Search Results (61)

In the fast-growing new energy vehicle (NEV) industry, selecting an appropriate technological innovation strategy is vital for enterprises to achieve a competitive market position while effectively coordinating their resources to align with their technical capabilities. This paper integrates ambidextrous innovation theory and the resource-based view to propose a configurational model that examines how the synergy between technological innovation and resources influences NEV firm performance. Using regression analysis and qualitative comparative analysis (QCA) for 52 listed Chinese NEV companies, this study uncovered multiple growth paths and mechanisms. The findings include the following: (1) No single factor was a necessary condition for performance, but effective combinations of innovation strategies and resource elements led to multiple success paths. (2) Government subsidies and R&D investment emerged as key drivers of performance. (3) Four distinct configuration paths were identified, with variations across firms with different resource bases. (4) In response to reduced government subsidies, NEV firms must shift from policy-driven strategies to resource- and market-driven innovation approaches. These insights provide strategic guidance for NEV enterprises in selecting innovation strategies suited to their unique resource bases in the evolving post-subsidy market environment. Full article

Fast-growing technology and the development of IT services give the idea of founding a new application of stochastic processes and their properties. We give a new connection between electronic process management and a stochastic process named the bivariate Pólya–Aeppli counting process. This process is applied as a counting process in the mathematical construction of the given model and it has been introduced as a counting process in electronic process management. In our current study, we assume a company that has two locations in two countries—Bulgaria and Romania. For seamless communication and data sharing, the integrated factories leverage the System Applications and Products in Data Processing (SAP) system. By combining these functions into one structure, we optimize coordination, streamline operations, and improve the company’s productivity and profitability. The automated tools within the system facilitate uninterrupted production and secure supply chains and thus the decision making is improved. A key benefit of these tools is to boost production and procurement activities for success in today’s competitive market which results in cost savings, will increase visibility, and also will improve rapid decision making. Full article

This study explores how the green marketing mix affects customer green brand trust, customer green buying behavior, and electronic word-of-mouth (eWOM). A total of 990 fast-food customers participated in this study. Structural equation modelling (SEM) and mediation analysis were applied to validate the research hypotheses. As customer demand for environmentally sustainable products grows, green marketing mix has a positive and significant effect on customer green brand trust. Furthermore, customer green brand trust also significantly influences customer green buying behavior and eWOM as a predictor and mediator. It means that customer green brand trust is a fundamental effect of eWOM, with trust fostering positive online reviews, recommendations, and advocacy from customers. Businesses can also make the most of eWOM by developing feedback-friendly channels, such as product review pages and social media campaigns, and rewarding consumers who post about their satisfying online experiences. The companies should not only concentrate on increasing sales through environmentally sustainable product purchasing practices, but also on giving clients a feeling of community and integrating them into a larger sustainability movement. It will offer useful advice for marketers looking to improve their green marketing tactics and promote sustainable consumption by successfully gaining the trust of their target audience and using eWOM as a tactical instrument for brand advocacy. Full article

As global focus persists on gender variety and corporate social responsibility, the participation and influence of women in corporate governance, particularly their effect on the environmental, social, and governance (ESG) performance of corporations, have garnered extensive scrutiny. Given the significant differences between China and the West in terms of institutions and culture, it is highly valuable to explore the unique relationship between gender diversity and ESG performance in the Chinese context, especially in the high-risk and fast-growing technology industry. This study explores the impact of female director background on ESG performance and the moderating effect of risk appetite. The findings suggest that the proportion of female directors has a significant positive impact on the ESG performance of Chinese technology companies. Furthermore, the corporate risk appetite has a positive moderating effect on the relationship between the proportion of female directors and ESG performance. Female directors with higher education levels, financial professional background, and long-term tenure can more effectively promote the company’s ESG performance. This study enhances the theoretical framework of corporate governance and ESG studies while also offering innovative guidance for firms to enhance their ESG scores and develop effective risk management strategies. Full article

