical training and seeks to answer the question whether the use of these means brings demonstrable effectiveness by means of an experiment. First-year students in a Field Training course were randomly divided into 42 sections of approximately equal numbers and then assigned to 3 categories based on their use of live and virtual simulation. All groups were assigned points for a specific tactical activity during the final exercise. The total scores of all groups were subjected to a subsequent statistical investigation using a one-factor analysis of variance on the data to examine whether there were statistically significant differences between the groups. Although students' use of modern simulation technology had a perceived positive effect on improving the quality of training, there was no evidence of statistically significant differences between the groups studied using statistical methods. However, the results of the experiment do show to some extent that some differences do exist between the groups and therefore leaves some opportunity to conduct similar, or more extensive research, in an effort to promote the attractiveness of the training process to military school students.

This paper deals with the issue of logistics planning – one of the seven planning domains of defence planning in the Ministry of Defence Department of the Slovak Republic. In the framework of the descriptive research problem, the author was looking for an answer to the question: How is logistics planned in the defence planning system at the departmental level? The article contains the results of theoretical and empirical research carried out on the given issue. The author explains the main theoretical background of the research issue, describesin more detail the methodology of logistics planning in the conditions of the department as well as current knowledge and experience from practice, points out the most significant problems in the field and proposes their possible solutions.

The article deals with the evaluation of current possibilities of medical support capabilities in the area of Chemical, Biological, Radiological and Nuclear Defence. The evaluation of national strategic documents shows that the area of providing care in the event of chemical and biological hazards is significantly more developed than in the area of radiation, while the security threats associated with radiation are constantly growing. Analysis of NATO standardization documents in the field of medical support and relevant Czech doctrinal documents was carried out, based on which the diagnostics and triage of irradiated persons, called biological dosimetry, was identified as a potential capability. Using the capability planning methodology and based on the evaluation of the functional areas, a conceptual approach to the development of biological dosimetry capabilities was defined. The presented recommendations also include a proposal for the organizational structure of the Czech Armed Forces biodosimetric network.

The article presents selected functionalities of intelligence support in the Czech Armed Forces, which are addressed in the context of opportunities and challenges of the future operating environment. Its aim is to formulate, in parallel reflection with the current approaches of the North Atlantic Treaty Organization, the possibilities of implementing intelligence, surveillance, reconnaissance and electromagnetic warfare in national conditions. Military practice is presented with a direction on how to respond to changes in the nature of the operational environment, including changes in the physical and non-physical domains of the battlespace to which all components of modern military forces must adapt while maintaining the necessary interoperability. The article is a response to differing and often not entirely correct understandings of the issue, which can be found even among specialists. It summarizes what has been learned so far and suggests where the discussed functionalities should go.

The article deals with the use and future prospects of the international cooperation for the development some of Czech Armed Forces capabilities in the field of military medicine. It has no ambition to address this issue in its entirety, but only contains an analysis of some of the current formats and initiatives of international cooperation in the field of military medicine, with the justification of their origins and a brief evaluation of their contribution. Part of the article is also a proposal for possible measures to improve the development of medical capabilities in the framework of international cooperation.

The article deals with the method of application of evaluation tools, applicable for the evaluation of the preparedness assessment of undeclared headquarters and units of the Czech Armed Forces. As a part of the research there were analysed the approaches of the Czech Republic and NATO using of a comparative analysis supplemented by a structured interview. The results of the research confirmed the inconsistent approach to the application of standardized tools and methods for evaluation of units, which are not declared for the NATO and the EU Task Forces. Based on the results of the analysis and with the utilization of the best practice approaches, there was formulated an innovative approach to assessment of the required capabilities of all headquarters and units. The evaluation of these preparedness is carried out at the end of each Czech Armed Forces operational training cycle.

Over the last few years, a need for reinforcing the NATO-EU mutual coherence has become increasingly apparent. The EU and NATO have recently initiated the steps to consolidate the strategic cooperation where a way ahead to converge NDPP and CSDP planning process was also underpinned. The recent introduction of new tools tailored to get more effective the CSDP process offers new opportunities for facilitating a convergence of EU and NATO planning approaches. Even if it is impossible to assume that the Alliance's and the Union's planning processes would become identical, the implementation of PESCO and other subsequent procedural tools has created a room for potential synchronization and harmonization of respective planning processes. The paper summarises findings on certain parts of both processes which could be brought closer, in terms of time and procedures, without affecting the autonomy of both organizations in any way.

