Sustainable Innovation Research Articles

Integrating Sustainable Educational Innovations and Spatial Cognition: A Study of Factors Affecting College Students’ Sustainable Learning Behavior in Virtual Simulation Environments

Objective: This study investigated the factors influencing college students’ continuous utilization intention of virtual simulation software (Animation Character Virtual Simulation Software V1.0) in the context of current efforts to promote sustainable educational practices and explored design strategies to enhance this willingness in a sustainable manner. Method: Based on the Expectation Confirmation Model of Information System Continuance (ECM-ISC), this study developed a model to examine the impact of college students’ spatial ability (SA) on their virtual simulation learning behavior. Upon administering a questionnaire to the selected participants (N = 164), the survey data were analyzed for reliability and validity. Subsequently, the relationships among the model’s variables were explored. Result: For college students majoring in Digital Media Art, spatial ability significantly positively affects their sustainable utilization intention of virtual simulation software within 3D virtual scenarios. Meanwhile, it positively impacts perceived ease of use (PEU) and flow experience (FE), which are key factors in promoting the sustainable adoption of such technologies. The introduced spatial ability, perceived ease of use, and flow experience influence the endogeneity of the ECM-ISC. Moreover, gender differences in spatial ability are profound among these students. Conclusion: The primary influencing pathway is spatial ability → flow experience → expectation confirmation → perceived usefulness → continuous utilization intention. Enhancing spatial ability is one effective way to advance virtual simulation software, offering new insights for its design and long-term improvement in alignment with sustainable educational practices.

Advancing sustainability in China by uncovering the role of eco-innovation, sustainable urbanization and financial development: evidence from novel wavelet approaches

ABSTRACT The Chinese government has faced the challenge of striking a balance between environmental sustainability and economic growth. Nevertheless, it has been recognized that sustainable development is intricately linked with economic, financial, and technological factors. Recently, the Climate Action Tracker has labeled China’s sustainability actions and policies as ‘Highly Insufficient’; thus, it is imperative to explore innovative sustainability drivers and develop effective policy measures to achieve sustainable development. Consequently, this study aims to empirically investigate the interrelationship between eco-innovation, economic growth, financial development, urbanization, and CO2 emission in China by utilizing quarterly data from 1980 to 2020, and employing Wavelet approaches for empirical analysis. The findings derived from Wavelet correlation and Wavelet coherence reveal that eco-innovation and urbanization reduce CO2 in the short- and medium-term. Conversely, financial development and economic growth increase CO2 across all frequencies from short- to long-term. The results from wavelet cohesion further corroborate the findings from wavelet coherence. Finally, the research reveals convincing evidence of feedback causality between CO2, and its underlying factors. The study recommends promoting eco-innovation, sustainable urbanization, and implementing policies that decouple financial development and economic growth from CO2 emissions to achieve long-term sustainability goals.

Leveraging IoT Technology for Transformative Impact in the Maritime Sector

The maritime sector is undergoing a transformative shift driven by the adoption of the Internet of Things (IoT) era. IoT permits real-time data collection, monitoring, and evaluation of maritime assets, leading to improved operational efficiency, stepped forward protection, and value financial savings. By integrating IoT sensors into ships, ports, and cargo, stakeholders can optimize gas intake, control vessel maintenance, tune shipment movements, and ensure compliance with environmental regulations. Furthermore, IoT enables predictive protection, decreasing downtime and extending gadget lifespan. The usage of IoT in maritime logistics also promotes transparency within the supply chain, assisting in more specific direction-making plans and reducing delays. This summary explores the key packages of IoT inside the maritime region, addressing its ability to revolutionize transport operations, enhance sustainability, and power innovation across the enterprise. Via manner of its very nature, the delivery and logistics organization desires an in-depth and powerful statistical alternative for fulfillment management and choice-making. A specific technique is needed for the marine enterprise due to the complicated and various environments. The naval enterprise's short adoption of IoT generation will make it an awful lot less tough to administer essential services like vessel monitoring, emissions control, preventative protection, protection, and welfare. The IoT answers defined in this article are tailor-made to the business enterprise's present-day needs. The hints are normal with the venture, which intends to offer an interactive remark route on maritime and survey or IoT systems to fill the market need due to the speedy growth of the smart Maritime & Surveying business enterprise. By its very nature, the delivery and logistics company wishes for an in-depth and powerful facts alternative for fulfillment control and selection-making. A specific method is wanted for the marine company due to the complex and diverse environment. The naval enterprise's short adoption of IoT generation will make it much less tough to administer essential offerings like vessel tracking, emissions control, preventative protection, protection, and welfare. The IoT solutions defined in this newsletter are tailored to the organization's current wishes. The tips are regular with the undertaking, which intends to provide an interactive observation course on maritime and survey or IoT structures to fill the market want because of the speedy boom of the smart Maritime & Surveying commercial corporation

