SPHINX involved building a universal cybersecurity toolkit for the healthcare industry, including vulnerability assessment as a service, honeypots, and homomorphic encryption.
EDGENEERING LDA
Portuguese engineering SME combining healthcare cybersecurity tools and digital health platforms for elderly care.
Their core work
EDGENEERING LDA is a Portuguese technology SME specializing in cybersecurity and digital health systems. Their work spans two distinct but complementary domains: securing healthcare infrastructure (threat detection, vulnerability assessment, medical device certification) and building digital platforms for smart healthy ageing (connectivity, interoperability, community engagement). They contribute technical implementation expertise to large European consortia, bringing private-sector engineering capability to research-driven projects. Based on their project portfolio, they appear to deliver applied engineering work — integrating security tools and digital health services — rather than conducting basic research.
What they specialise in
SPHINX explicitly targeted a medical device certification toolkit and sandbox environments for medical equipment, indicating regulatory and compliance engineering.
SHAPES focused on smart healthy ageing through interoperable, community-oriented digital systems connecting elderly users to supportive services.
SPHINX keywords include artificial intelligence and blockchain, applied to security monitoring and data integrity in healthcare settings.
How they've shifted over time
Both H2020 projects began in 2019, so there is no meaningful multi-year temporal arc to trace — the keyword split reflects thematic differences between two parallel projects rather than genuine evolution over time. In the SPHINX project, their focus was tightly technical: threat detection mechanisms, encryption, sandboxing, and device certification in healthcare. SHAPES, which ran longer (through 2023), shifted toward user-facing concerns — community access, interoperability, market shaping, and participation — suggesting a broadening from back-end security engineering toward platform-level digital health. If this trajectory holds, EDGENEERING is moving from infrastructure security toward end-to-end health system integration.
They appear to be expanding from a narrow cybersecurity niche into broader digital health system design, which positions them for future consortia combining health data governance, digital inclusion, and secure interoperability.
How they like to work
EDGENEERING participates exclusively as a consortium partner — they have never led a project as coordinator across their entire H2020 track record. With 49 unique partners across just 2 projects, they consistently join large, multi-stakeholder consortia (roughly 24-25 partners per project on average). This suggests they are comfortable operating as a specialist contributor inside complex collaborative structures rather than driving project direction.
EDGENEERING has built a surprisingly broad network for a two-project participant, engaging 49 unique partners across 16 countries. This European reach reflects their participation in large-scale health and security projects rather than deep repeat collaboration with a stable core group.
What sets them apart
EDGENEERING occupies an unusual intersection: a small Portuguese engineering firm that brings both healthcare cybersecurity expertise and digital health platform experience to EU consortia. This dual capability — securing health systems while also building inclusive digital services for elderly populations — is uncommon at the SME scale. For a consortium needing a partner who understands both the security certification side and the end-user accessibility side of digital health, they fill a gap that larger research institutes rarely cover with the same applied focus.
Highlights from their portfolio
- SHAPESTheir largest award (€599,725) and longest engagement (through 2023), covering digital inclusion and interoperability for elderly care across a major European consortium.
- SPHINXTechnically distinctive for combining homomorphic encryption, honeypots, and AI-driven vulnerability assessment specifically for medical device security — a rare combination at SME level.