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This paper deals with teaching of operations research at University of Defence and its support by means of using selected software for linear programming. The main aim of the paper is to demonstrate possibilities of using the add-in program Solver in Microsoft Excel and Linear Program Solver in teaching operations research via solving an illustrative example of linear programming problem. The paper further introduces operations research as a scientific discipline and a course taught at University of Defence. Last but not least, it discusses advantages and drawbacks of introducing software into teaching of operations research.

The article presents more than ten years of experience in testing the abilities of pilots during flight control on flight simulators. A hypothesis is stated about the possibilities of finding common features in flight control, the basic mathematical apparatus for evaluation is presented, the flight simulators used and, of course, the achieved results are presented. 110 pilots have already been tested and a total of 2360 missions - test flights - have been simulated. Subsequent mathematical analysis provided approximately 40,000 results suitable for further statistical processing. This amount of data obtained from realistically simulated flights provides a prerequisite for defining applicable conclusions to the proposed mortgages. For the needs of subsequent certification, a proposal for the pile measurement methodology was also prepared, which summarizes both the theoretical approach to pile testing and the procedure for carrying out tests on individual simulators. Part of the proposed methodology includes an overview of the software created to facilitate the recording of data from individual missions, as well as software for own analysis of the measured data from the missions.

This article deals with the use of constructive simulation software in the planning process of military engineer staff personnel. The possibilities regarding the implementation of MASA SWORD simulation software are demonstrated on specific data from the Engineer Support Management Course, with overlapping applications to other specialized military troops. Three scenarios were used for the simulations, which were practiced and verified during the course’s  exercise. Each scenario was evaluated in silico within the simulation environment, incorporating analytical and graphical outputs. Utilizing the MASA SWORD analytical module, each scenario underwent comparative analysis using statistical tests to assess the fulfilment or failure of the assigned task. The findings emphasize the promising role of constructive simulation in enhancing military personnel training and planning process on tactical level.

The work deals with the issue of engineer information, which is necessary for the planning of water crossing, and which can facilitate and speed up the proces of operation planning with the assistance of the staff members of engineer specialization. At present (2019) there is no application software development of engineer support tasks (hereinafter APV ŽEN) within the engineer command and control subsystem AČR, which would take into account the problem of water crossing by troops. The aim of the article is: to analyze the gathering of engineer information for water crossing and to describe it on a specific example of the Morava river, to identify the possibilities of water crossing by forces of AČR, to propose a map base for APV ŽEN, which will be supplemented by engineer information from Povodí s.p. and Motorway and Highway Directorate (hereinafter ŘSD) and to define measures that will support the availability of engineer information in water crossing.

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.

The paper is focused on research of military operations planning with the purpose of defining an efficient decision-making model at the tactical level for brigade-level offensive operation. Suggested model applies methods of multi-criteria decision-making – DIBR II (Defining Interrelationships Between Ranked Criteria II) and EDAS (Evaluation based on Distance from Average Solution) in order to decrease subjectivity while evaluating and ranking criteria, but also to select the most optimal course of action (COA). DIBR II method is used for the evaluation and determination of criteria coefficients, while the EDAS method enables choice between the most optimal COA. Application of simple and effective methods of multi - criteria decision - making accelerates the planning process and enables commanding officer to make optimal troop employment decision in a given operation.

The article outlines the outcome of a comprehensive researche aiming at the enhancement of decision making within the defence and operational planning processes. Both processes differ in purpose, neverthelles they are challenged by the very same problém to find solutions with maximum operational effectiveness of armed forces capabilities at minimum cost to achieve objectives. It applies constructive simulation namely the software instruments of MASA SWORD and assess its potential to support the process of capability requirements identification and validation of potential alternatives to achieve objectives. It provides reasonable evidence that constructive simulation is a valuable instrument to support the evidence based decision making within in the processes of defence planning and operations planning proces. Constructive simulation allows to identify the most suitable solutions in terms of both operational effectiveness and costs.