Revolutionising the ready-made garments firms in Bangladesh: strategies for transformative change towards sustainable product innovation

ABSTRACT Ready-Made Garments (RMG) firms, particularly in developing economies such as Bangladesh, struggles to integrate sustainability into its operations and product innovation. Limited supportive policies and institutions exacerbate this challenge, hindering the industry's ability to produce high-standard and globally competitive sustainable products. Drawing on case studies of Bangladesh’s RMG firms, this qualitative paper aims to identify potential strategies and commitments to drive transformative change in the RMG firms towards sustainable product innovation. It addresses the main questions on the drivers of transformative change in sustainable product innovation, as well as firm leadership responses to sustainable development. Key findings from key informant interviews (KII) and focus group discussions (FGD) indicate drivers and strategies for transformative change towards sustainable product innovation in five dimensions: sustainability practices, market demands, firms’ commitments and initiatives, policy and regulatory framework, and technology and innovation. The findings of the paper highlights policy insights and leadership roles that contribute to a comprehensive understanding of the crucial factors and guidelines for initiating transformative changes in the RMG firms towards sustainable products. Also, a framework with insights from stakeholders is developed based on the findings to provide leadership guidance and recommendations for companies in the RMG sector and other related industries.

Does Innovation Sustainability Attract Retail Investors? The Clientele Effect in China

Innovation sustainability is essential for businesses to maintain their competitive edge and ensure long-term growth. This not only benefits individual companies but also entire industries. Despite its importance, research on retail investors’ preferences for innovation sustainability remains limited. To address this gap, we analyzed unique data on shareholder numbers in listed Chinese companies from 2007 to 2020. We differentiate between institutional and retail investors to analyze the latter’s preferences. This finding indicates that retail investors prefer to invest in companies with higher innovation sustainability. This preference stems from their limitations in capabilities of information collection, analytical skills, and risk diversification. The clientele effect is more pronounced when companies face a poor innovation environment, an opaque information environment, and a weak political connection. This study contributes to the existing literature by providing empirical support for the clientele effect and shedding light on retail investors’ preferences and investment behavior. By focusing on company fundamentals, our study extends the examination of the clientele effect to the corporate governance level. These insights have significant implications for promoting sustainable development, impacting both companies and the capital market.

Industry 4.0‐driven business model innovation for supply chain sustainability: An exploratory case study

AbstractIn the rapidly evolving landscape of the automotive industry, firms are increasingly turning to advanced Industry 4.0 (I4.0) technologies to drive innovation and sustainability. While I4.0 technologies hold immense potential for Business Model Innovation (BMI) and supply chain (SC) sustainability, a gap exists in understanding how firms can leverage BMI and SCS effectively. This study addresses this gap and explores the impact of implementing I4.0 on BMI and its effects on SC sustainability. Utilizing an exploratory case study approach, the research investigates an Indian automobile SC and highlights how I4.0 technologies such as IoT, cloud computing, additive manufacturing, analytics, and automation contribute to BMI, enhancing operational efficiency and SC sustainability. Additionally, the study emphasizes the importance of fostering collaboration among SC entities and the need for support from large‐scale manufacturers for the initial adoption of I4.0 technologies at the small‐scale supplier level. Based on these findings, the study develops the ‘I4.0‐enabled BMI for SC Sustainability’ framework, providing a structured approach for integrating I4.0 and BMI to enhance SC sustainability. This research investigates and applies Dynamic Capability (DC) theory to examine I4.0 transformations and contributes to DC theory by demonstrating how I4.0 facilitates BMI across the value chain, leading to improved sustainability performance.

