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The modernization of armaments and military technology is one of the ways to increase the combat potential of the Armed Forces and has implications at all levels of the Armed Forces. Its main purpose is to replace obsolete technology with new ones to prepare the Armed Forces to meet the new challenges of the future security environment. New technologies play a key role in this regard. Not only the Armed Forces of the Czech Republic, but also other NATO and EU member states have planned significant modernization projects for conventional military conflict but also unconventional, asymmetric and hybrid conflicts. The authors examine approaches to the modernization of the Land Forces of selected countries. Finally, the armament strategy of selected countries is compared with the armament strategy of the Czech Republic's Land Forces.

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 article describes the basic foundations and significance of the manipulative technique called Deepfake, which in the environment of technological and informational expansion is also becoming a widely used tool for spreading propaganda. This advanced manipulation complements a wider spectrum of forms of disinformation and is increasingly being used as a means of conducting information operations, often as part of wider hybrid warfare. Effectively combating this kind of manipulation places high demands on consumers of information, both on the part of the detection tools used and on the part of the cognitive human approach based on critical thinking. The expansion and sophistication of similar manipulative techniques will continue, in connection with the development of modern technologies and the interconnectedness of the information environment. Although the Deepfake technique is not only associated with security-military aspects, its influence on information operations and hybrid warfare cannot be neglected.

Cognitive warfare is a new phenomenon that differs from any forms of action previously used in the information space aiming to affect the thinking of target groups. The main difference consists in the targeted and sophisticated use of scientific knowledge from neuroscience, with special attention on consciousness and perception of reality. This deeper understanding of how the human mind works has impacted distributed narratives and the choice of the most suitable technological platforms for their distribution to the target audience. This article presents a conceptual classification of cognitive warfare and defines its three core segments: neuroscience, technology and aspects of social science.

In military operations, there is increasing emphasis on multi-domain operations (MDO) across land, sea, air, space and cyberspace, with technology and cognitive domain operations playing key roles. However, it remains unclear how NATO can optimally prepare officers for MDO. We applied a military design thinking method in an international setting, involving participants from diverse professional backgrounds (government, academia, industry, and military), all experts in Command and Control, to design a blueprint for an operational-level MDO training program. This blueprint outlines the tasks, knowledge, skills and attitudes required for MDO, and describes the conditions for such a training program. Our findings provide valuable insights for developing MDO training programs for NATO officers.

Laser weapons have long been the subject of debate. The article discusses the potential adoption of laser weapons by infantry units and the future of small firearms. The text analyses these weapons in selected categories that subsequently support the evaluations and the conclusion. If miniaturisation is successfully managed, the comparison reveals an interesting paradox. While laser weapons and firearms do not rival each other as distinct functionalities, given the right conditions, they can actually complement each other and compensate for any disadvantages within their respective categories. Today's complex battlefield is placing ever greater demands on small arms, pushing conventional weapon mechanisms - combined with ammunition that guarantees accuracy and lower recoil, albeit at the expense of penetration - towards the limits of further possible advancement in technology. Improved passive individual protection restricts the wounding potential of pistol ammunition, reducing it to below 150 m for rifle cartridges, while guided ammunition tends to be prohibitively expensive. Under the right conditions, laser weapons could compensate for any of these drawbacks.

The article describes attributes will influence character of modern warfighting and presents the basic approach to prepare commanders and leaders of "new generation". The operational environment describes determinants and characteristic of today's and future warfighting. Technological development as booster, change the tools and the procedures but not the nature of war. Level of training and leadership quality multiplies combat power. The key findings and recommendations support fundamental idea of ability to lead and manage hybrid systems in volatile multi-dimensional environment, using various tools and sources, appropriate to specific environment and specific tactical level mission, stressed in last chapter as result of this study. The article´s aim is support discussion, which directions we will adapt currently ongoing or newly creating study programs, preparing new generation of warriors - leaders.

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 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.

