Development Of Security System Research Articles

Research on Quantum Key, Distribution Key and Post-quantum Cryptography Key Applied Protocols for Data Science and Web Security

Currently, data security is one of the most concerning research topics. The traditional RSA encryption system has become vulnerable to quantum algorithms such as Grover and Shor, leading to the development of new security systems for the quantum. As a result, quantum cryptography is gaining importance as a key element of future communication security. This study focuses on quantum key distribution protocols for data quantum encryption, aiming to achieve quantum robustness in all stages of quantum cryptography communication processes. Quantum cryptography communication requires robust quantum encryption not only between end-nodes but also between all components. Therefore, this study demonstrates the process of end-to-end data quantum encryption and proves the overall quantum robustness in this process.

Военная сила в международных отношениях как фактор безопасности и суверенитета России на современном этапе ее развития

The study presents an analysis of Russia's international relations at the present stage of development and their impact on the state of the military-political situation in regional strategic areas, which are of paramount importance for ensuring the national security of the Russian Federation. The authors note that Russia aims to strengthen its contacts with Islamic countries in the context of international relations. It is observed that the Israel-Iran conflict has once again become a key factor in global politics. The features of the negotiation processes, the role and place of Russia in them are revealed. The desire to resolve the Ukrainian crisis, which severely affects the global economy and its major players, remains pronounced. According to the results of the analysis, negative trends have been identified that require the elimination of factors at the international level at the current stage of development, influencing which, it is necessary to stabilize the aggravated contradictions taking into account new threats. The identified threats will ensure strategic stability to confront the collective West, contributing to the construction, functioning and development of the national security system. Proposals are being made on new approaches to solving the negotiation process and the need for a set of legal support measures, as well as the use of existing potential.

Preface

Technologies and Materials for Renewable Energy, Environment and Sustainability TMREES Conference Series Tmrees24Gr International Conference 08 - 09 - 10 July 2024, Hybrid, Metz – France TMREES Conference Series: Technologies and Materials for Renewable Energy, Environment and Sustainability aims to promote sustainable, healthy and diverse ecosystems; encourage and support the Sustainability and development of security systems through green-based and clean resources, bringing together participants from international organizations, universities, industry and administrative to exchange innovative ideas, explore enabling technologies, share experiences in sustainability issues, open a new window on the circumstances of the classical energy sources and their harmful impact on the society. Meet the experts of Renewable Energy, Environment and Sustainability to discuss new concepts, trends and developments in science and industry. The TMREES provides a great opportunity for dialogue and information exchange across the World. The TMREES program is structured in plenary, oral and poster presentations and covers the entire range of Energy Sources, Environment and Sustainability, focusing on the latest scientific and technological innovations. Chafic Salamé, Professor Maya Julian, Doctor Tmrees general chair European Academy for Sustainable Development EURACA, 57-France Decree 818559064 List of Topics and Special Themes, Committees are available in this pdf.

Reinforcement learning in autonomous defense systems: Strategic applications and challenges

Reinforcement learning (RL) is one of the most progressive ways to improve the efficiency of drones and robotic systems in the context of the defense and security industries. In Anomaly Detection (AD) systems, this paper discusses the potential of RL as a Model Selection Criteria (MSC) method and its associated issues. RL algorithms enable such systems to adapt to and learn from interactions with their environment, optimizing their response to complex and dynamic threats. This way, new states may be introduced with better decision-making processes, improving the effectiveness of the operations and enabling Reinforcement learning -powered systems to learn new scenarios as well as perform detailed defensive actions in a real-time context. The importance of RL in national defense can therefore be said to lie in its capacities for changing how threats are identified, how threats are responded to, and even what strategies of defense are thought of. Self-governing systems that incorporate Reinforcement learning are capable of functioning in an unpredictable environment, evaluating threats correctly, and carrying out defensive measures with the help of people practically at all. This versatility is critical in modern warfare because a preferred option is the right response to threats that were unknown a few years ago. However, incorporating RL into autonomous defense systems is not without big challenges. Some important problem areas are improved stability and accuracy of RL algorithms in various and critical situations, the legal and practical consequences of autonomous decision-making and possible threats that can arise due to adversarial manipulation of learning algorithms. In addition, such systems have to be developed and put into practice under national and international standards to meet certain requirements and build confidence in such applications. This paper explores these strategic uses and issues and presents a detailed overview of how RL can improve independent defense functionalities, as well as the significant problems relating to this approach. Thus, by providing case studies and theoretical analysis, it aims to demonstrate that RL has the potential to define the technological development of defense and benefit national security systems in the context of a growing threat.