Abuzaharen's Challenge: Building Sustainability Competencies through Science-Fiction Narratives and Game-based Learning

This paper presents a case study of the evolution of science-fiction themed game-based learning across two Masters units in a higher education course on sustainable development. The authors created three sustainability games to be played by classes in live workshop settings – a card matching game about urban challenges, a hackathon-style sustainability innovation challenge, and a systemic change analysis game - to build students’ capacity to think about systems, sustainability values, and strategies to advance positive change. The story of a bumbling, but well-intentioned, alien protagonist, Abuzaharen, serves as a dynamic backdrop to the games, which see students ‘transported’ to an alternative reality to complete time-bound challenges in a rigorous yet engaging manner in order to find their way ‘home’ to Earth. This paper documents how each game’s narrative, storytelling, design, and play evolved through multiple iterations over four years, drawing on critical reflection, evidence of engagement and student feedback. The paper also reflects on the affordances of generative artificial intelligence (GenAI) for game-based learning designers. One of the games has integrated GenAI to make Abuzaharen a real-time character in the delivery of the game, including judging student’s innovation pitches and generating live narrative content about game outcomes. The GenAI alien agent subsequently appears in ‘regular’ learning content as a course tutor. Qualitative feedback and educator observations suggest the games increased active class participation, built peer connections, fostered skills in problem-solving, promoted collaboration, and modelled creativity. The games also challenge existing narratives about negative impacts of GenAI on tertiary education by illustrating productive and creative uses of GenAI for students and educators. This paper argues that immersive, narrative-driven approaches, coupled with the strategic use of GenAI, can significantly enrich higher education for sustainability and other educational experiences by scaffolding selected competencies and applying complex concepts to real-world challenges in a light-hearted way. It concludes with practice-led insights and directions for future exploration of interest to sustainability educators, designers of interactive learning, and those experimenting with GenAI in narrative-based games.

Sustainable Innovation: Marketing Strategies to Increase Adoption of Permeable Paving Blocks in Environmentally Conscious Markets

Sustainable Innovation: Marketing Strategies to Increase Adoption of Permeable Paving Blocks in Environmentally Conscious Markets

Financing green innovation startups: a systematic literature review on early-stage SME funding

ABSTRACT This paper investigates the critical issue of financing early-stage green startups, examining the types of investors and finance models available, the challenges these startups face, and how the green finance ecosystem can better support early-stage investment. Utilizing a systematic literature review (SLR) methodology, we provide a comprehensive analysis of the current landscape. Our findings reveal a significant paucity of data and a bias towards well-established North American and European ecosystems, while highlighting an emerging diversity in private finance sources post-Global financial crisis (GFC), including grants, equity, and crowdfunding. Despite this, there remains a heavy reliance on public funding and a lack of evidence regarding its impact. The inherent characteristics of cleantech – high capital expenditure, long investment horizons, and disruptive nature – necessitate innovative public financing instruments and policies to reduce risk and attract private investment. Our theoretical contribution highlights the necessity for interdisciplinary research and policy collaboration to develop a holistic entrepreneurial finance (entfin) ecosystem. This approach should integrate quantitative economic and qualitative behavioural finance research to address information asymmetries and improve the green economy policy mix. Such a framework will support public-private co-financing, enhance stakeholder engagement, and provide evidence for policy decisions, facilitating more rapid commercialization of cleantech innovations for environmental sustainability.

The AI and Big Data Equitable Transformation Theory (ABETT): A Pathway to Inclusive Development and Technological Empowerment

The rapid advancement of artificial intelligence (AI) and big data technology has created new potential for economic growth, social development, and creativity. However, their incorporation into local economies presents issues regarding ethical governance, skill development, access to infrastructure, and equitable benefit sharing. This paper presents the AI and Big Data Equitable Transformation Theory (ABETT), a comprehensive framework for guiding the responsible and inclusive use of AI and big data in various scenarios. The ABETT model has six basic constructs: policy and ethical governance, skills development and education, scalable and equitable infrastructure access, collaborative innovation and knowledge exchange, sustainable AI and data for development, and economic growth and competitiveness. The ABETT framework was created, validated, and enhanced using a qualitative research design that included a systematic literature assessment, expert interviews, and case study analysis. The results support the model's relevance and applicability, illustrating how its elements work together to generate ethical and sustainable technological innovation. Comparisons with previous theories show that ABETT adds value by proposing a comprehensive and customizable pathway for AI and big data adoption that emphasizes collaboration, equity, and sustainability. The paper discusses the model's policy and practical implications, limitations, and future research recommendations. ABETT provides a practical roadmap for stakeholders who want to use AI and big data to promote inclusive growth, sustainable development, and equitable technical advancement.