Although the level of the overall CBRN threat in the world is currently considered to be low, there is a trend of a growing concern about CBRN terrorism. Various terrorist groups have shown interest in using CBRN materials to disrupt the global order and economy. The motivation and factors that influence the potential use of CBRN agents in terrorist attacks arise from the fact that CBRN agents have potentially high mortality and can cause serious consequences. A large number of potential dual-use (military and civilian) items as well as the introduction of new technologies in use can be utilized for the CBRN attacks and create a wide range of new possible terrorist (and military) threats. This paper provides a general overview of the past and current situations regarding CBRN terrorism, analyses some of current widely known new technologies that can be utilized for CBRN terrorist attacks and analyses the biggest potential threats from CBRN hazards.

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 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.

Biosafety and biodefense (i.e. all countermeasures preventing the spread of biological agents in the environment and population) are on the regular agenda of states and their militaries. Somewhat aside are global catastrophic biological risks (GCBR), which can destroy human society as a biological species. Although a precise definition of what constitutes a global catastrophic biological risk is still being sought, it can be considered the impact of potential global catastrophic risks (GCR) on the social, economic and biological structure of human existence. This implies that GCBRs are a subset of GCRs. It is also open to discussion whether in the case of GCBRs the risk must necessarily be biological agents, from viruses to humans, or whether anthropogenic threats can also be accepted as risk factors, or what the impact must be for a risk to be included under the designation GCBR.

The goal of this informative article is to comprehensively describe the causes of the formation and integration of cyber forces and information operations into the structure of the Army of the Czech Republic, including other significant connotations. The intention is not to present new scientific findings, but to point out the meaning of the existence of cybernetics and information operations as a necessary separate component of the Army of the Czech Republic capable of responding to the dynamic development of the security environment and the continuous development of modern technologies. The content and main arguments of this article reflect the transition from the classical form of warfare to the new platform, represented mainly by cyber space and a hybrid combination of a wide range of power tools with an emphasis on information operations.

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.

The article addresses the issue of the emergence of new technologies and their impact on the capabilities of the Czech Armed Forces (CAF). A summary of the recommendations is presented. In particular, there is a need for a conceptual approach to the integration of new systems in order to avoid spontaneous purchasing, which could be very logistically demanding. The very rapid development in the field of unmanned autonomous systems using elements of artificial intelligence offers opportunities to use them in support of the tasks of CAF. Due to the breadth of this issue, the scope is limited to the area of the Special Forces, which introduce these new sophisticated means into use throughout the Ministry of Defence of the Czech Republic.

The article describes the issue of implementing the Resistance Operating Concept as part of a comprehensive approach to ensuring the defense of the state and its resilience. The basic conditions necessary for the introduction of that instrument are sought, and a comparative analysis of selected European countries that started to build a resistance movement is carried out. The article further describes the strategic definition of the resistance movement in the conditions of the Czech Republic, the legislative definition of the resistance movement and its anchoring in the framework of mental law, and the connection of the resistance movement to individual phases of the conflict. It analyzes the relationship of the resistance movement to individual phases of the conflict and categorizes the actors of the resistance movement, their roles and the methods used. In conclusion, it defines the necessary conditions for the implementation of the resistance movement into the security and defense system of the state.

The aim of this paper is to contribute to scientific research in the field of examining the shortcomings in the use of strategic communication for armaments. A comprehensive approach that rationalises the political, military, economic and technical decision-making process, as well as appropriate strategic communication with stakeholders, is required for the procurement of military equipment for the armed forces. The paper first analyses the existing shortcomings in the use of strategic communication in support of armaments, and then recommends a model for the adequate use of it. The results of a questionnaire survey and structured interviews with specialists in strategic communication and armaments show a high level of support for the use of strategic communication. However, the selected case studies on the Pandur and BVP modernization projects did not confirm the assumption of an improvement in the ability of the Czech Ministry of Defence to acquire new military equipment.

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 paper evaluates the level of cooperation between the Ministry of Defence and the NATO Support and Procurement Agency (NSPA) in the field of procurement of military equipment. In the practical part, the results of the research on the level of participation of Czech-based suppliers in NSPA activities between 2018 and 2022 are presented. Pareto analysis comparing the participation of the Czech and international companies in contracts implemented by NSPA in terms of their subject, quantity and financial value is used. Qualitative case studies from three different areas illustrate in which NSPA projects the Czech Republic has already been involved in and which benefits and risks are associated with this cooperation for the MoD. Positives and drawbacks in the process of acquiring military equipment in-house and opportunities and threats that may arise from the acquisition of military equipment through the NSPA are summarised in the form of the SWOT analysis. Finally, recommendations are presented on how to improve the cooperation between the MoD and the NSPA in the field of acquisition.