Research on the Effects of Corporate Social Insurance on Total Factor Productivity

Social insurance is an insurance arrangement that the country or the government collects from some specific groups, such as enterprises, through compulsory means and then sets up social security funds to guarantee the basic living standards of specific groups of society, including the old, weak, sick, disabled, pregnant and temporarily unemployed. It is a legal responsibility and obligation that enterprises or employers must undertake and in the financial aspect, it is a rigid labor cost besides the wages. In China, enterprise is the main object that should afford the payment of social insurance and its contribution rate is higher than the international level, followed by some negative effects. This article prefers to study the correlation between corporate social insurance and TFP and find a reasonable range of the contribution rate based on the other researchers’ data and viewpoints. It may also provide some possible suggestions to the governments to decrease the burden of firms and ensure the development of a welfare security system.

Features of the Security System Development of a Computer Telecommunication Network

Features of the Security System Development of a Computer Telecommunication Network

Applicable International Standardized Basis in Defining Data for Security Systems Development

Creating an intelligent security environment is one of the main trends in the activity of scientific organizations, where security technologies are a significant part of the product range. Organizations using these technologies, including critical infrastructure with built-in security systems, provide increased operational efficiency, guaranteeing readiness for action in emergency situations. For this purpose, standardized approaches are applied to determine the requirements for the development of security systems, according to the specifics of the organization, ensuring the prevention of any level of potential consequences of possible risk events, both in the structural objects of the organization and for the population in the adjacent territories. The author's intention is through this publication to present his experience in the application of modern standardized approaches ensuring the construction and operation of critical infrastructure security systems developed by scientific organizations in the conditions of key partnerships of the Competence Center.

Strategi Pengembangan Sistem Keamanan Terpadu untuk Melindungi Sistem Operasi Windows dari Ancaman Cyber

The Windows operating system has become one of the main targets for cyber attackers because of its popularity among computer users. Therefore, developing an effective integrated security system is essential to protect the Windows operating system from various cyber threats. This journal discusses integrated security system development strategies that include the use of encryption technology, firewalls, malware scanning, system updates, and user awareness. Apart from that, this journal also discusses the implementation of an integrated security strategy to protect the Windows operating system from increasingly complex cyber attacks. The goal of this journal is to provide strategic guidance for IT security professionals and researchers in developing an effective integrated security system to protect the Windows operating system from ever-evolving cyber threats.

Features of the Security System Development of a Computer Telecommunication Network

Features of the Security System Development of a Computer Telecommunication Network

PENGEMBANGAN SISTEM KEAMANAN INFORMASI BERKELANJUTAN DENGAN TEKNOLOGI KRIPTOGRAFI

In the era of digitalization, ensuring the security of information has become a critical concern for organizations. This paper explores the development of sustainable information security systems by leveraging cryptography technology. The study begins with a comprehensive review of contemporary challenges in information security and recent advancements in cryptography. It then discusses the integration of cryptography into the design and implementation of information security systems to achieve sustainability goals. Furthermore, a case study is presented to illustrate the practical application of sustainable information security system development with cryptography. The findings emphasize the importance of incorporating cryptographic techniques in addressing security threats while promoting sustainable practices. This paper contributes to the understanding of how organizations can enhance their information security posture while embracing principles of sustainability.

Training of specialists as one of the aspects of resilience of critical infrastructure

One of the directions of state policy in the field of ensuring national security is the development of a multi-level effective national security and resilience system for critical infrastructure. A key factor in any system, whether in the field of national security or in other spheres, is human capital, its ability to analyze risks and threats, identify vulnerabilities, master newtechnologies, and find innovative solutions to address modern challenges. Thus, an important aspect becomes the training of qualified professionals who possess systemic knowledge and skills. The need to provide systemic knowledge to specialists and managers directly addressing the tasks of ensuring the protection and resilience of critical infrastructure has been established. The current state of the training system for specialists in the field of critical infrastructure protection in Ukraine has been identified, and the main forms of organizing training and personnel preparation in this area have been analyzed. Tasks have been established based on an analysis of existing professions and labor market demand to determine a set of professions that are expedient to involve in ensuring the security and resilience of critical infrastructure. An analysis of the training and qualification enhancement of specialists in the field of critical infrastructure protection and resilience has shown the necessity and possibility of creating a national education and training system on critical infrastructure protection and resilience in Ukraine. Professions and labor market demand have been analyzed, and a set of professions expedient to involve in ensuring the security and resilience of critical infrastructure has been determined. After their final approval, these professions could include: the head of a structural unit responsible for the protection and resilience of critical infrastructure and a specialist in the protection and resilience of critical infrastructure. Developed or updated professional standards in the field of critical infrastructure protection and resilience will serve as a basis for adapting educational programs of higher education institutions according to the labor market demand.

