Keam.. we enable organisations to embed sustainability into day-to-day operations

IFS, a provider of enterprise cloud and industrial AI software, has announced a strategic partnership with the carbon intelligence platform Climatiq, coinciding with the launch of its new Emissions Management module in IFS Cloud.

This launch supports IFS’s broader strategy to embed sustainability directly into business operations, enabling customers to make informed, carbon-aware decisions based on their own data.

The collaboration between IFS and Climatiq brings together industrial AI and expert carbon intelligence to transform how companies manage sustainability at a time when it’s never been more important.

The partnership allows asset-intensive industries to actively manage their carbon footprint and reduce it while maintaining strong operational efficiency standards.

IFS Cloud now integrates Climatiq’s carbon calculation engine and extensive database of scientifically vetted emission factors, enabling automatic carbon calculations from within core business systems.

Emissions Management leverages the existing asset hierarchy in IFS Cloud to quickly and accurately build emissions sources while ensuring consistency and fast setup.

The newly launched Emissions Management module empowers organisations to automate emissions calculations and embed sustainability into daily operations.

With prebuilt templates, standard methodologies, and available guidance in IFS Cloud, the application helps businesses achieve accurate carbon insights at scale.

"Sustainability regulations are under constant change and review, and our customers are under increasing pressure to meet these evolving obligations while continuing to adapt," said Caitlin Keam, VP of Sustainability Applications at IFS. "By integrating Climatiq’s verified emissions factor database into Emissions Management in IFS Cloud, we enable organisations to embed sustainability into day-to-day operations, allowing them to adapt quickly, gain clear insights, and make better decisions directly within their core system."