Chemical, Biological, Radiological and Nuclear (CBRN) weapons still represent a relevant threat despite international treaties and regulations. International projects like the Permanent Structured Cooperation (PESCO) of European Union (EU) appears as a suitable way of the further development when considered both complexity and expensiveness of the countermeasures to the CBRN. In this work, basic principles of PESCO, limitations, opportunities and expected directions of innovations were searched. The final recommendations on PESCO projects in the CBRN field are founded on the reached findings. Recommendations and conclusions on limited PESCO efficacy on one side and opportunity to resolve weakness of the Army of the Czech Republic (AČR) in the CBRN by collaboration in the EU on the other were particularly described in this paper. Without the collaboration, the AČR will hardly reflect the progress on CBRN defense.

The article deals with the artillery manual gunnery in accordance with the modernization of the czech artillery. The article describes the results of research aimed at innovating manual (alternative) methods of determining the firing data so that they are applicable on the contemporary battlefield and are compatible with the nature of the data used by artillery within the NATO. The issue of the article is aimed primarily at determining the firing data by the use of meteorological techniques, while presenting the outputs of a comparative analysis of procedures used in the czech artillery with the procedures applied by the US army. The main contribution of the article is a critical evaluation of the approaches of both armies and a proposal for innovation of existing procedures so that the most beneficial requirements are applied and negatives are eliminated.

The article focuses on identifying the key factors of human resources within the Czech state needed to carry out mobilization of the armed forces in case of a military conflict. It primarily answers the questions of whether these factors are sufficient and can be used effectively in the mobilization process. It addresses the issue of military records, sustainability of military reserves and their profitability. It also deals with the influence of secondary factors on the possibilities of creating and training reserves, especially the motivation of citizens to defend the state and the physical fitness of the mobilized population.

After several years of reducing of the Czech defence budget there is a reversal and the Czech MoD begins to manage the increased budget especially for Czech Armed Forces capability development. The Czech Armed Forces is for many years actively involved in the process sharing multi-national capabilities of NATO. Among the former activities such as Smart Defence and Connected Forces Initiative, is also initiative Framework Nations Concept. This article analyzes the overall framework of this initiative, direction and development of this concept.

The Common Security and Defence Policy (CSDP), on the basis of which the EU builds its defence identity, has a broad spectrum. It focuses not only on the defence component of the CSDP, but also on associated areas such as defence industry and market, defence research and development, and supports them with related legislation and various policy and financial instruments. On the one hand, this prevents the issue of European defence from being easily confined. On the other hand, this reflects the robustness of the EU's approach to European defence and its willingness to mobilize all available resources. The article describes the evolution of European defence, its major milestones and actors, related processes and rules, and the key tools that are now largely concentrated under the umbrella of the CSDP. Current issues of European defence, including scenarios of its possible future development, are also addressed, as well as the contribution of the Czech Republic.

The aim of the article is to compare the term and definition of "Intelligence Support" used in the Czech Armed Forces with related terms used in the North Atlantic Treaty Organisation, United States Army and Slowak Ground Forces. The article proposes updated Czech terms and definitions. The article can serve as a basis for a next discussion, for a dictionary processing, it will help intelligence staffs in orientation in intelligence terminology and it improves interoperability within the North Atlantic Treaty Organisation and in foreign missions.

The authors offer the research outcome focusing on the assessment of risk management practices applied in the Armed Forces development planning process. Based on analytical outcomes, contemporary theory and best practices authors outline comprehensive approach to risk management within the Armed Forces development planning process. The purpose of the article is to enhance effectiveness of existing managerial process and elevate risk management from rather administrative exercise to effective management tool in the time of growing level of uncertainty. As the most suitable instrument, the Risk Management Plan is developed including the necessary implementation measures within the Armed Forces of the Czech Republic.

