Both INSTET phases (Phase 1 and Phase 2 SME Instrument) plus PRIME focused directly on securing IoT through microchip fingerprinting and ultra-low-power architectures.
INTRINSIC ID BV
Dutch SME commercializing microchip fingerprinting (PUF) technology for IoT device authentication and hardware-rooted security.
Their core work
Intrinsic ID is a Dutch semiconductor security company that develops authentication and key generation technology based on physical unclonable functions (PUF) — essentially using the unique physical fingerprint of microchips as a root of trust. Their core product secures Internet of Things devices by extracting cryptographic keys from inherent silicon variations, eliminating the need for traditional key storage. They operate at the intersection of hardware security, cryptography, and embedded systems, serving markets where device authentication and tamper resistance are critical.
What they specialise in
ECRYPT-NET trained researchers in advanced cryptographic techniques for the internet, while INSTET applied cryptographic principles to device-level security.
RESCUE addressed interdependent challenges of reliability, security, and quality in nanoelectronic systems; PRIME explored ultra-low-power memory architectures.
PRIME specifically targeted ultra-low-power technologies and memory architectures for IoT devices.
How they've shifted over time
Intrinsic ID's early H2020 involvement (2015-2016) centered on foundational research: participating in cryptography training networks (ECRYPT-NET) and low-power IoT chip design (PRIME), building the scientific base for their technology. From 2017 onward, they shifted decisively toward commercialization — successfully progressing through both phases of the SME Instrument with INSTET, scaling their microchip fingerprinting technology from feasibility study to market deployment. The trajectory shows a classic deep-tech SME path: from research contributor to product-focused company securing significant EU investment for market entry.
Intrinsic ID has moved from research participation to product commercialization, suggesting they are now focused on scaling their PUF-based security technology into IoT and embedded markets.
How they like to work
Intrinsic ID plays a dual role: they lead their own product-focused projects (coordinating both INSTET phases via the SME Instrument) while contributing specialized security expertise to larger research consortia like ECRYPT-NET and RESCUE. With 37 unique partners across 9 countries, they maintain a broad network but are selective — their consortia tend to be mid-to-large research collaborations in the ECSEL and MSCA frameworks. This pattern indicates an organization comfortable both driving its own agenda and embedding as a domain expert in larger teams.
They have collaborated with 37 unique partners across 9 countries, indicating a well-connected European network concentrated in the semiconductor and cybersecurity research ecosystem. Their Netherlands base and ECSEL/MSCA participation suggests strong ties to the European microelectronics community.
What sets them apart
Intrinsic ID occupies a rare niche: they are one of very few SMEs commercializing Physical Unclonable Function (PUF) technology for device authentication, sitting precisely where hardware meets cryptography. Their successful progression through both SME Instrument phases demonstrates EU-validated market potential, and their deep involvement in research consortia (ECRYPT-NET, RESCUE) gives them a scientific credibility that pure startups lack. For any consortium needing hardware root-of-trust or IoT device security, they bring both research pedigree and a product-ready technology — a combination that is hard to find elsewhere.
Highlights from their portfolio
- INSTETSuccessfully completed both SME Instrument Phase 1 (€50K) and Phase 2 (€1.75M), validating their microchip fingerprinting technology from concept to commercialization — one of the strongest EU endorsements an SME can receive.
- ECRYPT-NETAn industry partner in this prestigious Marie Curie training network on advanced cryptography, positioning Intrinsic ID alongside top European universities and research labs in the field.
- RESCUEContributed security expertise to this ECSEL project tackling the interdependence of reliability, security, and quality in nanoelectronics — their largest collaborative consortium.