Військові виплати: поняття та адміністративна проблематика воєнного часу

This article examines the system of military benefits in Ukraine, focusing on their structure, scope, and impact on military personnel and their families. In particular, the different types of military payments, such as salaries, allowances for special conditions of service, disability compensation and pensions, are examined. Changes in legislation on military benefits and their compliance with international standards are also analyzed. It emphasizes the importance of adequate financial support for the military to maintain their combat readiness and morale. A detailed analysis reveals what factors influence the level of military payments, including budgetary constraints, the economic situation in the country, and the army’s need for modern weapons and equipment. The article also examines the effectiveness of the system of payments in providing social protection to military personnel and their families, as well as the possibility of ensuring an adequate standard of living after retirement. Finally, the article concludes with a discussion of what improvements can be made to the military pay system to make military careers more attractive and ensure stability in the military. The article also analyzes the role of military payments in maintaining military discipline and motivation of personnel. In particular, the article discusses the timeliness and regularity of payments, their correspondence to the actual living expenses of the military, as well as the possibility of receiving additional incentives for length of service, military ranks or special tasks. Finally, the article highlights the prospects for further development of the military pay system in Ukraine and the importance of improving this system in order to ensure national security and defense capability. The article also addresses the urgent problem of social security for military personnel in the context of armed conflict. The author analyzes the current state of payments to military personnel, including salaries, additional remuneration and compensation. The main focus is on legislative changes that have taken place in recent years and their impact on the welfare of the military. Particular attention is paid to the analysis of recent legislative initiatives aimed at improving the social protection of military personnel. The provisions of the new laws and regulations governing payments, as well as their effectiveness and impact on the motivation of the military are examined in detail. The article also analyzes the problems of implementing these laws in practice, including bureaucratic obstacles and insufficient funding. The article concludes that the military pay system needs to be further improved, emphasizing the importance of timely and fair financial support for military personnel as one of the key factors in maintaining the army’s combat capability and morale. The author offers recommendations on possible areas for reforming the payment system, including the introduction of new mechanisms for controlling and ensuring transparency of financial flows. The article is important for researchers in the field of social policy, military experts, and those involved in the process of formulating and implementing state policy in the field of defense. It contributes to a deeper understanding of the problems and prospects for the development of the social security system for military personnel in Ukraine, which is an important aspect of ensuring national security and stability of the state.

Анализ некоторых аспектов обеспечения национальной безопасности России на современном этапе развития

The study draws conclusions from the analysis of some aspects of ensuring Russia’s national security at the present stage of civilization development, as well as outlines their impact on the state of the military-political situation in regional strategic areas that are vitally important and play a priority role in ensuring the national security of the Russian Federation. It elucidates the causes of conflicts, Russia’s role and place in ensuring national security. Based on the analysis results, problems of organizational and legal regulation requiring elimination of negative factors at the state level are identified. Ways of ensuring Russia’s national security are outlined, through which the exacerbated contradictions can be stabilized in light of new threats. Identifying threats will enable the strategic and domestic stability of society, creating conditions for countering the collective West, facilitating the construction, functioning, and development of the national security system. Suggestions are made for improving Russia’s security system and the necessity of conducting a set of measures for its legal provision, as well as utilizing the existing potential.

Retro analysis of the development of the aviation security system in Ukraine

Various measures to ensure the safety of civil aviation flights in Ukraine from the time of its inception to the present are considered in a historical aspect at certain stages of activity, mainly organizational, scientific and technical and personal factors regarding the minimization of risks in civil aviation. The article confirms that at all stages of the more than 100-year history of civil aviation of Ukraine, various measures were constantly taken to ensure flight safety and minimize risks in aviation, especially since the second half of the 20th century. Innovative achievements of designers, scientists, engineers and technicians, training of highly qualified aviation specialists at the national and international level have become the achievement of global aviation. The integration of domestic aviation into the European and world community contributed to the strengthening of aviation safety in Ukraine.

