In PRELUDE (2020-2024), they contributed to dynamic building simulation, model-based predictive control, occupancy modeling, and smartness assessment for demand-side flexibility.
EUROCORE CONSULTING
Brussels SME applying digital twins, predictive control, and IoT to smart buildings and sustainable industrial operations.
Their core work
Eurocore Consulting is a Brussels-based SME that contributes technical consulting and implementation expertise to EU research consortia at the intersection of digital technologies and sustainability. Their work spans two distinct application domains: smart building energy management (optimizing energy use through real-time occupancy data, building simulation, and demand flexibility) and industrial IoT for sustainable mining (deploying digital twins, blockchain-based compliance tracking, and predictive maintenance in extractive industries). In both domains, they apply data-driven decision support — turning sensor data and models into actionable operational guidance. Their Brussels location positions them as a well-networked partner familiar with EU policy and regulatory context.
What they specialise in
In Dig_IT (2020-2024), they worked on a human-centred IoT platform for sustainable mining, covering digital twins, smart scheduling, interactive decision support, and EHS monitoring.
Predictive maintenance appears as a keyword in both Dig_IT and PRELUDE, suggesting it is a cross-domain technical capability they actively bring to consortia.
Dig_IT involved sustainability compliance labelling and blockchain, indicating experience with digital provenance and regulatory traceability for raw materials.
PRELUDE focused on demand side flexibility, free running strategies, and proactive building operation, reflecting expertise in grid-responsive building control.
How they've shifted over time
Both H2020 projects started simultaneously in 2020, so the early/recent keyword split reflects parallel domains rather than a true time-based evolution — Eurocore was running smart-mining and smart-building work at the same time. That said, their mining-side work (Dig_IT) emphasized blockchain, compliance labelling, and workforce safety tools, while their building-side work (PRELUDE) centered on control theory, simulation, and energy flexibility — two technically distinct skill sets. If a trend exists, it is a deliberate diversification into both the built environment and the resource extraction sector, united by a shared thread of predictive analytics and digital decision support.
Eurocore appears to be building a cross-sector digital intelligence practice — applying predictive maintenance, simulation, and data-driven control to both industrial facilities and buildings — which makes them a versatile partner for any project needing operational optimization under sustainability constraints.
How they like to work
Eurocore has participated exclusively as a consortium partner and has never led a project, suggesting they prefer a contributing role rather than coordination overhead. Their two projects placed them in large consortia (41 unique partners across 13 countries), indicating they are comfortable operating within complex multi-partner environments. This profile suits organizations looking for a specialized technical contributor who brings focused domain expertise without needing to drive the project.
Eurocore has built connections with 41 distinct consortium partners across 13 countries through just two projects — a notably broad network for such a small portfolio. Their Brussels base gives them inherent access to EU institutions, policy networks, and other internationally connected SMEs.
What sets them apart
Eurocore is unusual in combining smart building energy management with industrial IoT for mining — two sectors that rarely share a partner profile. For consortium builders, this means a single SME can bridge built-environment and heavy-industry workstreams, which is valuable in cross-sectoral projects. As a Brussels-based consultancy, they also bring proximity to EU policy discussions and regulatory frameworks that affect both energy and raw materials sectors.
Highlights from their portfolio
- PRELUDELargest funding award (EUR 240,170) and technically distinctive for combining real-time occupancy data with predictive building control and demand-side flexibility — directly relevant to current EU energy transition priorities.
- Dig_ITAddresses the rarely tackled challenge of sustainable digital mining, combining blockchain traceability, human-centred IoT, and worker safety monitoring in a single platform — an unusual thematic combination with growing regulatory relevance.