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The Lessons Learned from the military operations and exercises as a system and process was introduced to the Czech Armed Forces in 2004. Since this time, it become a standard component of command and control, and one of the tools that generates impulses on the development of capability of the units and staffs, at all levels. The article discusses not only the achievements but focusing on the barriers that hinder effective development system and the lessons learned process. In the first part of the article, this loosely follows the article, published in issue 1/2015 magazine Vojenské rozhledy - Czech Military Rewiev, the authors focused on the basic principles of the process. The focus of the article is to analyse the current state of the lessons learned process with result, that one of the main problems is the misunderstanding of the process by some commanders and also analysis of the lessons identified on the strategic level. At the end of the text, the authors presented recommendations on how to overcome the identified barriers and ensure the further optimization of the process.

The Russia has presented the ongoing war in Ukraine by the term special military operation, whose goals were declared by Russian President Putin in terms of demilitarization and denazification of Ukraine. In the wider context, there is an imperial effort of Russia to enforce its power and influence in the region by an offensive and aggressive war. The authors define the fundamental difference between a special operation and the so-called special military operation in the context of contemporary interpretation of the Kremlin. They further argue the way in which Russia is trying to justify the war and discuss its reality in terms of international law.

The article describes an innovative view of a possible methodical process of access and protection against disinformation. The ever-increasing digitization and use of cyberspace to disseminate all kinds of data and information provides users with an indisputable number of associated benefits associated with rapid access, distribution or sharing of current knowledge. However, this development trend also reciprocally generates a number of related threats that need to be faced. Our own resilience and effective tools against information campaigns and information actions of all relevant actors play the key role here. The critical thinking itself and the process mechanisms used to access information are the focus of overall resilience to this type of security threats. Thus, the methodical process can help a wide range of readers broaden their view of the complexity of the problem and partially minimize the associated security risks.

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.

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.

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.

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.

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.

Partisan and paramilitary groups operating on Colombian soil have been representing a serious regional security threat for the last fifty years. The most successful attempt to conclude a peace treaty between the government and the insurgents is represented by the peace process that took place between 2012-2016. This process resulted in the agreement between the colombian government and the guerilla group Fuerzas Armadas Revolucionarias de Colombia - Ejército del Pueblo. This paper deals with the dynamics of the of the peace processes between the government and guerilla groups and analyzes the factors contributing to the escalation and deescalation of the conflict and factors that enabled or on the contrary disabled a successful demobilization of the insurgents. The analysis of the demobilization uncovered a number of factors indicating a contradictory acting of both sides of the conflict. While the adversaries were negotiating the peace agreement, in the same time they were violating the previous agreements. Such behaviour was caused mainly due to the absence of a strong sponsor.

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 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.

Uncertainty is a constant in war. Militaries regularly go into conflicts with operational concepts that are not relevant in the face of the enemy and his plans. The authors propose a way to reduce uncertainty and rapidly check, then adapt, the operational concept - designed learning operations at the beginning of campaigns. These relatively small operations will create friction with the enemy, giving learning teams crucial information to assess their operational concepts. Learning operations offer conventional militaries a way to maximize their advantages over sub-state enemies, by concentrating learning at the outset of the fight and adapting first.

The war in Ukraine has become a global issue that has been closely monitored and evaluated by military experts and the media since its beginning. The aim of this article is to point out some specific aspects of the development of the conflict in Ukraine in its initial stages. In the beginning of the article, the author deals with the surprising development of the so-called "special military operation", leading to a change in Russia's original plans. In the following parts, he discusses the way the forces of the warring parties are used in individual domains, applies the principles of warfare and discusses the possible causes of the operational failure of the Russian military forces. The article mainly uses data from open sources. Analysis, comparison, deduction and synthesis were used in its compilation. The overall intention of the author is to offer readers one possible view of the ongoing conflict and to motivate them to think about the nature and character of war.

The participation of women in the armed forces creates many challenges to their integration in a masculine-dominated mechanism. Traditionally, military service embodies the macho culture where a certain type of physical strength is required, attainable only through the male frame. The traditional military personnel model represents a young male force that is supported by spouses who stay at home but modern warfare and the inclusion of technology have opened many chances for women to be included in the armed forces. Therefore, the aim of this paper is to highlight various fields of armed forces where women in Pakistan may or may not be suitable to be integrated. The paper descriptively analyzes the participation of women in armed forces in general and in the Pakistan Armed Forces in particular. Recommendations highlight the combat operations relevant to the Pakistan Armed Forces context which women can or cannot be integrated into.