This study explores the main challenges faced by leaders within the multinational military operations process. Based on the aspects addressed in the literature review, the questionnaire survey method will be applied to a representative sample of military personnel who had participated in various multinational activities, as tactical leaders. The findings reveal that the most significant challenges perceived by leaders include linguistic barriers, command and control (C2) issues, and differences in training, endowment, and doctrine, with planning identified as the most challenging operational phase. Statistical analysis further indicates that experienced leaders perceive these challenges more acutely, and the study outlines key solutions proposed by respondents, such as developing language skills, enhancing interoperability, and fostering adaptability as essential traits for overcoming difficulties in multinational  military operations.

Accurate meteorological data is crucial for precise artillery fire, yet its availability can be compromised in combat conditions. This study investigates the impact of limited meteorological information on artillery accuracy and explores potential mitigation strategies. By analysing upperair data from a single weather station, we simulated various scenarios of reduced meteorological support. Our findings highlight the significance of meteorological factors on artillery performance and the potential consequences of inadequate data. We developed a foundational framework for offline artillery support products, emphasizing the need for robust methods to estimate atmospheric conditions in data-scarce environments. Future research will focus on incorporating advanced modelling techniques and additional data sources to enhance the accuracy and applicability of these products.

The article is a thematic sequel of a previous work addressing the concept of Multi-Domain Operations (MDO) in the context of modern warfare. It highlights the differences in the conceptual approaches to MDO as applied by the U.S. Armed Forces and NATO in response to current security challenges. The study outlines the shift by NATO and the U.S. from traditional joint operations to integrated strategies within respective operational domains. Based on a literature review and content analysis of doctrinal documents, it identifies a fundamental difference in the conceptual approaches of NATO and the U.S. to MDO. While the U.S. approach emphasizes a military-oriented model that generates synergistic effects through coordinated operations and technologically driven dominance, NATO’s framework favours a comprehensive civil-military model of strategic integration.

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 article brings a comparison of the approaches to the strategic defence analysis (SDA) and developing future Defence Concepts (DFDC) of the Czech Republic and Norway. The countries are in a different geopolitical situation, NOR being a country with borders that are part of the outer border of the Alliance, the Czech Republic being a country surrounded by three member countries of the Alliance and one PfP country. On the basis of the comparison of the two approaches, the authors identified differences and common points of the two. Based on the findings, the discussion provides inspiration for possible enhancements in the approach of the Czech Republic to SDA to ensure the future defence of the country. All that in context of current Security developments in Europe, that have an impact on how NATO member countries might deal with Article 3 and Article 5 of the Washington Treaty.

The article analyzes loitering munition as a distinct category separate from traditional UAVs and examines its role in recent armed conflicts. Drawing on qualitative and quantitative analysis, it finds that these systems have become a persistent feature of modern warfare, which is also reflected in the rapid expansion of acquisition efforts within NATO countries after years of stagnation. Building on these findings, the article introduces four functional criteria defining loitering munition and provides a targeted DOTMLPFI mapping that outlines the key requirements and indicative metrics needed to achieve full operational capability. The study shows that progress across all DOTMLPFI domains is essential for effective and sustainable integration, particularly in smaller armed forces.

Experienced experts in military modernization projects use a new generic implementation tool in defence planning to compile a comprehensive implementation plan for acquisitions. A software tool based on MS Excel facilitates the linking of a planning tool to create an implementation plan. The functional analysis matrix created by the software tool is suitable for the evaluation of DOTMLPFI functional areas within individual phases, especially the implementation phase and the evaluation phase. The resulting product is a checklist for the full implementation of a military project describing its life cycle with all major milestones, which respects the Czech Defence Standard and compatibility with NATO doctrine.

IoT devices (sensors, drones, cameras) are gaining more and more emphasis on military operations. The application of IoT elements in the military environment increases situational awareness and supports the acquisition and maintenance of information superiority. The information they provide about the enemy, the area of operations, and the location and status of our soldiers and assets can contribute to the successful execution of operations at the tactical, operational and strategic levels. However, they can also pose serious threats if their vulnerabilities allow the data they collected to leak or they provide access to the info-communication networks used for the enemy. In this article, the author examined the vulnerabilities of these IoT devices using keyword analysis. After drawing conclusions from the analysis of the relevant literature, he compared the results with the general-purpose IoT threats and attacks typical of today, like distributed denial of service attacks, security, software, security and privacy issues.

