Both WEARPLEX and Dryode directly address preparation-free electrode technology for skin-contact biosignal capture.
IDUN TECHNOLOGIES AG
Swiss deep-tech SME making dry, preparation-free biomedical electrodes for wearable EEG, ECG, and EMG devices.
Their core work
IDUN Technologies is a Zurich-based deep-tech SME specializing in wearable biomedical electrode technology. Their core product is dry, preparation-free electrodes — sensors that capture biosignals (EEG, ECG, EMG) without the gel or skin preparation required by clinical-grade equipment. Their work targets the gap between hospital-grade accuracy and everyday wearability, making continuous biosignal monitoring practical for real-world use. In EU projects they contribute as both a technology developer and a commercial SME driving biomedical hardware from research toward market-ready devices.
What they specialise in
WEARPLEX (EUR 338,125 RIA) is built around multiplexed, stretchable electrode configurations for wearable form factors.
Both projects target next-generation wearable devices requiring reliable biological signal acquisition in motion.
Dryode was funded under SME Instrument Phase 1 (EUR 50,000), positioning IDUN as a company actively pursuing commercial validation of its electrode technology.
How they've shifted over time
Both H2020 projects began in 2019, so there is no meaningful longitudinal shift in focus to analyze — the dataset covers a single entry point into EU-funded research. Early keywords center on stretchable multi-pad biomedical electrodes (WEARPLEX), while the later project record (Dryode) carries no keyword metadata, making trend inference unreliable. Based on project structure alone, IDUN entered EU funding with a clear and narrow thesis — dry wearable electrodes — and pursued it through two complementary instruments simultaneously rather than evolving across time.
IDUN appears to be moving from research participation toward market-entry, as evidenced by their SME Instrument Phase 1 coordinator role — a signal of a company building a commercial case around its core electrode IP.
How they like to work
IDUN operates both as a consortium participant in larger RIA projects and as a sole-lead coordinator in SME-focused grants, showing flexibility across project formats. With 10 unique partners across 8 countries from just two projects, their network is broad relative to their project count — suggesting active relationship building rather than deep repeat collaboration. They are most likely to enter consortia as a specialist hardware contributor, providing proprietary electrode technology rather than leading large multi-partner research agendas.
IDUN has built connections with 10 distinct organizations across 8 European countries through only two projects, indicating a deliberately diversified partner base. No geographic concentration is evident from available data, consistent with a Swiss SME seeking pan-European market validation.
What sets them apart
IDUN occupies a narrow but commercially valuable niche: they make the electrode, not the device — a hardware component that every wearable biosignal system needs but few SMEs specialize in. Their focus on dry, preparation-free designs directly addresses the main barrier to clinical-to-consumer transition in wearable health tech. For consortium builders working on EEG, ECG, or EMG-based applications, IDUN offers verified IP and SME-scale agility that academic labs and large medtech firms cannot easily replicate.
Highlights from their portfolio
- WEARPLEXThe largest investment in IDUN's H2020 portfolio (EUR 338,125 RIA, 2019–2022), this project placed them inside a multi-country research consortium developing stretchable multiplexed electrode arrays — their most technically ambitious EU engagement.
- DryodeAs sole coordinator of this SME Instrument Phase 1 grant, IDUN used EU funding to validate the commercial case for their preparation-free electrode concept — a strong signal of market-readiness intent.