Annotation: The study is aimed at establishing an architectural and methodological foundation for a unified global platform based on artificial intelligence technologies, intended to automate compliance in the international transportation of animals. The relevance is determined by a systemic mismatch between the rapid scaling of the Pet Travel market (expected volume — $5.3 billion by 2034) and the inertia of the regulatory infrastructure, which relies on fragmented national prescriptions and heterogeneous control procedures. The objective is to transition from the dominant document-centric paradigm to a data-centric ecosystem in which regulatory requirements and logistical events are represented as formalized entities and relationships governed by knowledge graphs and large language models (LLM). The methodological framework is constructed as a hybrid: a system analysis of regulatory requirements of more than 60 states was conducted, econometric modeling tools were applied to identify factors affecting the probability of refusal of transport, and a synthesis of practice-oriented cases reflecting real scenarios of veterinary and transport support was performed. The results obtained show that the implementation of semantic algorithms for data verification and reconciliation increases the completeness and consistency of compliance checks, which makes it possible to reduce the share of transport refusals by 40–50% and simultaneously decrease biosecurity risks through the early detection of regulatory inconsistencies and potentially dangerous deviations in the chain of supporting information. The presented conclusions are relevant for the design and implementation of LegalTech solutions, the activities of veterinary services and logistics operators, as well as for the professional community associated with ensuring animal protection.

Annotation: The traditional response is almost always too late. The very nature of the crisis is changing. It’s faster now. More unpredictable. And our old tools simply can't keep up. When disaster hits, time is everything. And we lose it. Every single time. We lose it while rescue teams are stuck, fighting through ruined roads. And every minute wasted is a life. And here’s the paradox, the author argues. The very tech we associate with destruction — drones — is becoming our single most powerful tool for rescue. This article lays out a new playbook. It’s not just about tech, it’s a new way of thinking. A playbook where drones get there first. First eyes on the disaster. First hands delivering life-saving aid. The first signal reconnecting a world gone dark. The author's methodology isn't just about 'launching a drone.' No. It's about a complete, integrated architecture. This isn't about replacing people. It’s about empowering them. It ties together scouting, logistics, documentation... and—this is key—the ethical rules of the game. This isn't a theory. This system was born from real-world experience, where it's already proven its worth. So, how does it work? It's not magic, it's a clear structure. The author breaks it down into four key parts. Drones for initial assessment. Drones for evacuation and delivery. Drones as a tool for objective documentation. And finally, strict ethical standards to keep it all in check. Bottom line? This model isn't just a tech showcase. It's a shot at rewriting the first few, critical hours after a disaster hits. Turning to waiting and uncertainty... into active, smart, life-saving action. It's about giving people a chance. A chance they never had before.

Annotation: In the context of the global increase in diabetes mellitus, which by 2024 has affected 589 million people, ensuring the safety of aesthetic procedures becomes a priority task in podology and dermatology. The present study is devoted to the substantiation of standards for safe manicure in patients with endocrinological disorders who have a high risk of injury due to diabetic neuropathy and angiopathy. The aim of the work is a comparative analysis of the effectiveness and safety of dry and wet hardware technologies for nail plate treatment. The research methodology is based on a systematic literature review, analysis of ADA and IWGDF clinical guidelines, as well as a retrospective case study of the author’s practice. The results demonstrate that the use of wet spray technologies makes it possible to maintain the temperature in the treatment area below the protein coagulation threshold (<40°C) and reduces the concentration of respirable bioaerosol by 90%, which is critically important for the prevention of infectious complications. In conclusion, it is stated that there is a need to introduce hydro-burring as the most appropriate option for diabetic patients, excluding aggressive cuticle removal. The information contained in this article will be of interest to practicing podologists, nail service specialists, dermatologists, and endocrinologists seeking to improve patients’ quality of life.

Annotation: Professional audit is an integral component of sustainable enterprise development. In today’s business environment, where competition grows increasingly intense, companies must adopt effective audit approaches to ensure their long-term stability. A properly structured audit process enables organizations to identify weaknesses, detect potential risks, and implement corrective measures. This improves business efficiency and strengthens competitiveness. The key tasks of developing professional audit involve not only evaluating financial performance, but also analyzing strategic goals, corporate culture, and managerial capacity. This article examines the main approaches to the development of professional audit that contribute to sustainable development under contemporary market conditions. The study of approaches to audit development has considerable practical value across various fields of business and management, especially in the context of sustainable development. The approaches presented integrate sustainability principles into the audit process. This means that auditors increasingly consider social, environmental, and governance factors alongside financial indicators, enabling companies to better manage resources and sustainability-related risks.

