ADASANDME focused on adaptive ADAS for impaired drivers, SAFE STRIP on interactive road applications, and CARTRE on coordinating automated road transport deployment.
VALEO COMFORT AND DRIVING ASSISTANCE
Valeo's ADAS division: develops driver monitoring, automated driving systems, embedded AI hardware, and display technologies for the automotive industry.
Their core work
Valeo Comfort and Driving Assistance is a division of Valeo, one of France's largest automotive suppliers, focused on advanced driver assistance systems (ADAS), automated driving technologies, and in-vehicle electronics. They develop sensors, cameras, HMI systems, and software that enable vehicles to perceive their environment and assist or replace the driver. In EU research, they contribute industrial-grade hardware and systems integration expertise — particularly around driver monitoring, cyber-physical system architectures, and display technologies for automotive cockpits. Their work spans from detecting driver drowsiness and inattention to deploying neuromorphic computing chips and holographic head-up displays.
What they specialise in
CPS4EU (where Valeo was coordinator) addressed CPS for automated driving, aerospace, energy, and manufacturing — their largest single project at EUR 1.73M.
AUTOPILOT explored IoT-enabled automated driving, 5GMED tackled 5G-enabled cross-border mobility corridors, and CARTRE coordinated EU automated transport deployment.
TEMPO project focused on spiking neural networks, MRAM, and non-volatile memory for neuromorphic computing — a new direction for Valeo's in-vehicle processing.
REALHOLO developed micro mirror arrays and phase modulation for real holographic mixed-reality head-up displays with direct automotive applications.
PETER is a pan-European training network on electromagnetic risk management, relevant to Valeo's increasingly complex electronic vehicle systems.
How they've shifted over time
In the early period (2016–2018), Valeo concentrated on driver-centric ADAS — detecting drowsiness, inattention, stress, and other driver impairments, with work on adaptive HMI under automation. From 2019 onward, their focus shifted decisively toward system-level infrastructure: cyber-physical system architectures for automated driving, neuromorphic computing hardware, 5G-enabled mobility corridors, and holographic display technologies. This evolution mirrors the broader automotive industry transition from driver-assist features toward full vehicle automation and the underlying compute and connectivity platforms it requires.
Valeo is moving from sensing-the-driver to building-the-platform — investing in neuromorphic chips, CPS architectures, and 5G connectivity that will underpin next-generation autonomous vehicles.
How they like to work
Valeo primarily joins consortia as a participant (7 of 10 entries), contributing industrial-scale automotive components and integration expertise rather than leading research agendas. They coordinated one major project (CPS4EU), which was also their largest by funding, suggesting they take the lead when the topic aligns closely with their core systems architecture work. With 219 unique partners across 23 countries, they operate as a well-connected hub — typical of a large Tier 1 automotive supplier that can plug into diverse research teams across Europe.
Valeo has collaborated with 219 distinct partners across 23 countries, making them one of the more broadly networked automotive participants in H2020. Their partnerships span transport, digital, and research excellence pillars, reflecting their cross-domain positioning at the intersection of automotive hardware and software.
What sets them apart
Valeo brings something rare to EU consortia: they are not a research lab theorizing about autonomous driving — they are a global Tier 1 supplier that mass-produces the sensors, cameras, and electronics going into millions of vehicles today. This means they can validate research outputs against real production constraints, test prototypes on actual vehicle platforms, and provide a credible path from lab results to market deployment. For any consortium needing an industrial partner who bridges ADAS research with automotive manufacturing reality, Valeo is a top-tier choice in Europe.
Highlights from their portfolio
- CPS4EUTheir only coordinator role and largest funding (EUR 1.73M) — a flagship project positioning Valeo at the center of Europe's cyber-physical systems strategy across automotive, aerospace, energy, and manufacturing.
- ADASANDMECore to Valeo's ADAS identity — addressed the complex challenge of detecting driver impairment (drowsiness, stress, emotions) and adapting vehicle behavior in real time.
- REALHOLOAn unexpected move into holographic display technology using micro mirror arrays and phase modulation — signals Valeo's ambition beyond traditional automotive sensors into next-generation cockpit experiences.