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This paper aims to investigate the impact of FinTech on sustainable growth. First, we delve into the evolution of FinTech solutions and the key factors that shape their influence on sustainability. We highlight how FinTech fosters environmental, social and economic sustainability (ESG) within the financial sector. Additionally, we provide practical examples of FinTech firms contributing to the promotion of ESG factors, the enhancement of renewable energies and the reduction of energy costs. Furthermore, we review empirical studies that confirm the significant and positive impact of FinTech on various aspects such as financial inclusion, green finance, women's empowerment, renewable energy adoption, ESG considerations and environmental protection. These insights have substantial implications for all stakeholders involved. By harnessing adherence to FinTech solutions and promoting FinTech innovations, efficiency and sustainable practices, stakeholders can actively contribute to building a more resilient, inclusive and sustainable global economy.

This paper aims to a systematic literature review followed by a critical synthesis to unveil the underlying knowledge that shapes our understanding of festivals in the digital era. Findings reveal a diverse range of digital applications, such as social media, virtual technologies and event apps, used in festival contexts. Analysis also highlights the digital-influenced experiences of various stakeholders involved, particularly concerning brand, place, destination image and cocreation. The study emphasises the pressing need to investigate the role of generative artificial intelligence-based applications in festivals, pinpointing areas ripe for research such as representation and authenticity, community engagement and participation, memories and storytelling, as well as power and accessibility. By demonstrating how digital technologies intersect with festivity, this research opens new avenues for exploring the dynamic relationship between technology and cultural expression, advocating for a deeper understanding of their integration in the digital age.

This study examines the policy-driving forces (PDFs) influencing the adoption of modular integrated construction (MiC) in Hong Kong (HK). It focuses on understanding how these forces impact MiC implementation across different construction phases, providing insights for policymakers to enhance sector productivity, efficiency and sustainability.

Utilising system dynamics (SD) modelling, this research simulates the dynamic influence of PDFs on MiC adoption throughout various construction stages. Data collection involved questionnaires, surveys and case studies, which established the basis for detailed simulation scenarios to understand the timing and impact of PDFs.

The results indicate that PDFs exert the most significant influence during the initiation phase of MiC adoption, followed by the construction and planning and/or design phases. Regulative PDFs emerged as the most potent drivers in enhancing MiC uptake at each phase. Based on these insights, the study proposes six strategic recommendations to promote MiC adoption, emphasising the utility of MiC in emergency infrastructures.

This research introduces a novel application of SD modelling to quantitatively assess the impact of PDFs on MiC adoption in Hong Kong’s construction industry. It provides a dynamic, systematic perspective on policy impacts, offering actionable insights for effective policymaking. Through scenario simulations, this study equips policymakers with the tools to foresee outcomes of policy adjustments, thus enabling informed decisions to foster widespread MiC adoption for sustainable development.