Core competency across all three projects — from aortic aneurysm risk modeling (math4AAArisk) to industrial simulation (SaaStified) to cloud service integration (EOSC-hub).
MOXOFF SPA
Milan-based SME turning mathematical modeling into simulation-as-a-service platforms for industry, healthcare, and European cloud infrastructure.
Their core work
Moxoff is a Milan-based SME specializing in applied mathematics and numerical simulation, translating complex mathematical models into software solutions for industry. They develop simulation-as-a-service platforms for engineering applications, from industrial furnace design to medical risk assessment for aortic aneurysms. Their work bridges the gap between academic mathematical research and practical industrial tools, with growing involvement in European cloud and e-infrastructure services.
What they specialise in
Coordinated SaaStified, building a cloud-based simulation platform specifically for industrial furnace engineering design.
Contributed to math4AAArisk, developing a mathematical platform for abdominal aortic aneurysm risk assessment and surgical planning.
Participated in EOSC-hub, contributing to service integration and management for pan-European e-infrastructures including EGI and EUDAT.
How they've shifted over time
Moxoff's early H2020 work (2015-2017) focused on applying mathematical modeling to specific domain problems — biomedical risk assessment and industrial simulation tools. By 2018, they shifted toward broader cloud infrastructure, joining the large-scale EOSC-hub project to integrate simulation services into the European Open Science Cloud. This trajectory suggests a move from building standalone simulation tools to embedding their mathematical capabilities within shared European digital infrastructure.
Moxoff appears to be positioning its mathematical simulation expertise for delivery through European cloud platforms, making them a potential partner for projects needing computation-as-a-service components.
How they like to work
Moxoff operates flexibly — they coordinated their own SME instrument project (SaaStified) while also contributing as a specialist partner in larger consortia. Their participation in EOSC-hub (a massive multi-partner initiative with 100+ organizations across 34 countries) shows they can function within very large collaborative structures. With 104 unique consortium partners across just 3 projects, they are clearly comfortable in broad, international networks rather than small closed teams.
Despite only three projects, Moxoff has collaborated with 104 unique partners across 34 countries, largely driven by the massive EOSC-hub consortium. Their network is pan-European with no visible geographic concentration beyond their Italian base.
What sets them apart
Moxoff occupies a niche as a mathematical modeling SME that can translate abstract numerical methods into usable industrial software. Unlike pure academic groups, they build commercial-grade simulation platforms; unlike large software vendors, they bring deep mathematical research capability. Their ERC Proof-of-Concept origin (math4AAArisk) suggests strong roots in academic excellence with a clear drive toward market application.
Highlights from their portfolio
- SaaStifiedMoxoff's own coordinated SME Instrument project — their clearest statement of commercial ambition, building simulation-as-a-service for industrial furnace design.
- EOSC-hubMajor pan-European infrastructure project (100+ partners, 34 countries) integrating cloud services — shows Moxoff can contribute to large-scale digital infrastructure initiatives.
- math4AAAriskERC Proof-of-Concept project applying mathematical modeling to medical surgical planning — demonstrates the cross-domain versatility of their core competency.