Enhancing business resilience: Innovation and adaptation during and after the global pandemic

Purpose: In response to the unprecedented challenges posed by the global pandemic, this study rigorously examines the strategic interplay between innovation and adaptation as catalysts for business resilience. Method: The research investigates the influence of two independent variables – innovation in business and adaptive strategies – on the dependent variable of business resilience, establishing a robust conceptual framework based on a thorough literature review. Employing a mixed-methods approach, incorporating case studies, surveys, and interviews, the study meticulously explores the multifaceted dimensions of business responses during the pandemic. Results: A detailed analysis of innovation encompasses technological, process, and product innovations, while simultaneously scrutinizing adaptive strategies such as flexible business models, employee empowerment, and customer-centric approaches. The research reveals that businesses embracing process and technological innovation alongside radical shifts in their business models achieved higher levels of resilience. Qualitative narratives assess the performance metrics and success stories of these resilient businesses. The examination extends to the post-pandemic landscape, evaluating the sustainability of innovation and adaptation in a stable environment. Emphasis is placed on the enduring relevance of these strategies and their integration into organizational culture, thereby shaping long-term business resilience. Limitations: The study identifies and addresses challenges and barriers hindering innovation and adaptation, including economic constraints, technological barriers, and organizational resistance. Contribution: This study offers a nuanced and insightful exploration of the intricate dynamics between innovation, adaptation, and business resilience during and after the pandemic. The findings not only contribute to the academic discourse but also provide actionable insights for businesses seeking to fortify their resilience amidst ongoing global uncertainties.

Intellectual property rights protection and sustainable innovation performance: The mediating role of technology spillover

AbstractDespite extensive research into the factors driving sustainable innovation, there remains a significant gap in understanding the impact of intellectual property rights (IPR) protection. This study delves into how IPR protection influences sustainable innovation performance and explores the mechanism of technology spillover and the condition of absorptive capacity. Analyzing data from 266 firms in Vietnam, our findings indicate a positive correlation between IPR protection and technology spillover. Additionally, we find that technology spillover mediates the relationship between IPR protection and sustainable innovation performance. Interestingly, we show that absorptive capacity bolsters the relationship between technology spillover and sustainable innovation performance. These insights offer valuable additions to the existing literature on IPR protection and sustainable innovation literature. Implications for both theory and practice are discussed in detail.

Drive sustainable business performance with humane entrepreneurship, knowledge management: the mediation of sustainable business advantage and sustainable business model innovation

PurposeThis study evaluates the important role of humane entrepreneurship (HE) on sustainable business advantage (SBA) and sustainable business performance (SBP) by exploring the mediating role of sustainable business model innovation (SBMI) under the influence of knowledge management (KM) in small and medium-sized enterprises (SMEs). Encouraging businesses to implement a combination of KM and HE facilitates the implementation of SBMI that brings value to businesses, communities and the environment in emerging economies.Design/methodology/approachThis study uses an empirical quantitative research method using primary information based on data collected by questionnaires. The study sample resulted in 424 valid responses (66.77% response rate). The target audience of the study is middle and senior managers in SMEs. This study aims to perform structural modeling analysis with the maximum likelihood estimates method to examine structural relationships.FindingsThis study found a positive relationship between KM and HE to SBMI. At the same time, SBMI plays an important role for businesses to achieve SBA and SBP. Similarly, a positive relationship was also found between HE to SBA and SBP. And SBA strongly promotes SMEs to achieve SBP. In addition, the mediating role of SBMI and SBA is clarified to have a positive impact between HE–SBP and SBMI–SBP. HE plays an important role in motivating businesses to innovate sustainable business models, making it easier to gain sustainable competitive advantages, thereby bringing sustainable business results.Practical implicationsThis research helps SMEs realize the importance of KM and HE in SBMI. At that time, SMEs take advantage of internal and external information sources and innovate their business models based on HE mechanisms. Applying HE mechanisms will allow businesses to innovate their business models by combining concerns between stakeholders and the social environment for sustainable development. Therefore, businesses will achieve their SBA toward SBP.Originality/valueThe present literature shows that there are few empirical studies on the mechanism mediating SBMI in the relationship between HE and SBP; and SBA in the link between SBMI and SBP. In addition, the impact of KM and HE on SBMI is also very important in the current context. The study's findings could have huge implications for entrepreneurs and senior managers in SMEs in emerging economies. Help them realize the importance of KM and HE for SBMI, thereby building strategic perspectives that help businesses achieve sustainable competitive advantages and increase SBP for businesses.

