APACHE focused on intelligent packaging and display cases for artefact protection; E-RIHS PP addressed heritage science infrastructure including conservation.
MAGYAR NEMZETI MUZEUMKOZGYUJTEMENYI KOZPONT
Hungary's national museum contributing real-world collections and facilities for heritage conservation technology and archaeological data infrastructure projects.
Their core work
The Hungarian National Museum Public Collection Centre is Hungary's principal national museum and heritage custodian, responsible for managing, preserving, and providing access to large archaeological and cultural collections. In the EU research context, they contribute domain expertise in preventive conservation — how to protect museum artefacts during storage and display — and in digitizing and networking archaeological datasets across Europe. Their practical knowledge of real-world museum environments (display cases, storage conditions, handling protocols) makes them a valuable end-user partner for technology development projects.
What they specialise in
ARIADNEplus built a pan-European research infrastructure for integrating and accessing archaeological datasets.
APACHE involved sensors, wireless networks, and RFID devices for monitoring display cases and storage conditions.
E-RIHS PP was the preparatory phase for the European Research Infrastructure for Heritage Science.
How they've shifted over time
With only three projects spanning 2017–2022, the evolution is compressed but still visible. Their entry point was the E-RIHS preparatory phase (2017), a broad heritage science infrastructure initiative where they joined as a third party. By 2019, they shifted to more active participation in two focused projects: one on archaeological data networking (ARIADNEplus) and one on applied materials science for conservation (APACHE), suggesting a move from general heritage positioning toward concrete technical contributions in data infrastructure and smart conservation technologies.
They are moving from passive infrastructure membership toward active roles in applied conservation technology and digital heritage data — expect continued interest in sensor-based monitoring and open archaeological data sharing.
How they like to work
They operate exclusively as a participant or third party, never leading consortia — consistent with their role as a museum (end-user of research) rather than a research-driving institution. Despite only three projects, they have worked with 89 partners across 29 countries, indicating they join large, pan-European consortia rather than small targeted teams. This makes them an accessible partner: they bring real-world museum infrastructure and collections as testbeds, without competing for coordination roles.
Through just three projects they have connected with 89 partners across 29 countries, reflecting the large-scale infrastructure consortia typical of heritage science. Their network spans nearly all of Europe, giving them broad but not deep institutional ties.
What sets them apart
As Hungary's national museum, they offer something most research partners cannot: direct access to real archaeological collections, professional storage and display facilities, and operational museum environments for testing and validation. For any project developing conservation materials, environmental sensors, or heritage digitization tools, they provide an authentic deployment site with professional curatorial staff. This end-user credibility is hard to replicate with university labs alone.
Highlights from their portfolio
- APACHETheir largest funded project (EUR 164,000), combining materials science with museum conservation — smart packaging, sensors, and RFID for protecting artefacts in real display and storage environments.
- ARIADNEplusA major pan-European archaeological data infrastructure project, positioning the museum as a contributor to open research data standards for archaeology.