New Book Maps How Human-Centered Technology Could Reshape Industry 5.0 Workplaces

A newly released edited volume from Bentham Books takes on one of the most consequential questions of the coming industrial decade: what happens to human beings when factories, offices, banks and universities are saturated with artificial intelligence, connected sensors, blockchain ledgers and machine learning systems? The book, titled Human-Computer Interaction in Industry 5.0: Innovation, Sustainability and the Future of Work, is positioned as a multidisciplinary examination of how emerging digital technologies are reshaping the workplace, and it arrives at a moment when the concept of Industry 5.0 is moving rapidly from European policy documents into boardroom strategy and academic curricula.

Unlike the Industry 4.0 narrative, which celebrated automation for its own sake and measured progress in throughput, uptime and cost reduction, Industry 5.0 is defined by a deliberate rebalancing. The framework, first articulated prominently by the European Commission, calls for industrial systems that are human-centric, sustainable and resilient. The new volume embraces that framing directly. According to the publisher, the book examines the evolving relationship between people and intelligent technologies, emphasizing innovation, sustainability and organizational resilience, and draws on conceptual analyses, systematic reviews and practical perspectives to explore how digital tools can support human-centric workplaces, sustainable business practices and adaptive organizational strategies.

The technical scope of the book is broad. Its chapters cover unified communication technologies, artificial intelligence, the Internet of Things, big data, machine learning and blockchain, alongside their applications in business transformation and sustainable development. That combination is significant because these technologies are rarely discussed as a single interacting system. In an Industry 5.0 setting, they are best understood as layers of one architecture: IoT devices generate streams of operational data, big data platforms aggregate and store those streams, machine learning models extract patterns and predictions from them, AI systems act on those predictions in ways that can augment or displace human judgment, blockchain provides tamper-resistant records of transactions and provenance, and unified communication tools bind the whole loop back to the human workers who must supervise, correct and learn from it.

Human-computer interaction sits at the center of that loop, and the book’s emphasis on it reflects a growing recognition in the research literature that the success of intelligent systems depends less on raw algorithmic performance than on the quality of the interface between machine and operator. A predictive maintenance model that flags a failing bearing is only useful if the technician who receives the alert can understand why it was raised, trust it enough to act, and feed back information when it is wrong. Interaction design, explainability, cognitive load and trust calibration are therefore not cosmetic concerns but determinants of whether human-centric automation actually functions in practice.

The volume also extends beyond the factory floor. Among the topics listed by the publisher are service flexibility, marketing strategies, green innovation in higher education, sustainable banking, innovation management in volatile environments and leadership for risk management in what strategists call a VUCA world, an environment marked by volatility, uncertainty, complexity and ambiguity. That range signals an important feature of the Industry 5.0 debate: the same technological stack that reorganizes manufacturing is now reorganizing services. Banks deploy machine learning for credit assessment and fraud detection while under pressure to demonstrate sustainable finance credentials; universities pursue green innovation while digitizing teaching; marketing organizations use AI-driven analytics to reshape customer relationships in ways that raise questions about autonomy and manipulation.

Sustainability receives particular attention throughout the book. The link between digital transformation and environmental performance is neither automatic nor simple. Data centers, sensor networks and blockchain systems carry real energy and material costs, and poorly governed digitalization can simply accelerate consumption. The chapters on green innovation and sustainable development engage with the counterargument that, when designed deliberately, digital technologies can reduce waste, optimize energy use, shorten supply chains and make environmental impacts measurable and auditable. The book’s framing suggests that whether digitalization becomes an ecological liability or an asset depends on organizational strategy and governance rather than on the technologies themselves.

Resilience is the third pillar of the Industry 5.0 triad, and the book’s treatment of leadership and risk management in VUCA environments addresses it head-on. The past several years have given organizations repeated stress tests: pandemic disruptions, geopolitical shocks, supply chain breakdowns and the sudden arrival of generative AI. In such conditions, rigid, efficiency-maximized systems tend to fail brittlely, while organizations that combine technological adaptability with empowered, well-informed human decision-makers absorb shocks and recover faster. The volume’s chapters on innovation management in volatile environments and leadership for risk management argue, in effect, that resilience is a designed property, built through communication infrastructure, distributed intelligence and organizational culture, not a fortunate accident.

The book is edited by Dr. Sonal Trivedi, an Associate Professor at Manav Rachna University in India, who brings more than fourteen years of teaching and research experience across institutions including VIT Bhopal, Chitkara University and SVNIT. She holds a Ph.D. from the University of Kota and has authored or edited more than a dozen Scopus-indexed books with publishers including Springer Nature, CRC Press, Emerald, Taylor & Francis and Bentham Science, in addition to over thirty book chapters and numerous Scopus-indexed journal papers. She also holds eight granted patents and serves as a reviewer for several international journals, including those published by Wiley and Emerald. Her editorial background spans management, information technology and applied engineering, which helps explain the volume’s unusually wide disciplinary reach.

The intended readership is correspondingly broad. The publisher identifies researchers, graduate students, policymakers and professionals working in management, information technology, digital innovation and sustainable development as the target audience. That mix matters, because the questions raised by Industry 5.0 do not respect disciplinary boundaries. A policymaker drafting rules for algorithmic workplace monitoring, a chief information officer selecting an IoT platform, a sustainability officer auditing a bank’s green credentials and a graduate student modeling human trust in automation are all, in different ways, working on the same underlying problem: how to keep human beings meaningfully in command of systems that increasingly learn, decide and act on their own.

The release comes at a time when the human-centric turn in industrial policy is gaining institutional weight. The European Commission’s Industry 5.0 framework has been followed by research funding calls, academic conferences and corporate sustainability reports that adopt its vocabulary of human-centricity, resilience and sustainability. Critics have asked whether Industry 5.0 is a genuine paradigm shift or a rebranding of Industry 4.0 with better public relations, and the honest answer may depend on implementation. If organizations deploy AI and IoT purely to cut labor costs, the human-centric label is hollow. If they use the same technologies to reduce physical strain, expand worker skills, shorten feedback loops and make environmental performance transparent, the label describes something real. Books like this one, which assemble conceptual analysis, systematic literature review and practitioner perspectives across sectors, serve as early maps of that implementation landscape, and they will help determine whether the next industrial era is remembered for its machines or for the people who worked alongside them.

Subject of Research: Human-computer interaction and human-centric digital technologies in Industry 5.0 workplaces

Article Title: Human-Computer Interaction in Industry 5.0: Innovation, Sustainability and the Future of Work

Article References: Human-Computer Interaction in Industry 5.0: Innovation, Sustainability and the Future of Work. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: Industry 5.0, human-computer interaction, artificial intelligence, Internet of Things, big data, machine learning, blockchain, sustainability, green innovation, future of work, organizational resilience, VUCA leadership