Italian technology SME delivering smart sensing, data fusion, and digital twin systems for satellite communications and coastal climate resilience.
M.B.I. SRL is an Italian technology SME based near Catania, Sicily, specialising in communications systems engineering and smart sensing solutions. Their work spans two distinct but technically adjacent domains: satellite earth segment technology for high-throughput space communications, and IoT-based smart sensing with data fusion for urban climate resilience. In practice, they design and integrate hardware-software systems that acquire, process, and model real-world data — whether from satellite links or distributed urban sensors. Their contribution to the SCORE project, involving digital twin prototypes and early warning systems for coastal cities, suggests they bring practical systems integration skills that bridge sensor networks, data pipelines, and decision-support tools.
QV-LIFT (2016–2020) focused on Q/V band earth segment link technology for future high-throughput satellite systems, indicating MBI contributed hardware or systems engineering expertise in advanced satellite ground infrastructure.
SCORE (2021–2025) lists smart sensing and data fusion among its keywords, pointing to MBI's role in deploying or integrating sensor networks in coastal city environments.
SCORE's focus on digital twin prototypes and early warning systems for climate resilience suggests MBI is building capability in model-based simulation tools applied to urban infrastructure.
The SCORE keyword set includes data fusion, co-design, and ecosystem-based approaches, indicating MBI participates in multi-source data integration and user-centred platform design within the climate adaptation domain.
MBI's first H2020 project (2016–2020) was firmly in the space sector, working on advanced satellite communication ground infrastructure — a highly specialised, hardware-intensive domain. Their second project (2021–2025) represents a clear pivot toward climate resilience and smart city applications, with no overlap in keywords between the two phases. The connecting thread is likely their underlying competence in data acquisition systems and signal processing, which translates from satellite earth segments to distributed urban sensor networks. The direction of travel is away from space communications and toward environmental monitoring, digital twins, and climate adaptation tools.
MBI appears to be repositioning from a niche space-sector supplier toward the growing market for smart city climate resilience infrastructure, making them a plausible partner for urban sensing, digital twin, or coastal monitoring projects launching in 2025–2027.
MBI has participated exclusively as a consortium partner, never as coordinator, across both projects — suggesting they prefer to contribute defined technical work packages rather than lead project management. Their involvement in consortia of sufficient size to span 37 partners across 14 countries (across just 2 projects) shows comfort operating within large, international research networks. This profile fits an organisation that delivers a focused technical module and integrates well into multi-partner frameworks without needing to drive the overall consortium.
Despite only two projects, MBI has built a surprisingly broad network of 37 unique partners across 14 countries, suggesting they join large, well-connected RIA consortia rather than small bilateral projects. No repeated partners are identifiable from this dataset, so their network appears diverse rather than built around a fixed inner circle.
MBI occupies an unusual position as an SME with demonstrated competence in both space communications infrastructure and smart urban sensing — two areas that rarely appear in the same organisational portfolio. For consortium builders working on climate monitoring, coastal resilience, or environmental digital twins, MBI offers the practical advantage of an SME with prior exposure to high-precision data systems from the satellite domain, now applied to terrestrial sensing challenges. Their Sicilian base also gives them geographic relevance for Mediterranean coastal city use cases, which are prominent in EU-funded climate adaptation research.