While fashion and sustainability are often proposed as opposing concepts, many companies in the fashion industry are actively working to transform their operations to achieve greater sustainability. The production of leather goods significantly contributes to air and water pollution and generates challenging waste disposal issues. The present study explored emerging sustainable paradigms in the leather goods industry through both social and strategic analyses. The results indicate that, although consumers are often unaware of the differences among leather types, there is a growing openness to sustainable alternatives and a willingness to pay for these products. Quality and durability are key consumer priorities, though a bias toward fast fashion persists. Notably, while consumers value vegan leather as a sustainable alternative, experts caution that synthetic leather alternatives may have greater environmental drawbacks compared to traditional leather. The work supports SDG 12 by advocating for reduced reliance on materials with a high environmental impact and the adoption of sustainable alternatives. Enhanced consumer communication may also drive the industry toward a model that integrates environmental and social responsibility with profitability. Given the prestigious status of leather goods within the Made in Italy initiative, the present work suggests that the value of vegan leather may increase within the global market. Full article

Objectives: Electronic sports (esports) have grown into a major competitive field in today’s digital landscape, attracting the interest of established companies and evolving into a fast-growing industry. Cognitive function, including reaction time, motor time, and eye–hand coordination, plays a crucial role in e-athlete performance. This study aims to examine the impact of VR training on these cognitive functions in amateur e-athletes. Methods: The study involved 66 amateur e-athletes (45 men and 21 women, aged 19–41, with a mean age of 23.96 ± 3.90 years) who reported active, non-professional involvement in esports. Participants were randomly assigned to an experimental group (E) (n = 32) and a control group (C) (n = 34), with initial comparisons confirming no significant differences in daily gaming habits, esports experience, or age between groups. The E group completed 15-minute daily training sessions using the VR game Beat Saber over eight consecutive days. Results: The results demonstrated that VR training significantly improved eye–hand coordination in the experimental group, although there were no notable effects on reaction time or motor time. Conclusions: These findings suggest that VR training may be an effective method to enhance certain cognitive functions, specifically eye–hand coordination, among amateur e-athletes. This could offer a valuable approach for performance improvement in this rapidly growing field. Full article

The increasing focus on sustainability and climate change mitigation necessitates that corporate strategies not only build competitive advantage but also contribute to the creation of sustainable operations. The purpose of the article is to present, based on the analyses of the development of the strategic targets of leading Fast-Moving Consumer Goods (FMCG) companies, a method for operationalizing an ESG-adapted corporate strategy within FMCG companies using the Balanced Scorecard (BSC). ESG, encompassing environmental, social, and governance factors, requires a shift in both strategic management theory and practice. The author explores how ESG metrics can be integrated into the traditional BSC framework alongside financial, customer, and business processes and learning and growth perspectives to align with the growing importance of sustainability. The study identifies specific measures that contribute to a successful transition toward sustainable business practices. The findings demonstrate that the BSC, when adapted to incorporate ESG considerations, is an effective tool for strategy implementation and operational management in FMCG companies. While the proposed framework focuses on the FMCG sector, it has potential applications across other industries. The article makes important theoretical contributions, though it would benefit from further empirical research, sector-specific comparisons, and a more detailed examination of external ESG factors that impact corporate strategy. Full article

Detecting track geometry and rail surface defects using on-board vehicle monitoring systems is a key issue for rail infrastructure managers to increase availability and reliability while reducing the costs associated with monitoring and maintenance. Rail corrugation is one of the most common rail surface defects which grows in almost all metro, conventional and high-speed lines. This paper focuses on the development of a methodology to detect rail corrugation using axle box acceleration measurements acquired on an in-service high-speed vehicle. The main purpose of the proposed methodology is to distinguish the effect of rail corrugation on the accelerations from the other excitations that can be observed in the same wavelength range. For this purpose, the accelerations are analysed by calculating the fast Fourier transform and the spectrogram. Based on the characteristics of each excitation, the effects of modes of vibration, resonances, bridges, switches, and wheel defects are identified. From the remaining effects, which have congruent characteristics, a hypothesis of rail corrugation is formulated. The hypothesis is consolidated with multibody dynamics simulations and by comparing the corrugation indicators provided by the railway infrastructure company. Full article