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 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 article focuses on the concept of crowdsourcing in the social networking environment as a new phenomenon involving civilians in the intelligence process, enabling the use of their intelligence potential during armed conflict. Crowdsourcing of the civilian population is introduced by the example of NATO intervention during the first civil war in Libya. The article presents its use during the intelligence process at the strategic-operational level of command and control of the armed forces. It establishes its possible definition as a collection method of the intelligence process, and as a collection method which is disjunctively separable from similar intelligence collection methods.

The language training within the Ministry of Defence [MoD] of the Czech Republic is primarily focused on English. However, in accordance with the Concept of Personnel Training for the Needs of the MoD, the MoD provides language training in other foreign languages as well. The language teaching is the responsibility of the Language Centre of the University of Defence Brno [CJV UO] and includes English, French, German and Russian. The aim of this article is to compare the activities of the CJV UO with similar language centres in the defence departments of Germany, Austria and France and to present the teaching of French, German and Russian within the MoD through examples of good practice. In the context of the current geopolitical situation, the teaching of French, German and Russian becomes more important, and the CJV UO responds flexibly to the demands of the MoD regarding the provision of the teaching of these languages including professional language and electronic teaching support.

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.

Grey Rhino is a metaphor for security threat, which is unkept irrational for large extent also high probability of harmful effect on a subject of risk owner. Business continuity management system is assessed in a diagram as controlling instrument aimed at operational hazard mitigation of continuity disturbance of affected subject. A ´from Operations´ Value Added - O´VA is established as qualitative dynamic information about productivity of activities. The measures are designed in crisis scenario for quality improvement of subject´s crisis readiness. An indicator of business risk continuity slip is defined. In a connection with war conflict on Ukraine is assessed if it is Grey Rhino manifestation.

Based on the content analysis method, this study analyzes the first ever published security strategy of the Israel Defense Forces, which was published in 2015. The main objective of the paper is not only to present the circumstances of its creation and discuss the main objectives of this strategic security document, but also to outline the broader geopolitical context from which it emerged. The authors argue that the document primarily emphasized two areas - the use of force and capacity building of the Israeli military. Among other things, the publication of the strategy was intended to have a deterrent effect. In the conclusion, the authors compare the Gideon Plan and its follow-up, the Tnufa Plan, and point to the considerable importance that consensus among political and military elites has in the implementation of such a document and reflect on what lessons and inspiration can be drawn from this case in our geographic space in the process of formulating or reformulating strategic security documents.

The process of procuring military equipment, technology, material, and associated services (VM) is frequently shrouded in concerns about cost-effectiveness and, in some instances, even becomes the focus of law enforcement investigations. This often leads to delays in strategic investments and exposes involved individuals to the risk of criminal charges. Additionally, there is a notable lack of capacity to impartially evaluate the overall investment's efficacy. Consequently, the "Znalec" (Expert Witness) project was initiated as a part of the defense research program. Its objective is to explore the feasibility of establishing an expert institute that could impartially assess the value of the military procurements, set a standard for evaluating these assets, and outline a training program for relevant experts. This paper specifically addresses the first objective of the project, proposing a legal framework for the expert institute based on an extensive systems analysis.

The specification of terminology related to terms command and control (C2) is quite important for further scholarly examination of military science. The command and control area is nowadays under the constant impact of the influx of information technology, as well as it is affected by the changes in the contemporary security environment. This article is dedicated to the military, its history, and its contributions to current military operations. It provides an attempt to specify terms "command and control" in both general and military levels. Finally, it provides clarification of the terminology within command and control systems, as their terminology has been changing. In a simple way, the C2 could be characterized as the execution of authority by the commander, via communication and information systems, with the use of current standard operational procedures, under present laws and rules, to act in the interest of forces to meet assigned orders and intentions.

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.