Preface: 13th Ranshofener Leichtmetalltage

Abstract What strategies are available to minimize resource consumption in the light metal industry through recycling and energy efficiency? How can lightweight design make mobility more sustainable? And what role will artificial intelligence play in future processes in the metal processing industry? These and other questions are addressed at the 13th Ranshofener Leichtmetalltage 2024, which take place on the 26th–27th of September 2024 at the Hotel Gut Brandlhof in Saalfelden, Austria, and are organized in accordance with the criteria of the Austrian Ecolabel for Green Events. Under the guiding theme of “Light Metals Innovations for Environmental and Economic Sustainability”, this year’s conference offers an exciting program in three sessions “Digitalization in the Context of Circularity”, “Sustainable Process Development” and “Innovative Light Metals and their Characterization”. The focus is on decarbonization and digitalization in process and material development as well as the material characterization of light metals. A balanced spectrum of international presentations from universities, RTOs and industry provides participants with an up-to-date overview of the latest scientific findings and successful light metal applications. The 13th Ranshofener Leichtmetalltage 2024 are thus clearly focused on decarbonization and digitalization – even in times of diverse challenges. The first session, “Digitalization in the Context of Circularity”, highlights best-practice examples from the aluminium industry, the balance between sustainability and performance in metal processing and the implementation of complex geometries using wire-based additive manufacturing. The second session, “Sustainable Process Development”, is dedicated to the decarbonization and reduced material consumption of industrial processes, for example through GigaCasting, or the use of innovative recycling technologies. The third session, “Innovative Light Metals and their Characterization”, addresses forward-looking topics such as the development of special aluminium alloys for additive manufacturing, the use of old car scrap for innovative alloys and the decarbonization of the magnesium industry. The conference proceedings contain scientific contributions to the conference. We would like to thank all the authors for their high-quality work and the participants of the 13th Ranshofener Leichtmetalltage 2024 for their interest. We wish you stimulating reading and creative impulses! List of Scientific committee, Organizing committee are available in this Pdf.

The role of institutional innovation and artificial intelligence in the corporate eco-innovation - a case study of high-tech enterprises in Liaoning province of China

This research investigates the intricate interplay of institutional factors and technological adoption in the context of corporate ecological innovation. Grounded in the New Institutionalism Theory and the Technology-Organization-Environment (TOE) framework, the study explores how formal and informal institutional innovations shape the behavior and capabilities of companies engaged in ecological innovation in Liaoning Province, China. Furthermore, the research examines the role of Artificial Intelligence (AI) in promoting ecological innovation. The study classifies AI into three categories: data analytics and predictive AI, automation and intelligent production AI, and customer service and user experience AI. These dimensions are investigated in terms of their influence on ecological innovation, revealing how each element contributes to enhancing companies' capabilities in addressing ecological challenges. The research proposes hypotheses regarding the positive influence of these AI dimensions on ecological innovation outcomes. The findings from this research contribute to the education of the intricate dynamics between institutional innovations, technological adoption, and corporate ecological innovation. The insights garnered are crucial for policymakers, businesses, and researchers striving to cultivate sustainable practices and innovation in ’the contemporary economic and environmental milieu.

Crafting Superior Dress Shoes

This study explores the utilization of African ostrich leg skins, sourced from South Africa, in the production of high-quality leather footwear in Ethiopia. It begins with a thorough analysis of the raw materials, particularly their fat and protein contents, while also evaluating the most effective tanning methods. The research focuses on the impact of chrome and semi-chrome tanning on the leather’s physical and structural qualities, highlighting its unique texture and durability. Through comprehensive trials conducted in Ethiopia, the study examines the leather’s thermal stability, fiber structure, and performance metrics. The results reveal that chrome tanning is better suited for producing footwear, as it enhances leather strength and yields leather with minimal stretch, making it ideal for crafting durable upper shoe components. On the other hand, semi-chrome tanning, as evidenced by scanning electron microscopy, yields softer leather with better fiber separation, suitable for luxury leather bags’ decorative features. The findings demonstrate that specialized tanning techniques can enhance both the aesthetic and functional attributes of ostrich leg leather, promoting its inclusion in high-end leather products. This approach not only broadens the variety of materials for the Ethiopian leather industry but also supports economic growth and market expansion through sustainable practices and product innovation.

