All three projects (DENSE, PRYSTINE, NewControl) involve LiDAR, radar, or multi-sensor systems for vehicle perception.
INNOLUCE BV
Dutch SME developing LiDAR, radar, and sensor fusion semiconductor technology for safe autonomous driving in all conditions.
Their core work
Innoluce BV is a Nijmegen-based Dutch SME specializing in sensor technology for autonomous vehicles, particularly LiDAR and radar systems. They develop semiconductor-based sensing components designed to operate reliably in adverse weather and safety-critical driving scenarios. Their work spans the full perception chain — from raw sensor hardware (LiDAR, radar) through sensor fusion to embedded computing architectures that enable fail-operational automated driving. They contribute specialized sensor expertise to large European automotive electronics consortia.
What they specialise in
NewControl explicitly targets LiDAR/radar fusion, while DENSE addresses multi-sensor adverse weather perception.
PRYSTINE and NewControl both address dependable, fail-operational architectures for highly automated vehicles.
PRYSTINE lists semiconductor components as a core keyword, and the ECSEL-RIA funding scheme targets electronic components and systems.
How they've shifted over time
With only three projects spanning 2016–2019, the evolution is incremental but shows a clear trajectory. The earliest project (DENSE, 2016) focused on making sensors work in difficult weather conditions — a hardware reliability challenge. By 2018–2019, Innoluce moved up the stack into programmable intelligence, embedded AI architectures, and integrated fail-operational control systems (PRYSTINE, NewControl), indicating a shift from pure sensor hardware toward smarter, more autonomous perception-and-control pipelines.
Innoluce is moving from sensor hardware into integrated AI-enabled perception and control for autonomous vehicles, suggesting future work will target higher levels of driving automation.
How they like to work
Innoluce operates exclusively as a participant, never as coordinator — typical for a specialized SME contributing deep technical expertise to large consortia. With 102 unique partners across 17 countries from just 3 projects, they work in very large ECSEL-type consortia (often 30–50 partners). This means they are comfortable operating within complex, multi-tier industrial partnerships and can integrate their sensor technology alongside major automotive OEMs and Tier 1 suppliers.
Despite only three projects, Innoluce has collaborated with 102 unique partners across 17 countries — a remarkably wide network driven by participation in large ECSEL electronic components consortia. Their network spans most of Western and Central Europe, with strong ties to the automotive and semiconductor industries.
What sets them apart
Innoluce brings deep, specialized LiDAR and radar sensor expertise from the semiconductor side — they understand the physics of sensing at the chip level, not just the software. For consortium builders, this makes them a rare bridge between semiconductor manufacturing and autonomous driving applications. Their consistent focus across all three projects on making automated vehicles perceive the real world reliably (bad weather, safety-critical scenarios) gives them a clearly defined and defensible niche.
Highlights from their portfolio
- PRYSTINELargest funded project (EUR 290K to Innoluce) addressing programmable AI systems for automobiles — a flagship ECSEL initiative spanning semiconductor components through to embedded intelligence.
- NewControlMost recent and ambitious project, targeting fully integrated fail-operational cognitive perception and control for highly automated vehicles using LiDAR/radar fusion.