This study deconstructs the concept of active measures through the prism of information influence. It understands it as sophisticated methods of influencing public opinion and political decisions, originally used by the Soviet Union and now adapted to cyberspace by the Russian Federation. In the analysis, the concept is contrasted with the general abstraction of information influence. This helps to better understand the proximity of active measures to similar concepts. We conclude that abstractions of information influence are also valid for conceptual understanding and practical examples of contemporary Russian active measures. Active measures are subsidiary to information influence, serving as tactical means to achieve the latter's strategic goals. Furthermore, the author states that the information environment is the operational theatre for active operations, cyber operations can be its manifestation, information operations support as a key component of a broader information operations strategy, and psychological operations are its critical element.

Military spending is a widely discussed topic, especially in the current geopolitical landscape. Expenditures on "equipment" play a pivotal role in total defense spending.. However, the nature of the equipment expenditures is cumulative. Thus, when trying to estimate the capability of a state we should consider a longer period, not just one year. The aim of this article is, therefore, to offer (i) an exploratory analysis of the cumulative equipment expenditures of NATO countries between 2014-2023 and (ii) to verify - by using OLS multivariate regression - the extent to which the GDP per capita primarily drives these expenditures (adjusted per soldier), the share of defense spending from the GDP, or by the fraction of defense spending that goes specifically to equipment. The results show that the GDP per capita is by far the most powerful predictor.

Maintenance and repair (M&R) of military equipment are crucial for operational readiness. The article highlights challenges faced by military forces, particularly in the US, with significant equipment non-operable due to inefficient M&R. It emphasizes modernizing M&R through Predictive Maintenance (PM) and 3D Printing (AM). PM employs AI and data analytics for real-time monitoring and foreseeing malfunctions, signifying a strategic shift in M&R. AM significantly curtails downtime by enabling on-demand spare parts production, presenting a solution to traditional military M&R challenges. The article also underscores the economic advantages and potential for operational efficiency improvements through these technologies. However, it points out hurdles in implementing PM and AM, including high initial costs, lack of trained personnel, and the threat of counterfeit production in AM.

The annual examination is an integral part of the physical training system of a soldier of the Army of the Czech Republic, which assesses his physical fitness. This assessment provides dual feedback - it informs examinees of how they are performing against normative tables and each other, and at the same time, gives commanders an idea of the current physical fitness of their subordinates. This thesis focuses on the endurance event of the 12-minute run (also known as the Cooper test). Based on data from 2011 to 2021 and nearly 50,000 evaluated tests, the potential effects of age on soldiers' physical performance and appropriate adjustments to individual age limits were examined. The analysis showed that the difficulty setting for achieving the same rating differs for both genders and that there is a different decline in physical performance with increasing age than reflected in current norms. Based on these analyses, a proposal for modifications to the annual physical training test was developed and is appended to this paper.

Most experts believe that urban operations will gain importance in the future, but even though we have sufficient examples and experience at hand, we still struggle with the development of the necessary skills and capabilities. The resulting gaps are a combination of different tasking and shrinking resources in the past decades, the difficulty of training for and a mere misunderstanding of the urban environment and harmful innovations - we seem to find ourselves always in the beginning. Fighting in isolated "prisms of responsibility" requires flexible task forces with all necessary enablers at hand and well-trained commanders exercising mission command and understanding their role, task, and the purpose of action. Mastering the urban environment on all three levels of movement is a very challenging task and requires focused attention on various aspects, inter-actor interaction and interdisciplinary research and development. The development of a methodology suitable for looking into the hidden aspects and contextualizing them with current activities and future developments is key to capability development.

This article delves into multi-domain operations in the context of future warfighting. A multi-domain approach to operations is being progressively implemented in allied nations and within NATO, as well. It should also become a core interest for the Czech Republic, even if the sea and space domains do not represent the crucial area of potential operational engagement of the Army of the Czech Republic. The complexity of operations in a complex operating environment requires mutual interaction across all operational domains. The integration of the physical and virtual spheres of operations suggests that operations planning cannot be strictly oriented to individual operational domains. The interaction between operational domains must be perceived as a sine qua non for effective planning and conducting military operations. This is also a fundamental prerequisite for the successful activity of forces in a complex operating environment.