Annotation: In today's energy system, where renewable energy is actively developing, Energy Storage Systems (ESS) are becoming particularly important. A promising direction for ensuring the reliable and uninterrupted operation of energy systems in the United States (US) is modern approaches to the integration of solar energy generation systems (PV generation) and pumped storage power plants. The study analyzed the technical characteristics of a strategic integration model, its advantages, and potential limitations using the example of Southern Nevada. The article presents key concepts of the economic rationale for integrating PV generation and pumped storage power plants for US energy security. It is argued that the combination of pumped storage and PV generation can effectively smooth out fluctuations in renewable energy generation and cover peak loads, increasing the flexibility and resilience of the power system.

Annotation: The article examines the impact of digital marketing on improving the effectiveness of enterprises’ marketing activities under conditions of digital transformation and increasing competition. The role of digital tools in forming an integrated communication system, personalizing interaction with consumers, and implementing data-driven marketing management is revealed. The significance of digital marketing as a strategic factor of competitiveness and sustainable business development is substantiated.

Annotation: Information systems play a key role in modern business, providing process automation, data collection and analysis, and management decision-making. The integration of information systems in woodworking enterprises will help optimize production processes, speed up decision-making, and increase business efficiency. Integration with machine tools has made it possible to monitor machine performance and, based on this data, build a new type of incentive model with fair and balanced pay rates and significantly increase machine productivity by eliminating downtime. Thus, monitoring machine productivity plays a key role in the digital transformation of production, ensuring effective management of production processes. Therefore, the application of the recommended integration methods can significantly improve the industry's performance. Analysis of the topic shows the demand and relevance of this research, and a review of the literature indicates the need to develop new integration methods to optimize the work of woodworking enterprises. The purpose of this work is to study existing information systems and the role of DIY CNC woodworking enterprises and to further develop and analyze methods for integrating these information systems to optimize business processes at woodworking enterprises. This will significantly increase efficiency and productivity.

Annotation: This article reviews various hardware methods used to treat cellulite, improve skin tone and model body contours. The main goal of the work was to show how these approaches differ from each other and what clinical results can be expected when using them, based on the analysis of already published studies. Standard scientific approaches were used in the work - analysis and generalization of data, comparison of results and systematization of information from various sources. The results obtained indicate that hardware methods for correcting cellulite differ significantly both in terms of mechanisms of action and in the severity and duration of the effect. Radiofrequency therapy mainly affects the dermis, promoting collagen remodeling and increasing skin elasticity, but its ability to eliminate cellulite depressions is usually limited. Extracorporeal shock wave therapy demonstrates a noticeable reduction in the severity of cellulite, which is associated with improved microcirculation and activation of regenerative processes in tissues, although the optimal regimens for its use remain the subject of further research. Mechanical vacuum-assisted therapy provides rapid visual improvement by reducing swelling and congestion, but this effect is usually temporary and requires regular repetition of procedures. Laser techniques, in turn, have proven to be a heterogeneous group: low-intensity laser therapy gives conflicting results, while laser-assisted subcision demonstrates a more stable improvement in skin structure and a reduction in cellulite, especially in the thighs and buttocks. Vibration exercises mainly affect muscle activity and body composition, so it is advisable to consider them as an auxiliary element in complex programs, and not as an independent method of cellulite correction. Subcision, although it is the most invasive approach, shows the most pronounced effect in cases of deep cellulite indentations, since it directly eliminates the mechanical factors of their formation. The practical significance of the analysis is that it allows a more reasoned approach to the choice of hardware techniques, adapting the treatment tactics to the type of cellulite, skin condition and expected clinical result, which is key for individualized correction.

Annotation: The article addresses the challenge of automating architectural quality control in microservice systems designed using Domain-Driven Design methodology. A comparative analysis of the effectiveness of deterministic methods and probabilistic methods was conducted. Using a simulated e-commerce system with a controlled set of defects, a quantitative assessment of Precision and Recall metrics was performed for both approaches. The experiment confirmed that deterministic methods ensure absolute precision in detecting structural boundary violations but exhibit "semantic blindness" regarding complex DDD patterns. Conversely, probabilistic methods demonstrated high effectiveness in identifying semantic defects, such as anemic domain models and context leakage, with an acceptable level of false positives. Based on the results, the necessity of implementing a hybrid verification strategy is substantiated, where static analysis acts as a rigid gatekeeper in CI/CD pipelines, while AI tools serve as an intelligent architect's assistant.

Annotation: The relevance of the study is determined by the need to preserve Ukrainian cultural identity within the urban space, where floristics is viewed as a means of representing national symbols and cultural codes in the city’s visual environment. The purpose of the article is to define the theoretical foundations and practical possibilities of using floristics as a tool for expressing Ukrainian identity and integrating it into contemporary urban design concepts. The methodology is based on systemic, cultural, and semiotic approaches employing methods of analysis, synthesis, and case analysis of urban practices. The results demonstrated that floristics performs aesthetic, semiotic, sociocultural, ecological, and communicative functions, shaping a recognizable Ukrainian cultural landscape. The conclusions confirm that floristics can harmonize natural and social environments while strengthening cultural identity.