Sustainable innovation for fermented cassava roasting: Examining the potential of parabolic dish solar collectors and thermal energy storage

Fermented cassava roasting is an energy-intensive process that is commonly used to produce gari, a popular food in Nigeria made from cassava. Traditional roasting methods use firewood as an energy source, which is inefficient and harmful to the health of those who inhale the smoke (mainly women and children in rural communities) and contributes to deforestation. This work aims to investigate a developed fermented cassava roasting system driven by a concentrated parabolic solar collector. Important data on the gari production food chain was obtained from a work-study in a rural community: temperatures and moisture content. The roasting temperatures range between 85oC - 100oC. The parabolic dish solar collector was designed and fabricated to achieve temperatures between 118oC-154oC at optimum tilt angles at Port Harcourt (4°54′ 22.86″N, 6°55′ 27.52″E) climatic conditions. The focal length ranges between 50 mm and 80 mm, and the fluctuation of the focal point position was considered for the thermal storage system design. Gravel was used as a thermal storage, and heat transfer was enhanced through small internally placed mild steel rods. The experimentally obtained average total fry/roast time per batch (40g) was 24 min, which is greater than the theoretically obtained value of 8.5 min. The fermented cassava roasting experiment was conducted for three days with favourable weather conditions, achieving a maximum temperature of 101oC. This innovation is important in addressing the health risks associated with traditional fermented cassava roasting methods and moving towards zero-emission and zero-poverty innovative systems.

Does shared tenure between board of directors and CEO affect R&D investment?

Psychology literature suggests that shared tenure between individuals affects how they communicate and share information. Given that the relationship between board of directors and CEO involves extensive interactions and information-sharing to maintain shareholders' interests, this study seeks an answer as to whether that shared tenure between directors and CEO affects R&D investments. Using a sample of firms listed in the UK FTSE350 index between 2010 and 2019, we find that directors–CEO shared tenure positively affects R&D intensity. The study has implications for corporate governance and strategic management literature by highlighting Board–CEO shared tenure as a new factor affecting R&D investments. This study has implications for practice and policy-makers. In particular, companies that are eager to strengthen corporate governance and maintain sustained innovation might consider the shared tenure between directors and CEO.

Human Sustainability and the Competitiveness of Jordanian Industrial Companies: The Mediating Effect of Employee Participation

There is much discussion about sustainability and its dimensions at the macro level (sustainable development) and at the micro level as important additional dimensions, including human sustainability. In this context, the contribution of this study comes in addressing the research gap in expanding the dimensions of sustainability to include a fourth dimension, represented by the human dimension with its four components: effective learning, sustainable innovation, functional sustainability, and sustainable teamwork. Human sustainability still needs to be rooted as a concept, representative components, and their effect on the two main determinants of the company’s competitiveness. Accordingly, this study aimed to determine the effect of human sustainability components (effective learning, sustainable innovation, functional sustainability and sustainable teamwork) on the competitiveness of industrial companies in its two determinants: competitive ability and competitive performance. The current study also sought to investigate the effect of employee participation on the relationship between human sustainability and company competitiveness.

Exploring the Potential Synergies between Industry 5.0 and Green Lean Six Sigma for Sustainable Performance: A New Dimension of Operational Excellence

Today's companies are adopting a sustainable strategy, often in a reactive manner, to respond to customer demands, stakeholder concerns, and compliance with regulatory requirements, while seeking to proactively maintain a strong standing in the future market. This article explores the synergies between Industry 5.0 technologies and Green Lean Six Sigma (GLSS), highlighting how their integration can catalyse sustainable transformations in manufacturing. The study combines a literature review with empirical survey conducted across companies in various industrial sectors. The objective is to identify and examine potential synergies between Industry 5.0 technologies and Green Lean Six Sigma tools to improve the environmental impact of manufacturing companies. The results highlight the importance of Industry 5.0 technologies in boosting the efficiency of GLSS, thereby promoting more sustainable manufacturing practices. Key areas of synergy include sustainable process optimization, energy efficiency, sustainable personalization, data analytics for sustainability, and sustainable innovation. This article emphasizes the mutual benefits of integrating Industry 5.0 technologies with the Green Lean Six Sigma methodological framework. This combination reduces the consumption of materials and resources, improves energy efficiency, and stimulates innovation in favor of eco-responsible production. It calls for an integrated approach, considering technology, human resources, and processes, to enable manufacturing companies to achieve optimized operational performance while contributing to environmental sustainability.