Within the ever-changing manufacturing landscape of China, corporate social responsibility (CSR) is a key factor influencing environmental performance. Knowing the relationship between corporate social responsibility (CSR) efforts and environmental results is crucial as environmental concerns throughout the world grow more pressing. This research explores the complex relationship between CSR practices and environmental performance, focusing on how green innovation and environmental strategy function as mediating factors. The urgent need to prevent industrial environmental consequences in the face of fast economic expansion highlights the need for this investigation. China, a major force in world manufacturing, must balance environmental sustainability with economic expansion. In addition to improving a company’s reputation, effective CSR initiatives are essential for promoting sustainable development. Through an analysis of the mediating functions of green innovation, which propels technological developments, and environmental strategy, which comprises policies and practices, we clarify how proactive CSR methods can ignite revolutionary shifts towards more environmentally friendly manufacturing processes. In order to create a harmonious balance between industrial growth and ecological stewardship, this research aims to provide theoretical insights as well as practical implications for industry leaders and policymakers. It achieves this by promoting strategic alignment between CSR goals and environmental imperatives. Full article

Undoubtedly, artificial intelligence (AI) is entering at a very fast pace into all spheres of activity. More and more organizations are using artificial intelligence, which leads to the optimization of business processes, increased productivity, improved customer experience and more. The applications of AI are numerous. The use of artificial intelligence in project management represents an innovative approach that has the potential to transform traditional methods and lead to significant improvements in project efficiency and success. This paper examines some opportunities for applying AI in project management. Based on a literature review, the main benefits of using AI in project management as well as the challenges faced by project managers are highlighted. An empirical study was conducted among project managers and members of project teams in Bulgarian organizations in the telecommunications sector. Rapid technological development and growing user demands highlight the need to integrate artificial intelligence into telecommunications projects. This, in turn, enables telecommunications companies to manage large-scale and complex projects with greater efficiency, flexibility and innovation. Full article

In recent years, the business environment has experienced a fast-paced change due to issues such as geopolitics or COVID-19. Accordingly, business internationalisation has been accelerated while the approaches followed for such an end have been improved to maintain companies’ competitiveness. Within this context, this paper presents a new framework for the internationalisation of Earth Observation SMEs in two target countries: Australia and Chile. Internationalisation can be an effective strategy for SMEs to grow and expand, but it requires careful research, analysis and agile adaptation to markets and cultures through an integrative and innovative methodology. Secondly, a series of preparatory actions and several internationalisation strategies have been developed, including online bilateral meetings and online trade missions. This work is an innovation driver for the internationalisation of European SMEs, helping them to make the leap into two markets of great interest and in two very attractive sectors, agriculture and maritime, with remote sensing as the nexus. Full article

This study examines the ways in which firms recover from stagnation or sales decline, with a focus on two key aspects: traditional high-growth companies and growth restarts within the framework of organizational life cycle theory. Analyzing a dataset of 1883 Russian firms from 2013 to 2021, this research employs logistic regression to identify factors that promote growth. These factors include the youth of the firm, investment intensity, and significant sales drops during periods of stagnation. The study introduces a new economic category, termed ‘restarting growth’, which signifies a firm’s sustained expansion following an extended period of stagnation. This category is crucial for identifying factors that increase the likelihood of a company transitioning to growth after prolonged stagnation or production downturn. The findings of this study reveal that firms that are younger, invest more intensively in fixed capital, and have experienced a larger sales drop during a period of stagnation are more likely to transition to growth. These results are juxtaposed with the growth factors characteristic of traditional high-growth companies, as well as with the theoretical approaches explaining growth restarts within the framework of organizational life cycle theory. Such distinctions are pivotal both for academic understanding and practical applications in discerning how companies rebound from crises. Moreover, the research identifies several highly significant factors—indicators that can assist investors in selecting promising firms for financing. Full article