The article discusses the operational adaptability, which will be needed, in accordance with US, in future armed conflicts. The capability of operational adaptability has a significant impact particularly on the operations of land forces, which are still considered as a paramount military power. One of the prerequisites for achieving operational adaptability is effective influencing the dynamics of the human environment in armed conflict. Current development and emphasizing technology over the course of armed conflict detached too fare the War from its intangible political, cultural and psychological context. Human, psychological, political and cultural dimensions of armed conflict create a lot of uncertainty, which land forces should deal with in the future military operations. A partial solution applicable for Czech Armed Forces also outlines this article.

The article presents the theory of information operations on the background of contemporary armed conflicts in Ukraine, Iraq and Syria. In the introduction, information is presented as a phenomenon and the accelerator of social development. It outlines basic information channels that deliver security information to their recipients. Furthermore, the article discusses security and operational environment and also vulnerabilities being caused by increasing dependence on information. The core of the article are information operations presented in theory with the author's commentary on real application in military practice and in terms of the Czech Armed Forces. As part of information operations are subsequently introduced psychological operations, computer network operations and electronic warfare. The article ends with real examples of information and psychological operations in modern warfare, and conditions of their management in the Czech Armed Forces. The conclusion summarizes the general idea of the security environment and information operations, and stresses the importance of information operations in current and future conflicts.

This article discusses the transformation of the information environment, which allows an adversary to exploit cyber-enabled psychological and information operations. It presents the options currently available to an adversary to exploit the vulnerability of the information environment, chiefly the cognitive vulnerabilities of target groups. Thus, hostile interests are often pursued through manipulation, using disinformation, propaganda, algorithms and artificial intelligence. In the light of these developments, the article defines a society-centric approach, in which societal and human resilience are emphasised.

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 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.

This article describes the doctrinal determination and definitions of the term Actionable Intelligence and the impact of this specific intelligence concepton commander's decision-making process. The part of this report deals with the position of Actionable Intelligence in intelligence branch, concretely in connection with the intelligence disciplines and particular stages within intelligence cycle. There is also the accentuation of interconnection to the importance of intelligence information sharing, early warning systems and force protection on tactical level. The next part of this article is focused on the impact of intelligence support on commander's decision-making processes.

Protection of the civilian population against the Gaddafi regime, it was a clear UN mandate for military intervention in Libya in 2011. Not only a new approach to leading the fight against terrorism after 11 September 2001, but also requires a change in approaches to conducting combat operations coalition forces, as shown by the recent armed conflict in Libya, inevitably required a new perspective on the concept and approach to the process of targeting as the process of selecting and prioritizing targets and responding to them in accordance with operational requirements and capabilities of units, synchronization of NATO forces, particularly with regard to collateral damage with an impact on the protection of civilians. And Unified Protector operation is a clear example.

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.

The article identifies specific attributes which have influenced duality of training for urban area operations. There are mentioned only the crucial ones. The author was inspired his own experience as infantry unit commander. He used his knowledge gained from military assignments. The article could be considered as topic for future discussion not only on academic but also on specialized level.

The article focuses on information and psychological operations as a challenge for the security and defence establishments of NATO member states. A conceptualisation of the terms 'information operations' and 'psychological operations' is discussed in the contexts of reshaping the war-and-peace dichotomy, and of resilience and deterrence. It is suggested that these terms suffer from a normative approach to the paradigm of war and peace, and to the use of non-military means. This may lead to the greater vulnerability of security and defence systems in confrontation with an adversary. Also, special attention is paid to the vulnerabilities of security and armed forces, being overlooked in concepts of resilience.

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 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 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 problem of forming military decisions lies in the very core of this article. Among others, there are a lot of highly unpredictable impact factors; there are many assessment criteria for individual variants of solving problems. Criteria of qualitative characters, and various interpretations of data information demand quality decisions; they are sometimes difficult to understand and even contradictory. The commanders and their staffs must be well educated, trained and experienced. To meet this precondition we must ensure quality of career training, supported by practical experiences. The staff work must be practiced regularly, with the use of various scenarios, supplemented by historical studies of past or recent fi ghts and battles.

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.

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.