TReSPAsS-ETN trained early-stage researchers in secure biometric systems including template protection, encryption, and presentation attack detection.
HOCHSCHULE DARMSTADT (UNIVERSITY OF APPLIED SCIENCES H-DA)
German applied sciences university specializing in biometric security, identity fraud detection, and privacy-preserving technologies for document verification.
Their core work
Hochschule Darmstadt is a German university of applied sciences with a focused research track in biometric security and identity document fraud prevention. Their teams work on privacy-preserving biometric systems, detecting manipulated facial images (morphing attacks), and securing ID verification processes against forgery. They also participate in the European University of Technology alliance, contributing to open science infrastructure and research policy development across European higher education.
What they specialise in
iMARS focused specifically on detecting morphing attacks and image manipulation in ID documents, including face sample quality assessment.
Both TReSPAsS-ETN (biometric security) and iMARS (document fraud detection) address different angles of identity verification security.
EUt EXTRAS involves building common research infrastructure and open science roadmaps within the European University of Technology network.
SAGE-CARE integrated genomic data with electronic health records for cancer care, their only coordinated project.
How they've shifted over time
H-DA's early H2020 involvement (2014-2018) started with health informatics through SAGE-CARE, a genomics-meets-electronic-health-records project they coordinated. From 2020 onward, their focus shifted decisively toward biometric security, privacy technologies, and identity fraud detection through TReSPAsS-ETN and iMARS. Most recently, they joined the European University of Technology alliance (EUt EXTRAS), signaling a broadening interest in institutional research transformation alongside their technical security work.
H-DA is consolidating around identity security and biometric privacy — expect them to pursue projects on AI-based document verification, deepfake detection, and digital identity frameworks.
How they like to work
H-DA primarily joins consortia as a participant (3 of 4 projects), contributing specialized expertise rather than leading large initiatives. With 42 unique partners across 19 countries from just 4 projects, they operate in broad, well-connected consortia — typical for MSCA training networks and security research actions. Their one coordination role (SAGE-CARE) was a smaller MSCA-RISE project, suggesting they are comfortable leading focused exchanges but gravitate toward contributing specialized biometric and security research within larger groups.
Despite only 4 projects, H-DA has built a remarkably wide network of 42 partners across 19 countries, reflecting the large consortium sizes typical of MSCA training networks and security research actions. Their reach spans well beyond Germany into a broad European and likely international footprint.
What sets them apart
H-DA sits at the intersection of biometric technology and legal/privacy frameworks — their projects consistently address not just the technical detection of fraud but also data protection regulation, social acceptance, and legal compliance. As a university of applied sciences, their research orientation is practical and implementation-focused, which makes them a strong partner for projects that need to bridge academic biometric research with real-world border security or identity management deployment. Their membership in the European University of Technology alliance adds institutional weight and access to a broader academic network.
Highlights from their portfolio
- TReSPAsS-ETNLargest funded project (EUR 505K) training 15 early-stage researchers across Europe in the full spectrum of privacy-preserving biometrics, from encryption to legal frameworks.
- iMARSDirectly tackles the growing threat of morphed ID photos and document fraud — a high-relevance security topic with clear applications in border control and law enforcement.
- SAGE-CAREH-DA's only coordinated project, and a notable departure from their security focus — integrating genomic and clinical data for cancer care.