Both FOSTER ITS and CLUG projects center on developing GNSS/Galileo-based positioning units for road and rail transport environments.
FDC SARL
French SME specializing in trusted Galileo GNSS receiver design for road and railway transport safety applications.
Their core work
FDC SARL is a French technology SME specializing in GNSS (Global Navigation Satellite System) receiver design and positioning solutions for safety-critical transport applications. Their work centers on integrating Galileo satellite navigation into demanding real-world environments — from road vehicles requiring secure, trusted positioning to railway systems where localization must meet stringent certification standards. They bring together expertise in signal processing, receiver architecture, and transport safety requirements to deliver trusted positioning technology where ordinary GPS is not sufficient. Based in Vincennes near Paris, they operate as a technical specialist in the intersection of space navigation infrastructure and ground transport systems.
What they specialise in
FOSTER ITS (2015–2018) focused specifically on building the first operational, secured, and trusted Galileo receiver for Intelligent Transport Systems.
CLUG (2019–2022) targeted certifiable GNSS-based localization units for the railway environment, implying familiarity with rail safety and certification frameworks.
The FOSTER ITS project title explicitly highlights security and trust as design requirements for the Galileo receiver, pointing to anti-spoofing and authentication expertise.
How they've shifted over time
FDC's H2020 trajectory shows a consistent deepening in GNSS-for-transport rather than a broad pivot. In the 2015–2018 period, their focus was on road-based Intelligent Transport Systems, building the first operational Galileo receiver designed for vehicle use with explicit security and trust requirements. By 2019–2022, they shifted to the railway domain — a more regulated and certification-heavy environment — suggesting they are deliberately moving up the complexity and safety-criticality ladder. The underlying technology stack (GNSS, Galileo, transport localization) remains unchanged; what has evolved is the application domain and the regulatory rigor required.
FDC is progressively moving into higher-safety, higher-certification transport environments, suggesting future work will likely address aviation, urban mobility, or autonomous vehicle positioning where trusted GNSS is a gating requirement.
How they like to work
FDC has demonstrated both leadership and partnership capacity within a small project portfolio — they coordinated FOSTER ITS and participated in CLUG, indicating they can anchor a consortium when needed but are equally willing to contribute as a specialist. With 18 unique partners across just 2 projects, their consortia are moderately sized (roughly 9 partners per project on average), consistent with Innovation Actions that require multi-actor implementation teams. There is no evidence of repeated partnerships, suggesting they actively seek new collaborators rather than working within a fixed network.
FDC has built a network of 18 unique partners across 5 countries over two projects, a relatively broad geographic spread for a two-project SME. Their collaboration footprint suggests engagement with European transport and space technology ecosystems beyond France alone.
What sets them apart
FDC occupies a narrow but defensible niche: they are one of the few SMEs with hands-on Galileo receiver development experience applied specifically to regulated transport environments. Most GNSS players operate at either the chip/component level or the large-system integration level — FDC sits in between, building the trusted receiver unit that connects space infrastructure to transport safety requirements. For a consortium needing a credible, technically hands-on GNSS specialist with both road and rail experience, they are a practical choice that larger primes often lack the agility to fill.
Highlights from their portfolio
- FOSTER ITSAs coordinator, FDC led the development of the first operational, secured, and trusted Galileo receiver for Intelligent Transport Systems — a foundational project for Galileo's uptake in road transport, backed by €1.18M in EC funding.
- CLUGAddresses one of the hardest problems in rail safety — certifiable GNSS-based localization — signaling FDC's move into a domain where positioning errors have direct safety consequences and standards compliance is mandatory.