The following thesis focuses on the issues regarding deployment of medical forces within the shifting operational environment. It analyzes its development stages and considers their meaning and influence on current and forecasted developments of military health capabilities in the long run. The authors' fundamental research question is to be whether the changes to the operational environment's dynamics and scope will substantiate as the defining factors for ensuring interoperability with Alliance partners, for the purposes of developing new type of medical capabilities needed. Moreover, the importance of a rarely emphasized role of operational art in military medicine is discussed. Such tool seems to be a key element for the harmonization of strategic objectives with long-term tactical activities.

The article describes CBRN EOD capability, which is one of the developed areas within the scope of the Czech Armed Forces Chemical Corps. It depicts CBRN EOD in the context of operational use of chemical troops, introduces an option of appropriate task force and mentions basic operational requirements to ensure safe proceeding at the incident site. It highlights the importance of common training and interoperability amongst participating units. The article derives from NATO written sources, national operational procedures and expert views of interested persons.

The article thematically completes a series of articles which subject was to present outcomes of analyses focused on national as well as NATO and EU capability planning processes. Synthesis of analysis outcomes resulted in conceiving a methodologic framework for military capability assessment, whereas the first phase of this framework, i.e. configuration of the national capability requirements database, has been already described in the previous edition of the Czech Military Review. So this article details final phases of the proposed methodological framework, which are set of reference units and mechanism for matching capability requirements against current state capabilities. The key outcome of capability matching phase is identification of capability shortfalls and their subsequent prioritisation. The level of priority is expressed as a degree of operational risk and relates to an expected intensity of operational engagement of force units in military operations. This approach stems from the principle of the capability assessment process which shall be carried out by military experts and which deals exclusively with an expected military end-state in operations.

The establishment of the Permanent Structured Co-operation (PESCO) in defence in 2017 is one of the most important European initiatives of recent years, aiming at enhancing effectiveness in addressing security challenges and advancing towards further integrating defence cooperation within the EU framework. The article describes the genesis of PESCO and explains its functioning, including its legal framework, objectives, the role of the main actors and the dynamics of the whole process. The purpose of the article is to demonstrate the scope and strength of the more binding commitments that the participating Member States have decided to fulfil in the name of strengthening Europe's defence under the umbrella of the Common Security and Defence Policy.

The article examines the different approaches of the North Atlantic Treaty Organization and the United States Armed Forces towards Electronic Warfare, the military activity in the Electromagnetic Environment. All reference materials used for this analysis, including the specifics of the Army of the Czech Republic's approach toward the subject area, were obtained from unclassified military sources. It describes, explains and visualizes the individual approaches, and by their comparison it identifies and subsequently emphasizes cases of divergence, including non-compliance in established Czech terms, definitions and abbreviations. It highlights the obsolescence of the still valid military publication Electronic Warfare in the Army of the Czech Republic, the use of which, in its current form, has already been deemed as unfounded and counterproductive. It presents proposals and recommendations for unification of approach towards the Electronic Warfare issues within the Army of the Czech Republic, in order to ensure consistency with the current North Atlantic Treaty Organization policy related to activities in the Electromagnetic Environment. It contributes to better understanding of doctrinal views on the role of Electronic Warfare in execution of combat support tasks in contemporary military operations, thus creating preconditions for elimination of associated misunderstandings in terms of the Army of the Czech Republic.

Since the 1st release of an internal ministerial norm guiding planning processes of activities and development within the Czech Ministry of Defence (MOD) presuming existence of Capability Planning Methodology, this document has not been established. This article offers selected theoretical starting points and, on their basis, it outlines possible a ministerial process tree focused on the capability process as a ground for its definition within Czech MOD conditions. Further in a framework of an added value model proposes possible internal structure of above mentioned process down to sub-processes level with justification of their purpose and mutual links. Formulating mentioned attributes of the capability planning process this article makes a contribution to set up this process within the Czech MOD.

The paper deals with cyber security, cyber defence and operations in cyber space. It follows earlier performed analysis of cyber defence tasks and proposes distribution of competencies among key players. The required capabilities are derived from tasks determined by legislation, NATO and EU commitments and earlier developed strategic and operational scenarios. Comparing required capabilities and an actual state, a solution harmonizing defence in cyber space with defence of the Czech Republic and ensuring the cyber space defence and integration cyber capabilities into common operations conducting is proposed.

