AI in events is a game-changer, but at what cost to the planet?

The integration of artificial intelligence in the workplace has become a game-changer, but at what cost to the planet’s health, asks Warren Campbell, general manager at 15Hatfields.

Sustainability and AI can absolutely coexist, but it requires deliberate effort. We must implement intentional strategies that align technological progress with responsible environmental leadership. 

While AI holds immense promise, we must be aware of its environmental implications, particularly in areas such as energy consumption, data storage, and processing power. These systems require enormous amounts of energy, and training a single large AI model like GPT-3 can produce over 500 tonnes of CO2 - roughly equivalent to the lifetime emissions of five average cars.

Warren Campbell Photo Credit: Supplied

Often, much of this energy comes from non-renewable sources, contributing to an increase in carbon emissions. However, technology innovation and environmental protection can and must go hand-in-hand, and we must ensure AI's development aligns with sustainable practices. 

The “AI-everything” mindset, which promotes the unchecked adoption of AI technologies across industries, needs to be evaluated. AI undoubtedly has the potential to transform sectors like healthcare, manufacturing, and logistics, but it cannot serve as a free pass to expand our ecological footprint. 

Technological advancement must be matched with sustainability goals, ensuring that the future we build is prosperous not only in terms of AI development but also in ecological health. 

At this crucial juncture, businesses and event organisers must ask themselves the right questions. How can AI be used to reduce energy consumption? How can organisations optimise AI models to be more efficient and environmentally friendly? And, more importantly, how can AI technologies work in tandem with existing sustainability efforts to promote long-term environmental wellbeing? 

One answer lies in the concept of 'green AI'. 

This approach focuses on designing AI systems that are energy-efficient, reduce resource consumption, and integrate renewable energy sources into their operations. By prioritising energy efficiency in the development of AI algorithms, data centres, and hardware, companies can help mitigate the environmental impact of their technological growth. For businesses striving to meet Environmental, Social, and Governance (ESG) targets, AI can be a powerful enabler when implemented responsibly. 

Ultimately, we are at a pivotal moment in both business and environmental history, and this is very prevalent when it comes to the meetings and events industry. The decisions we make today about AI implementation will not only shape the future of technology but also determine the health of our planet. As an industry, we must be mindful of the consequences and apply caution when adopting new technology to assist our processes. In the workplace, companies must be committed to balancing the transformative power of AI with their responsibility to reduce carbon emissions and protect the environment. 

Achieving this balance will require conscious, deliberate effort from every level of the organisation—from senior leadership to the developers of AI systems themselves. Only by striking this balance can we ensure a sustainable future where innovation and environmental protection go hand in hand. We need to think beyond mere technological progress. The bigger picture is clear: we need AI to be a tool for the greater good of the planet, not just for boosting efficiencies or maximising profits.