Визуализация и классификация движений человека на основе скелетной структуры: Нейросетевой подход к анализу спортивных упражнений и сравнение методологий

The authors of the paper review and compare different existing approaches to Human Action Recognition (HAR), analyze the advantages and disadvantages of platforms for extracting human skeletal structure from video stream, and evaluate the importance of visual representation in the motion analysis process. This paper presents an example implementation of one of the approaches to HAR based on the use of interpretability and visual expressiveness inherent in skeletal structures. In this work, an ad hoc network with Long Short-Term Memory (LSTM) for human activity classification is designed and implemented, which has been trained and tested in the domain of sports exercises. LSTM incorporation of memory cells and gating mechanisms not only mitigates the vanishing gradient problem but also enables LSTMs to selectively retain and utilize relevant information over extended sequences, making them highly effective in tasks with complex temporal dependencies. The problem with a fading gradient is quite common in deep neural networks and is that if the error is back propagated during the training of the network, the gradient can decrease strongly as it travels through the layers of the network to the initial layers. This can lead to the fact that the weights in the initial layers are practically not updated, which makes training of these layers impossible or slows down its process. The resulting solution can be used to create a real-time virtual fitness assistant. The resulting solution can be used to create a real-time virtual fitness assistant. In addition, this approach will make it possible to create interactive training applications with visualization of human skeletal structure, motion analysis and monitoring systems in the field of medicine and rehabilitation, as well as for the development of security systems with access control based on the analysis of visual data on the movement of human body parts.

Prevalence of Upper Extremity Injuries in Military Personnel and the Assessment of Disability Conditions according to Military Regulations

Objective: Musculoskeletal injuries have an essential place among the injuries of military personnel. Depending on the severity of these injuries and the degree of functional loss, return to work is delayed, and sequela leads to job loss and disability as well. This study has aimed to assess the distributions of current injuries and make recommendations to reduce these injuries and evaluate the conditions causing disability. Material and Method: Upper limb injury distribution and disability status of injured contracted soldiers/NCOs, who applied to a tertiary trauma center between January 2019 and January 2020, were evaluated according to Turkish Armed Forces Health Ability Regulation No. 6405. Results: The number of patients included in the study was 31. Their mean age was 21.45. A significant relationship was found when the relationship between injured areas and disability occurrence was evaluated (p=0.036). In this relationship, it was observed that the possibility of especially hand (excluding finger), forearm, and upper arm injuries to cause disability was high and that although the number of finger injuries was high, their possibility to cause disability was at 60%. There was no significant difference between combat and noncombat occupational accidents in terms of the injured areas (p=0.305). Conclusion: Although injuries in military personnel require long rest periods and finger loss poses a major obstacle to serving, there are loss of rights due to the limited disability conditions and insufficient details of the regulations. It is recommended that military guidelines be made more functional, reviewed by a board that includes a hand surgeon, increased training, and the development of double-stage security systems and protective equipment

Management and Business Model Risk Profile in Security Systems Development

The business model applied in the development of security systems by scientific organizations, independently or in terms of key partnerships with higher education institutions and business organizations structured through competence centres, are part of their strategic assets. But in managing this business model, both planned and unforeseeable risks may arise, which determines the need to develop a business model risk framework. The author's experience in structuring a business model risk framework for the development of security systems by scientific organizations is the basis of the present publication.

Implementation of Seismic Sensor to Detect Tank

This study aims to investigate seismic sensors in detecting ground vibrations caused by tank or military vehicle movements. Ground vibrations generated by tank movements have specific characteristics, where the produced frequency remains constant depending on the tank's weight and the area of the track's footprint. The amplitude of these vibrations provides information about the detection range, wherein the larger the amplitude, the closer the detection range to the tank. The method employed involves field experiments or the collection of quantitative data from field trials. Test results indicate that ground vibrations produced by tanks have an average frequency of 332 Hz, depending on the tank's weight and the area of the track's footprint. The average amplitude is 4.3 volts at a detection range of 1000 meters, 5.1 volts at 500 meters, 7.6 volts at 200 meters, 8.8 volts at 100 meters, and 12.1 volts at 50 meters. The implication of this research is that seismic sensors can be effectively used as tools to detect tank or military vehicle movements at different distances. These findings could be beneficial in the development of security systems or early detection in areas vulnerable to potential threats from tanks or military vehicles.

Eigenface and Wavelet Feature-based Face Recognition for the Development of Security System

Eigenface and Wavelet Feature-based Face Recognition for the Development of Security System

Жизнеобеспечение пожилых людей в Китае: основные практики и проблемы

The article raises the problem of the crisis of the traditional model of life support for elderly people in China and its replacement with a modern model. The main ways (social practices) of life support for older people in modern China are determined. The dynamics of the income structure of older people in the process of socio-economic reforms carried out in the country is analyzed. The problems that the public social security system for older people is aimed at solving are highlighted. Major difficulties of realization of modern public practices of support of age citizens in China are marked. It is concluded that it is necessary to develop a unified state pro-gram for the development of a social security system for older people in the country instead of disparate pro-grams implemented at different levels of government and in different regions of the country.