Zeno transforms complex supplier documents into structured, machine-readable data using AI built for industrial workflows.

Designed for high-volume supply chains, Zeno eliminates manual data entry, reduces operational costs, and accelerates workflows by extracting, validating, and structuring information directly from PDFs and technical documentation.

Built for industrial-scale automation, Zeno integrates seamlessly into existing enterprise systems — turning fragmented supplier data into operational intelligence.

Cicero delivers structured, quality-assured environmental intelligence for construction materials and products at scale.

The platform transforms fragmented environmental declarations into accessible, actionable data — helping organizations compare products, evaluate environmental impact, and integrate sustainability intelligence directly into digital workflows and decision-making.

Designed for the next generation of sustainable construction, Cicero makes environmental data operational across projects, teams, and systems.

ACORN uses agentic AI to develop optimized low-carbon concrete mixes across performance, cost, climate impact, and engineering constraints.

Combining material science, machine learning, and engineering expertise, ACORN accelerates the development of high-performance concrete recipes for real-world production environments while maintaining strict confidentiality for proprietary data and models.

Designed for the next generation of intelligent concrete engineering.

Ecometrix develops tailored AI systems and analytical infrastructure for complex industrial and sustainability challenges.

From intelligent automation and predictive analytics to optimization engines and environmental intelligence platforms, we build scalable systems designed for real operational environments, industrial constraints, and measurable impact.

Our solutions combine advanced AI with deep domain expertise to help organizations operate smarter, faster, and more sustainably.