Active participant in DIGIECOQUARRY (2021–2025), focused on digital systems for sustainable non-energy extractive industries and construction aggregates.
SIGMA AI SLU
Spanish tech SME digitizing sustainable mining and quarry operations, previously active in biometric e-signature systems.
Their core work
SIGMA AI SLU is a Madrid-based technology SME that applies digital solutions to industry-specific problems, with demonstrated work in biometric authentication software and, more recently, the digitalization of the aggregates and quarrying sector. In their most substantial EU project, DIGIECOQUARRY, they contribute to developing digital management systems for sustainable stone and gravel extraction aligned with EU Green Deal targets. Their commercial angle bridges software engineering with industrial process improvement, translating complex sector data into actionable digital tools. With only two projects on record, their full service portfolio is difficult to assess from public EU data alone.
What they specialise in
Coordinated SignSigma (2014), an SME Phase 1 feasibility study for a mobile, multi-platform electronic signature system using biometric parameters.
DIGIECOQUARRY explicitly frames its digital tools within EU Green Deal requirements for the extractive industry supply chain.
How they've shifted over time
SIGMA AI began its H2020 journey in 2014 with a pure digital-software play — a biometric e-signature platform targeting mobile and cross-platform deployment, a typical SME-phase-1 feasibility probe into a competitive fintech-adjacent market. By 2021 their focus had shifted entirely: no biometrics, no fintech — instead, mining digitalization, sustainable aggregates, and Green Deal compliance in the construction materials supply chain. The pivot suggests either a deliberate strategy to move into a less crowded industrial niche or a client-driven pivot following the SME-1 study's commercial outcome.
SIGMA AI appears to be repositioning as a digital transformation partner for traditional extractive industries, a niche that is under-served and increasingly driven by EU environmental compliance mandates through 2030.
How they like to work
SIGMA AI has played both roles in the EU project system: they led a small, solo-style SME Phase 1 study in 2014, and later joined as a participant in a larger Innovation Action consortium for DIGIECOQUARRY. With 35 unique consortium partners across 11 countries, their network is broader than expected for a two-project organization, suggesting DIGIECOQUARRY operates within a sizeable multi-partner structure. As a participant rather than coordinator in their main large project, they likely function as a specialist contributor rather than a project management hub.
Despite only two projects, SIGMA AI has connected with 35 distinct consortium partners across 11 countries, all accumulated through DIGIECOQUARRY's large Innovation Action structure. Their network is European in scope but concentrated in the construction materials and environmental technology space.
What sets them apart
SIGMA AI occupies an unusual intersection: a software and AI-branded SME operating inside the extractive industry and construction materials sector, which is typically dominated by engineering firms and research institutes rather than software companies. This positions them as a rare digital-native voice in a sector hungry for modernization. For a consortium needing a technology partner who understands both software development and the operational realities of quarrying and aggregates supply chains, they offer a combination that is genuinely uncommon.
Highlights from their portfolio
- DIGIECOQUARRYTheir largest project by far (€631,575, running 2021–2025) targets the digitalization of the European aggregates and quarrying sector under EU Green Deal rules — a niche with strong regulatory tailwinds and few digital specialists.
- SignSigmaCoordinated as a solo SME Phase 1 study in 2014, demonstrating early capacity to initiate and lead EU-funded feasibility work in biometric authentication — a very different domain from their current focus.