This paper investigates the disruptive potential of smart systems and digital technologies like artificial intelligence (ai), internet of things (iot), blockchain, and cloud computing on sustainability management in all sectors. The study positions these technologies to be fundamental applications in the reshaping of industry to manage, optimize and sustain natural resources, rather than ancillary instruments of those responsibilities. Continuous digital environmental monitoring, predictive maintenance, and autonomous response are now possible thanks to digital systems and remote sensing. For example, ai models are able to predict pollution levels, automatically allocate energy and monitor efficiency rates instantaneously. Iot networks allow for pinpoint water, energy and waste flows tracking within all facilities, with the support of blockchain technology and transparent resource accounting. Cloud applications scale efficiently to collect data and simulate the climate, enabling improved decision-making for public and private stakeholders. In order to evaluate their quantifiable impact, we rely on both quantitative and case-based interpretation in this research. A regression model is used to estimate the impact of individual digital interventions on energy use and waste reduction. It is also noteworthy that the effectiveness of these tools does not depend exclusively on technology but is also related to the strategic frameworks in which they are embedded. Policy design, data governance, and partnership with stakeholders are essential if we are to turn digital potential into environmental dividends. This paper argues that reframing environmental strategy in the context of the digital age means moving beyond fragmented, compliance led approaches to more adaptive, learning focused systems. These systems need to couple technical precision with ecological understanding in order to help groups respond to feedback, anticipate environmental shocks, and minimize human mistakes. In the end, the overlap of ai and sustainability is not only about increased efficiency, but about reshaping what environmental responsibility means, and looks like, in an ever more digitized world.
Prof . V. Lalitha (Sat,) studied this question.