The aim of the paper is to determine the extent of the use of strategic and decision-making analysis methods and the specifics and barriers of their practical application in the process of creating conceptual documents in the Ministry of Defense of the Czech Republic. In the qualitative research, a semi-structured questionnaire was created for the purpose of data collection and submitted to eighteen creators of the department's conceptual documents. The obtained data were evaluated by open coding according to the grounded theory, one of the methods of systematizing qualitative data. The results show that the methods are used, but informally or in a modified form - adapted to the specifics of the department. Barriers to the use of methods, are primarily the varying level of competence of the creators, the inappropriateness of certain methods for certain types of documents, time pressure or the preference for an intuitive approach. The ideal strategy seems to be a combination of the intuitive and rational approach.

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 study deals with long-term monitoring of physical fitness of soldiers, namely members of the 31st Radiation, Chemical and Biological Protection Regiment in order to determine whether the annual fitness test has rising trend, or in another words, whether the military service physical training process is fittingly effective. The study was carried out by comparing the assessment of physical fitness each year 2012-2019. The monitored group consisted of 316 professional soldiers, who participated in this assessment regularly, without interruption in the same disciplines.
Due to the managed long-term military physical training process, overall improvement in the strength and endurance disciplines throughout the monitoring period took place.
Based on the acquired data, it may be stated that the annual testing showed rising trend and thus the efficiency of the in-service physical training process proved to be good and appropriate.

Data analyses using methods of exploratory and inductive statistics nowadays form an integral part of many areas of human activities. The paper is focused on the statistical processing of data using a new application STAT1 that works under Microsoft Office Excel. The explanation is given, the source is stated, and the comparison with alternative application software tools is mentioned. Moreover, the examples of practical utilization of STAT1 in the military area are presented.

The term "new wars" is often used to describe how terrorist groups achieve objectives in addition to the "classic" means of intervention by states. Terrorist organizations use asymmetric methods of warfare to target the weaknesses of Western states. Consequently, conventional wars have also changed into hybrid wars. The legal status of terrorist organizations is a major problem for the rule of law. In responding to terrorist attacks, the distinction between crime and terrorism is difficult. The "war on terror" is governed by different rules and principles and is extremely difficult to wage. Conflicts last a long time and victory against terrorism is rarely possible due to the networked structure of terrorist organizations and the way they intermingle with the population. In addition to an alliance-wide approach, there is a national solution to answer these new threats in form of the comprehensive national defense in Austria.

The article deals with providing situational awareness in operations at the operational level of command in the context of the information environment, the current nature of which significantly affects the execution of this capability. It examines the influence of three selected aspects - information overload, the expansion of advanced information technology and the growing importance of the cyber domain - on generating, maintaining and sharing situational awareness in planning and conduct of operations. It identifies and characterizes the respective sub-capabilities within the information area, necessary for operational headquarters to effectively provide situational awareness, and outline possible ways to develop these capabilities in terms of internal processes, technical equipment and personnel.

Similar to other fields, also in the military one, the Artificial Intelligence has become recently an evident solution for optimizing specific processes and activities. Therefore, this research paper aims to highlight the potential uses of Artificial Intelligence in the military operations carried out by the Land Forces. In this regard, analysing the framework of the operations process and applying suitable research methodology, the main findings are related to AI's contributions in optimizing commander's decisions during the progress of planning and execution. On the other hand, picturing the AI upgrated combat power of the Land Forces is another significant result of this study.

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 paper deals with the professional development of cyber security corps. In the introduction the individual elements that are active in cyber security are described. Strategic analysis of the education is carried out to define the initial state. The main part of the paper is devoted to the design of the education system. The individual elements are defined in the paper, and the model of relationships between these elements is shaped. The attachment contains complete set of topics and their classification into the strands to fulfil the profile of the cyber security expert.