Digitalization and Sustainability: Explore the Role of Digital Technologies in Promoting Sustainability and Reducing Environmental Impacts

Abstract

One of the most relevant points of intersection between the twenty-first century technological innovation and environmental responsibility is green digital transformation. As the digital technologies of artificial intelligence, cloud computing, blockchain systems, infrastructures of the Internet of Things, robotics, high-level analytics, and automation platforms are introduced into economic systems, they change the nature of production, consumption, and governance. As much as these technologies have been linked to unprecedented rise in efficiency and productivity, they have also caused a new form of environmental pressure because of the rise in use of electricity, emergence of electronic wastes, mining of rare earth minerals, and computing practices that release carbon emission. The study sets a ground on sustainable digital transformation as a theory in accordance to the principles of digital innovation and its influence on environmental impact reduction. The respondents interviewed under a qualitative interpretivist research design were the sustainability executives, IT architects, digital transformation strategists, environmental policy advisors, and infrastructure engineers in different sectors of the industry like manufacturing, telecommunications, finance, renewable energy, public administration, and smart city governance. The findings indicate that digital technologies are not to be considered neutral artifacts that may be indifferent to the environment, but instead, they are sociotechnical systems that are embedded and anchored in economic incentives and the institutional framework. Digital systems that are handled well would have a massive impact on energy wastage, efficiency in supply chains, help in the incorporation of renewables, facilitate transparency in the supply chain, and advance environmentally responsible activities. However, sustainability tales are more challenging due to the risks of rebound, carbon leakage, algorithmic energy intensity, greenwashing, digital inequality and extractive hardware supply chains. The article presents an Integrated Sustainable Digital Transformation Model, according to which the digital infrastructure is located in the frames of the world and regulatory responsibility frameworks.

Keywords: Sustainable digital transformation, green IT, carbon reduction, digital sustainability, circular economy, environmental governance, AI energy consumption, digital carbon footprint.