The present time is constantly evolving, advancing and bringing new challenges and threats that may have an adverse impact on individuals and organizations. Each organization must adapt its activities to the current situation. It must also take care of its security, which it needs to ensure its existence, successful functioning and continuous improvement of its position within the global environment. Security must therefore be part of the organization’s main strategies. Therefore, appropriate attention should be paid to security and the organization should regularly allocate sufficient resources to ensure its security. The aim of this article is to point out the possibilities of using the CBA method in the framework of security management in the concept of socially responsible business. The CBA method provides scope to develop and incorporate its methodological framework into standard risk management practices within a company by assessing the costs and benefits of the proposed preventive measures related to ensuring the required level of security within the organization.

In today’s world, where environmental protection and sustainability are increasingly important, it is essential to pay attention to the environmental impact of different industries. One of these industries with a potentially significant impact on life, human health, the environment, and property is gas stations, which are essential links in the fuel supply chain. This article focuses on the topic of assessing the impact of gas stations on surrounding environments and will examine the potential negative impacts that these operations can have on society and the environment. The aim of the paper is to analyze how gas stations affect their surroundings in the event of an incident involving a spill of hazardous substances. The scope of the paper is to assess the impacts of a spill of hazardous substances from a gas station, with an emphasis on assessing the risks and consequences on the life and health of the people in the immediate vicinity of the gas station. The selected gas station’s location in the High Tatras National Park enhances the study’s significance due to the unique environmental context, heightened environmental sensitivity, and potential legislative implications. ALOHA software version 5.4.7 was chosen for simulating the release of hazardous substance due to its extensive substance database, mathematical models, support for various release sources, internet availability, and graphical result representation. This manuscript argues for risk assessment beyond current legislation, addressing unclassified sources of risk. This research contributes by utilizing predictive modeling, recognizing environmental contexts, and emphasizing legislative attention. It discusses the consequences of emergency scenarios involving gasoline and LPG, addresses potential limitations and uncertainties, and advocates for accident prevention and risk assessment, especially in environmentally sensitive areas. The conclusion suggests improvements in predictive modeling, legislative adaptation, collaboration, and an expanded scope of analysis for future research. The aim of the paper is also to discuss measures that can be taken to minimize these impacts and ensure sustainable and safe operation. Assessing the risks arising from the operation of gas stations contributes to the development of measures to protect and preserve our environment for future generations.

Video Surveillance Systems (VSSs) are integral parts of road tunnels. Currently, they perform a number of functions, such as ensuring the protection of tunnel technologies, monitoring tunnel operation, or recognising license plates. If VSSs are to be designed to protect the tunnel and its technologies from unauthorised intentional human activity, it is necessary to ensure that they are designed in such a way as to meet the essential functionality requirement of the physical protection system (PPS). In this case, the VSS, as one of the alarm systems, should perform the function of early intrusion detection. The verification of the functionality of the PPS is possible using a software tool to model and simulate various intrusion scenarios. This article provides an example of the use of the SATANO software evaluation tool. The VSS enables multiple applications, such as monitoring, detection, knowledge, and identification. In this paper, the defined current standardised requirements for the design of VSSs in tunnels are considered from the point of view of their possible use for intelligent video analysis, enabling the recognition of various risk situations (e.g., faults or accidents of vehicles). Using the software tool, IP Video Design Tool, the requirements for the design of cameras in tunnels are assessed and adapted from the perspective of the use of intelligent video analysis. In the event that there is a requirement to use the VSS during emergency situations (e.g., fire), it is necessary to assess the operating conditions and period of time through which the VSS would operate in a given tunnel. This article presents the results of the simulation of the spread of a fire in a tunnel and its impact on the operation of the VSS.

At present, the issue of public safety in the production and manipulation of hazardous chemicals deserves more attention, since various major accidents such as fires, explosions and toxic gas releases take place frequently. The issue of preven...

Research background: Transport is one of the key factors in the development of any modern society, and it is not only a goal but also a means of economic development on a global scale. Within the article, we focus on road freight transport, which has the largest market share in the transport sector on the quantity of transported goods. Fuel consumption has risen rapidly in recent times, except for a global drop in demand caused by global constraints in connection with the fight against COVID -19. Increasing the density of transport, increasing requirements for the speed and quality of transport or economic issues significantly affect the decision-making of entities involved in the process of fuel transport and they can have a significant impact on the level of risk in the transport itself. The occurrence of an emergency during the transport of fuels can have negative to tragic effects on life, health, property and the environment. These impacts are in many cases associated with high costs of eliminating these consequences or restoring them to their original state.Purpose of the article: Companies, to succeed in a globally competitive environment must adopt various preventive strategies to minimize the risks and costs associated with a negative event. Choosing the optimal strategy is a challenging step in the decision-making process, so it is important to choose the right mechanism to support this decision.Methods: The article will present a mechanism for selecting appropriate prevention strategies based on the CBA method in a case study.Findings & Value added: Using the CBA method, it refers to the economic benefits associated with the implementation of preventive measures based on conducting a voluntary risk assessment of transport companies.