AI-driven transformation to achieve sustainability targets

Artificial intelligence is often part of the problem when it comes to emissions due to its energy use, but it can also be a powerful tool in reducing them.
It can help organizations reduce their carbon footprint by optimizing processes, reducing waste and improving resource efficiency at scale.
AI can be used as a structural lever to make sustainability part of how technology decisions are made, reduce emissions and meet climate targets.

The use of artificial intelligence (AI) is accelerating across industries, reshaping how organizations operate and compete. At the same time, pressure to meet climate commitments is intensifying due to regulation, investor expectations and societal demand.

These forces are converging to create a central leadership challenge: how can organizations scale AI while ensuring it supports rather than undermines their environmental goals?

Technology is often seen as part of the problem when it comes to emissions. Data centres, cloud infrastructure and the growing demand for computing power are increasing the environmental footprint of digital systems.

Yet technology is also one of the most powerful tools available to reduce emissions. The paradox is clear. The same technologies that increase energy use can also enable more efficient and sustainable operations.

AI optimizes processes but also contributes to rising energy demand

AI sits at the heart of this paradox. While it contributes to rising energy demand, it also enables organizations to optimize processes, reduce waste and improve resource efficiency at scale.

Research highlights the scale of this opportunity. Many organizations expect AI-driven initiatives to deliver measurable emissions reductions over the coming years. Meanwhile, two-thirds of technology leaders believe AI and digital initiatives could reduce business emissions by 6% to 30%.

This shows that although transformational impact is possible, for most organizations, the value of AI lies in cumulative improvements across…

Source