INTELLIGENCE BEHIND THINGS SOLUTIONS SRL

Their core work

IBT Solutions is an Italian technology SME based in Monza whose name — "Intelligence Behind Things" — signals a core focus on embedding smart decision-making into physical and computational systems, broadly the IoT and cyber-physical systems domain. In their H2020 work they contributed applied engineering expertise to two distinct research consortia: one tackling safety in wireless cyber-physical systems, and another addressing predictive power and time management in heterogeneous high-performance computing environments. They operate as a specialized industry partner, bringing practical implementation perspective to academic-led research without seeking project leadership. Their scope spans from device-level embedded safety logic up to system-level resource optimization in large-scale computing infrastructures.

What they specialise in

How they've shifted over time

IBT Solutions entered H2020 in 2016 through SafeCOP, a project rooted in embedded systems safety and wireless cyber-physical systems — close to industrial IoT and safety certification territory. By 2018 they had moved into RECIPE, a technically heavier project dealing with predictive management of heterogeneous exascale computing resources under power and timing constraints. This shift suggests a broadening from device- and network-level intelligence toward system-level optimization in large, heterogeneous computing environments. The thread connecting both is managing constrained, real-time computational systems — the scale and context changed, but the underlying discipline of intelligent resource control remained consistent.

IBT Solutions appears to be moving from embedded safety systems for networked physical devices toward predictive intelligence for large-scale, heterogeneous computing infrastructures — a trajectory that intersects with edge-to-cloud management and AI-driven resource optimization.

How they like to work

IBT Solutions has participated exclusively as a consortium partner in both projects, never taking on a coordination role — a pattern consistent with a small specialist firm that prefers contributing deep technical expertise over managing multi-partner administration. Their two projects together involved 37 unique partners across 9 countries, indicating they are comfortable operating inside large, internationally distributed research consortia. For a future partner, this means IBT Solutions is likely to be a reliable, low-friction contributor rather than a project driver.

Despite only two projects, IBT Solutions has accumulated 37 unique consortium partners across 9 countries — a notably broad network for such a small participation record, reflecting that both SafeCOP and RECIPE were large multi-partner consortia typical of ECSEL-JU and FET/ICT-pillar calls. No strong geographic concentration is evident beyond their Italian base.

What sets them apart

IBT Solutions occupies a niche as an Italian SME that bridges embedded-systems intelligence and large-scale computing optimization — two areas that rarely appear in the same organization's portfolio. Their participation in both an ECSEL-JU project (industry-electronics focus) and an ICT/FET RIA project demonstrates cross-program versatility that is uncommon for a company of this size. For consortium builders needing an Italian private-sector partner with hands-on expertise in constrained real-time systems, IBT Solutions fills the industry SME slot without competing for leadership roles or diluting the research focus.

Highlights from their portfolio

• RECIPE
  The largest project by EC contribution (€290,500) and technically the most ambitious, targeting predictive energy and timing management at exascale — a frontier HPC challenge with direct relevance to future data center and cloud infrastructure.
• SafeCOP
  Funded under ECSEL-JU, this project combined wireless communication with safety certification for cooperating cyber-physical systems — an unusual pairing that signals IBT Solutions' capability at the intersection of connectivity and functional safety.