The paper deals with cyber security, cyber defence and operations in cyber space focusing on the department of defence. Tasks implied from the Czech Republic's, NATO's and European Union strategic documents and roles of participating subjects have been analysed. Four scenarios as another source of identified tasks were created and used to describe possible situations requiring cyber defence capabilities. The presented analysis is a prerequisite for specifying required capabilities, and a proposal how to assign roles, responsibilities and required capabilities.

The paper deals with the ability of engineer units to provide engineer mobility support in combat operations. Based on the analysis of the results of structured interviews conducted with extensive amount of the Czech Armed Forces officers, and their generalization, were found discrepancies between the current and required state in the organizational structure of engineer units to provide effective mobility support, and requirements for engineer devices to support mobility in the Czech Armed Forces conditions were formulated. The aim of this article is to present recommendations for inclusion of different types of engineer devices into formed engineer formations for mobility support in relation to the tasks performed within engineer role of mobility support and determine recommendations for the further direction of research in this area.

The aim of the article is to bring out results of the comparative analysis of NATO and EU defence planning processes. The comparative analysis was focused on identification of those findings which are identical for both NATO and the EU and which might be also beneficial for optimising the national defence planning process within the Czech Ministry of Defence. From this perspective, the key analysis outcome is identification of similar phases which were found out while comparing respective NATO´s and EU´s planning tools, i.e. J-DARTS and SAEP Process. Even if NATO and the EU are using a different terminology and different approaches to achieve expected results, the substance of respective phases is almost identical. A course of action how to implement the analysis outcomes into the national defence planning process might be the subject of a follow on research.

This paper aims to enrich professional discussion on future shape of the Armed Forces of the Czech Republic (AFCR) and is linked to the preceding research and publishing activities of members of the Centre for Security and Military Strategic Studies (CBVSS) at the University of Defence. In its first part, it performs a historical tour to the year 2012 and highlights the reasons that the former leadership of the ACR led to the start of construction work on the concept of AFCR (KVAČR). Briefly describes the interconnection and the hierarchy of individual conceptual and strategic documents, the procedure works on them and summarizes the arguments supporting the need of KVAČR as such. The next section brings potential methodological approaches to the preparation of this document, using the method of the "9S", including practical examples, it renumbers basic strategic assumptions and priorities in various stages, bordered by years 2020 and 2025 as a prerequisite for formulating strategies for achieving this specific goal. Within the document, there is a short excursion into the field of long-term planning for major areas of skills, using their description of DOTMLPFI functional areas, including an example of using this methodology in project preparation of program funding. The recommendations formulated in the article are based on the authors' best experiences with the preparation of documents of a similar type in the years 2003-2013, the recommendations of experts from the broader security community of the Czech Republic, and recommendations of the Alliance. As such, it has been passed to the KVAČR processors at level of the General Staff of AFCR over the years 2013-2014.

The process of the Lessons Learned in the Czech Armed Forces is not ideal for several reasons. One of them is the underestimation of the process by top management. Another one is the low level of awareness of the process, institutions, possibilities and importance of the Lessons Learned Process as a whole. The aim of this article is to clarify the Lessons Learned Process as a tool to support the organization. The first part of the article deals with the process of the Lessons Learned in the Czech Armed Forces including terminology. The second part of the article describes the factual implementation of the Lessons Learned in the Czech Armed Forces. It points out achievements as well as drawbacks during its implementation. In addition to that, it introduces the current Czech military publications dealing with this topic. The conclusion presents the description of some suggestions and recommendations for further development of this process.

This article deals with challenges for the defence policy and strategy of the Czech Republic and their further adaptation and. It outlines set of recommendations for ensuring its armed forces relevance and their long term sustainability. The article reflects debate during the international conference Defence and Strategy organised by the Centre of Security and Military Strategic Studies of the Defence University and held on 15-16 June 2015 in Brno.

The article deals with the use of military police in combat operations during dominance phase.Itdescribes the place androleofmilitarypoliceas combat support units, analyzes experience from previous and ongoing operations and specifies the possible activities of military police during this phase. In conclusion it gives recommendations for the development of capabilities in terms of the activities performed and possible changes in organizational structures. The content of the article is based on thesis prepared by the participant of the 27th General Staff Course at the University of Defence.