“The AI capabilities are doubling every six months.”
That single line from our CEO at the India Sweden Innovation Day panel captured a truth that’s transforming industries everywhere.
If that growth continues, AI will be more than 15 times more capable in just two years.
For a sector like cement and by extension concrete, responsible for around 7% of global CO₂ emissions, that exponential leap could redefine how progress is made.
Because the real question isn’t how cement companies produce, but how they decide.
In recent years, AI in concrete has often been discussed in the context of process optimization - kiln efficiency, fuel reduction, or predictive maintenance. These are vital advances.
But at Ecometrix, we see AI’s most powerful role elsewhere:
In supporting processes and business decision-makings - the thousands of small but critical choices made daily across the whole value chain when building.
From material selection to procurement, from design modeling to bid preparation, AI can transform data into direction.
This means moving from “data collection for reporting” to “data utilization for progress.”
The real potential of AI lies in helping teams bring better, cleaner, and more competitive products to the world, not just proving sustainability, but achieving it.
Concrete production generates massive amounts of technical and environmental data. EPDs, LCAs, process logs, and compliance reports, each produced under different standards, languages, and assumptions. While the industry has made some progress in digitization, the data itself often remains fragmented, inconsistent, and underused.
The challenge isn't just data collection, it's interpretation. The industry is already drowning in massive data in various forms that are inconsistent, and time-consuming to analyze. This is also where most sustainability ambitions stall - not because companies don’t want to act, but because their data can’t yet inform decisions efficiently.
AI has the potential to change that, making every stakeholder's decision faster, clearer and more cost effective.
This is where Ecometrix comes in.
Our platform, Cicero, is built to simplify the complexity of environmental data, not by adding more dashboards or reports, but by making information immediately usable for real business processes.
We apply AI-enhanced data structuring and validation to thousands of Environmental Product Declarations (EPDs) and related documents every week, transforming them into clear, comparable datasets that support:
Procurement → Selecting materials and suppliers aligned with emission goals.
Design and engineering → Understanding environmental performance early in the process.
Product development → Identifying opportunities for lower-impact formulations.
Strategic planning → Building fact-based sustainability roadmaps that improve competitiveness.
Cicero isn’t about creating another report, it’s about enabling better, faster, and more confident decisions.
The concrete industry is facing a wave of transformation:
The move from gross to net emissions reporting. (if you have not read our article about it, find it here)
The integration of sustainability into procurement criteria.
The shift from compliance-driven to performance-driven sustainability.
In this context, AI becomes more than a technological tool, it becomes a strategic capability.
By doubling every six months, its ability to analyze, compare, and recommend will soon outpace traditional manual processes entirely.
The result?
Concrete companies that use AI to guide their decisions, rather than merely document them, will lead the next phase of global competitiveness.
At Ecometrix, our mission is not to tell concrete producers how to manufacture concrete.
It’s to give them the clarity and intelligence they need to make the right decisions faster - decisions that directly lead to better products, lower emissions, and stronger business results.
AI should not stop at sustainability reports.
It should help the industry design, source, and deliver materials that truly build a more sustainable world.
With Cicero, we make that possible, combining simplicity, speed, and cost-efficiency with the precision that modern construction demands.