SciTransfer
Organization

SIRADEL

French wireless simulation company applying 5G and edge computing expertise to smart factory automation and industrial IoT through EU research partnerships.

Large industrial companydigitalFRThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€538K
Unique partners
16
What they do

Their core work

SIRADEL is a French technology company specializing in radio wave propagation modeling, wireless network simulation, and 5G planning tools. They contribute industrial expertise to EU research consortia by bridging laboratory-grade wireless research and real-world deployment constraints — particularly in urban and industrial environments. In their H2020 projects, they acted as industrial hosts in doctoral training networks, mentoring PhD researchers while integrating 5G technologies into applied industrial scenarios. Their most recent focus places them at the intersection of advanced 5G radio systems and smart factory automation, including edge computing, robotic teleoperation, and connected industrial IoT.

Core expertise

What they specialise in

5G wireless network technologiesprimary
2 projects

Both projects — 5G Wireless (2015–2018) and 5GSmartFact (2021–2025) — center on advanced 5G architectures, placing this as SIRADEL's core and consistent domain.

Industrial IoT and Industry 4.0 connectivityprimary
1 project

5GSmartFact explicitly targets wireless-connected automated industry, with keywords spanning Industrial Internet of Things, fog/MEC computing, and smart factory scenarios.

Intelligent radio environments and spectrum managementsecondary
1 project

5GSmartFact keywords include '5G evolution' and 'intelligent radio environments', reflecting SIRADEL's radio propagation modeling background applied to adaptive wireless systems.

Edge and fog computing for industrial applicationssecondary
1 project

Fog/MEC computing appears as a keyword in 5GSmartFact, consistent with deploying low-latency compute at the network edge for time-critical industrial processes.

Robotic teleoperation and haptic communicationsemerging
1 project

5GSmartFact keywords include robot applications, teleoperation, and haptic communications — representing newer application domains enabled by ultra-reliable low-latency 5G links.

Evolution & trajectory

How they've shifted over time

Early focus
5G architecture and wireless infrastructure
Recent focus
5G for smart factory automation

In their first H2020 project (2015–2018), SIRADEL engaged in foundational 5G research focused on architectural innovation and high-capacity wireless infrastructure — broad, technology-level work with no application-specific keywords. By their second project (2021–2025), the focus had shifted sharply toward applied industrial use cases: smart factories, robotic control, edge computing, and simultaneous localization and mapping (SLAM). This trajectory shows a deliberate move from pure 5G research to 5G-enabled industrial automation, reflecting a broader market trend where wireless expertise is being packaged for Industry 4.0 buyers.

SIRADEL is moving toward becoming a wireless technology integrator for industrial automation, positioning their radio propagation expertise as an enabler of connected manufacturing rather than a standalone telecoms capability.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European8 countries collaborated

SIRADEL has participated exclusively as a consortium partner across both projects, never taking a coordinator role — a pattern typical of specialized industrial companies that contribute domain expertise rather than project management. Both projects were MSCA-ITN doctoral training networks, meaning SIRADEL operates as an industrial host for PhD researchers, a selective and relationship-intensive role. With 16 unique partners across 8 countries over just 2 projects, they engage in mid-to-large consortia and appear to bring a specific technical niche rather than broad integrator capacity.

SIRADEL has built connections with 16 distinct consortium partners across 8 countries through two projects, suggesting a broad European network despite limited project volume. Their MSCA-ITN participation implies ties to academic institutions across multiple EU member states, which is typical of training networks designed for pan-European doctoral mobility.

Why partner with them

What sets them apart

SIRADEL occupies a rare niche as an industrial company with deep radio propagation and wireless simulation expertise that they are actively translating into smart factory and industrial IoT applications. Unlike telecoms vendors who approach Industry 4.0 from a product-sales angle, SIRADEL engages through long-term research partnerships and doctoral training — giving them credibility with academia while maintaining commercial grounding. For consortium builders, they offer a French industrial partner with genuine 5G technical depth and demonstrated willingness to host researchers in applied industrial settings.

Notable projects

Highlights from their portfolio

  • 5GSmartFact
    The largest-funded project (EUR 274,802) and the most thematically rich, combining 5G, industrial IoT, edge computing, robotics, and haptic communications — a strong signal of SIRADEL's applied industrial direction through 2025.
  • 5G Wireless
    Their earliest H2020 engagement (2015–2018) demonstrates long-standing commitment to 5G research at a time when 5G was still largely theoretical, establishing their credentials ahead of industrial 5G demand.
Cross-sector capabilities
manufacturing (smart factory and connected production line applications)transport (wireless infrastructure for autonomous vehicles and logistics)security (radio environment monitoring and interference detection in critical facilities)
Analysis note: Only 2 projects available, both as participant in MSCA-ITN doctoral training networks. This limits visibility into SIRADEL's full commercial capabilities — MSCA-ITN roles reflect industrial hosting capacity but do not necessarily represent their core business output. The early-period keyword data is empty (project 1 had no keywords logged), so the evolution analysis is partially inferred from project titles and dates rather than keyword comparison. Profile should be revisited if additional project data or commercial references become available.