Core contributor to IN2RAIL (intelligent rail), HOLISHIP (ship design optimization), and LEAD (last-mile logistics digital twins).
INSTITUT DE RECHERCHE TECHNOLOGIQUE SYSTEM X
French systems engineering institute applying digital twins, cybersecurity, and simulation to transport, manufacturing, and smart building challenges across Europe.
Their core work
IRT SystemX is a French technology research institute specializing in digital systems engineering — applying simulation, digital twins, and secure software platforms to complex industrial domains like transport, manufacturing, and smart buildings. They bring systems-level digital expertise into multi-sector consortia, serving as the modeling and cybersecurity backbone for projects that need to digitize physical infrastructure. Their work spans from ship design optimization and intelligent rail systems to secure industrial IoT and energy-efficient building integration, always contributing the digital layer that connects physical assets to data-driven decision-making.
What they specialise in
SeCoIIA — their largest funded project (EUR 677K) — focused on securing collaborative industrial assets across aeronautics, automotive, and maritime sectors.
PROBONO (2022-2026) applies BIM, building-integrated photovoltaics, and green neighbourhood design for energy-efficient connected buildings.
SeCoIIA addressed cloud manufacturing, AI, and robotics within secure industrial environments.
ICN2020 explored next-generation networking architectures for real-world deployment.
How they've shifted over time
In their early H2020 phase (2015–2019), IRT SystemX focused on transport systems — intelligent rail infrastructure (IN2RAIL), ship lifecycle optimization (HOLISHIP), and next-generation networking (ICN2020). From 2019 onward, their work shifted decisively toward digital twins, industrial cybersecurity, and smart buildings, with SeCoIIA, LEAD, and PROBONO bringing in AI, IoT, and BIM. The trajectory shows a clear move from domain-specific transport modeling toward cross-sector digital infrastructure — security, simulation, and data integration applied to any physical system.
SystemX is positioning itself as a cross-sector digital twin and cybersecurity institute, expanding from transport into manufacturing, energy, and smart buildings — expect future work at the intersection of secure IoT and built environment digitization.
How they like to work
IRT SystemX participates exclusively as a partner, never coordinating — they join large consortia (206 unique partners across 26 countries) as a specialized technical contributor rather than a project driver. Their consistent participant role across diverse domains suggests they are valued for injecting specific digital systems expertise into projects led by others. Working with them means gaining a reliable modeling and security partner who integrates smoothly into large, multi-national teams without competing for leadership.
With 206 unique consortium partners across 26 countries from just 6 projects, IRT SystemX operates in very large consortia and has a remarkably wide European network for its project count. Their partnerships span transport, digital, energy, and construction sectors across most of the EU.
What sets them apart
IRT SystemX occupies a rare niche: a systems engineering institute that applies digital twin, cybersecurity, and simulation capabilities across multiple industrial verticals rather than being locked into one domain. Based in Palaiseau (Paris-Saclay technology cluster), they sit at the heart of France's deep-tech ecosystem. For consortium builders, they offer a single partner that can handle the digital infrastructure layer — modeling, security, data integration — whether the application is a ship, a factory, a railway, or a smart building.
Highlights from their portfolio
- SeCoIIATheir largest H2020 contribution (EUR 677K), addressing the critical intersection of industrial IoT security across aeronautics, automotive, and maritime — a broad multi-sector cybersecurity scope.
- LEADApplied digital twins and Physical Internet concepts to urban last-mile logistics, bridging transport optimization with emerging smart city infrastructure.
- PROBONOTheir most recent project (2022-2026) marks a strategic expansion into smart buildings and energy performance, combining BIM with building-integrated photovoltaics.