Lithium–ion batteries are well established as traction batteries for electric vehicles. This has led to a growing market for second-life batteries that can be used in applications like home energy storage systems. Moreover, the recyclability and safe handling of aged or damaged cells and packs has become more important. While there are several indicators, like state of health (SOH), state of power (SOP), or state of safety (SOS), which describe the state of a battery before its defined end of life (EOL), there is no consistent classification methodology by which to describe the usability of a cell or pack after its EOL is reached. The proposed state of usability (SOU) provides a new indicator that accounts for the usability for second life, recyclability, and possible required safety handling of a lithium–ion battery after its first intended life cycle. This work presents a decision tree method, which in turn leads to five discrete usability levels enabling a fast and rough determination of the SOU for practical use. Further, a calculation methodology for reasonable continuous regions of the SOU is proposed. Both methods are based on a literature-based rating of all of the relevant defect and aging mechanisms displayed in a risk matrix. Finally, some experimental methods that can be used for SOU determination are proposed. The developed methodology and the hands-on approach using a decision tree are well-suited for real world application in recycling companies and battery test laboratories. Full article

Fast growing e-commerce has a significant impact both on CEP providers and public entities. While service providers have the first priority on factors such as costs and reliable service, both are increasingly focused on environmental effects, in the interest of company image and the inhabitants’ health and comfort. Significant additional factors are traffic density, pollution, and noise. While in the past direct delivery with distribution trucks from regional depots to the customers might have been justified, this is no longer valid when taking the big and growing numbers into account. Several options are followed in the literature, especially variants that introduce an additional break in the distribution chain, like local mini-hubs, mobile distribution points, or Automated Parcel Lockers (APLs). The first two options imply a “very last mile” stage, e.g., by small electrical vehicles or cargo bikes, and APLs rely on the customers to operate the very last step. The usage of this schema will significantly depend on the density of the APLs and, thus, on the density of the population within quite small regions. The relationships between the different elements of these technologies and the potential customers are studied with respect to their impact on the above-mentioned factors. A variety of scenarios is investigated, covering different options for customer behaviors. As an additional important point, reported studies with APLs only consider the section up to the APLs and the implied CO₂ emission. This, however, fully neglects the potentially very relevant pollution created by the customers when fetching their parcels from the APL. Therefore, in this paper this impact is systematically estimated via a simulation-based sensitivity analysis. It can be shown that taking this very last transport step into account in the calculation significantly changes the picture, especially within areas in outer city districts. Full article

Reducing food loss and waste is crucial for a sustainable global food system and an efficient use of natural resources. Fast-growing tuna provides a key contribution to global nutrition targets; however, reports suggest that an appreciable proportion of the catch is lost from its value chain due to flesh quality issues, one of which is Mushy Tuna Syndrome (MTS). MTS-affected tuna flesh becomes soft and pasty, unfit for canning or human consumption, resulting in high wastage of partially processed material. We investigated the prevalence of MTS globally by surveying the tuna industry using a questionnaire. Of the responses from 32 companies across 14 nations, 97% acknowledged MTS as an issue that predominantly affects skipjack (Katsuwonus pelamis) tuna. The cost of rejects reported by participants from 2017 to 2019 varied greatly, from less than 1000 USD per year to over 1 million USD. The median cost was over 60,000 USD and the average rejection rate was 1.8%. The occurrence of MTS was noted to be seasonal, mainly in the summer months. More than half of the respondents who experience MTS reported an increasing trend of occurrence. Industry perceptions suggest MTS causes are associated with environmental, physiological, and biological factors. The survey results highlight that MTS is prevalent in the industry and demonstrate the need to identify amelioration strategies for the fishers and processors to minimise loss and maximise resource efficiency. Full article