AUTOLIV-ISODELTA

Their core work

AUTOLIV-ISODELTA is a French industrial company specializing in advanced sensor technologies, particularly pyroelectric and conformable sensor systems fabricated on flexible substrates. Their H2020 participation centers on large-area printed electronics (TOLAE — Thin, Large-Area Electronics) and the integration of these sensor arrays into security, safety, and biometric applications such as fingerprint recognition. They also contributed to work on printed functional materials for interactive and flexible high-end products. Their role in EU projects is that of a specialized industrial resource rather than a research driver, supplying manufacturing know-how and sensor component expertise to multinational consortia.

What they specialise in

How they've shifted over time

Both recorded projects launched in 2017, so a genuine temporal evolution cannot be demonstrated from this data alone. The PYCSEL project (2017–2019) is keyword-rich and centers on sensor physics — pyroelectric arrays, biometrics, flexible foil substrates — while PRESTIGE (2017–2021) is longer-running and oriented toward materials integration for design-led industrial products. If any shift is implied, it is a broadening from pure sensor matrix development toward the broader challenge of embedding printed functional materials into finished products. The absence of later projects means no post-2021 trend can be detected.

Their concurrent participation in both a sensing-physics project (PYCSEL) and a printed-materials integration project (PRESTIGE) suggests they were positioning at the intersection of functional material science and industrial sensor production — a space that has since grown into wearables, smart surfaces, and in-cabin vehicle sensing.

How they like to work

AUTOLIV-ISODELTA appears in both projects exclusively as a third party — a formal role that typically means contributing resources, test infrastructure, or specialized component supply without holding a primary grant agreement. Despite this limited formal role, they are embedded in sizable consortia: 25 distinct partners across 11 countries from just two projects. This points to large, multi-partner H2020 consortia where they are brought in for their industrial manufacturing specificity rather than as a research lead.

AUTOLIV-ISODELTA has touched 25 unique consortium partners across 11 countries — a wide reach for only two projects — which reflects the large, pan-European consortium structures typical of TOLAE and printed electronics initiatives. Their network is geographically diverse across Europe, consistent with both PYCSEL and PRESTIGE being multi-country collaborative projects under ICT and Materials pillars.

What sets them apart

AUTOLIV-ISODELTA occupies a narrow but valuable industrial niche: a non-SME French manufacturer with demonstrated involvement in both pyroelectric sensor physics and printed functional materials on flexible substrates — a combination rarely found outside specialized R&D labs. Their third-party status in EU projects suggests they offer something concrete (test capacity, sensor components, industrial validation) that consortium academic partners cannot supply internally. For coordinators building consortia in flexible electronics, biometric sensing, or large-area safety applications, they represent industrial grounding for concepts that need to move beyond prototype scale.

Highlights from their portfolio

• PYCSEL
  The most technically specific of their two projects, combining pyroelectric sensor physics, TOLAE manufacturing, and biometric applications in a single scope — a rare multi-domain convergence that clearly reflects their core industrial competence.
• PRESTIGE
  A longer-running project (2017–2021) under the Manufacturing sector pillar, focused on integrating printed functional materials into interactive flexible products — notable for its extended timeline and design-driven industrial orientation.