SciTransfer
Organization

XSENSIO SA

Swiss deep-tech SME building wearable lab-on-chip sensors that continuously monitor disease biomarkers in sweat for clinical and patient-care applications.

Technology SMEhealthCHSMENo active H2020 projects
H2020 projects
2
As coordinator
2
Total EC funding
€1.8M
Unique partners
0
What they do

Their core work

XSENSIO SA is a Swiss deep-tech SME developing wearable biosensor platforms that continuously monitor disease biomarkers in sweat — without needles, blood draws, or clinical-lab infrastructure. Their core technology combines lab-on-chip miniaturization with skin-contact sensing to turn perspiration into a real-time diagnostic stream. The company has applied this platform to two distinct clinical needs: improving monitoring quality in clinical trials and tracking inflammation in at-risk patients for personalized care. Their products sit at the intersection of medical diagnostics, wearable electronics, and mHealth software, targeting both the clinical research market and point-of-care patient management.

Core expertise

What they specialise in

Non-invasive sweat biomarker sensingprimary
2 projects

Both CytoTrack (2020–2024) and Lab-on-Skin (2018) are built around continuous, skin-contact detection of biological markers — CytoTrack explicitly targeting inflammation biomarkers in sweat.

Lab-on-chip miniaturization for wearablesprimary
1 project

CytoTrack lists 'lab-on-chip' as a defining keyword, indicating XSENSIO integrates microfluidic or electrochemical chip technology directly into wearable form factors.

Clinical trial monitoring technologysecondary
1 project

Lab-on-Skin (2018) was explicitly scoped as 'a wearable medical device for improved clinical trial monitoring', targeting pharma and CRO customers.

mHealth and patient-centric digital healthsecondary
1 project

CytoTrack's keyword set includes 'mHealth' and 'patient-centric clinical trials', pointing to app-layer data delivery and remote patient engagement beyond the hardware sensor itself.

Wearable diagnostics for inflammation and infectious diseaseemerging
1 project

CytoTrack targets inflammation tracking in at-risk patients and lists 'COVID-19' as a keyword, suggesting the platform was extended toward infectious disease monitoring during the pandemic period.

Evolution & trajectory

How they've shifted over time

Early focus
Wearable clinical trial monitoring
Recent focus
Sweat-based inflammation diagnostics

XSENSIO's trajectory follows a textbook SME instrument arc: the 2018 Lab-on-Skin grant was a feasibility phase (SME-1, €50K) with no published keywords, functioning as proof-of-concept validation for the core sensing idea. By 2020, they had advanced to a full SME-2 commercialization project (CytoTrack, €1.75M) with a precise clinical focus — inflammation biomarkers in sweat for personalized care of at-risk patients. The keyword set that emerges in the second phase (sweat biomarkers, lab-on-chip, mHealth, complementary diagnostics, COVID-19) shows both technical maturation and market sharpening: the company moved from a generic wearable monitoring concept to a specific diagnostic use case with named clinical populations and disease context.

XSENSIO is moving from broad wearable sensing toward a defined clinical niche — continuous, non-invasive inflammation monitoring for chronic or high-risk patients — which positions them as a potential OEM sensing layer for digital therapeutics platforms, hospital-at-home programs, or pharma companion diagnostics.

Collaboration profile

How they like to work

Role: consortium_leaderReach: regional

XSENSIO has functioned exclusively as a solo coordinator in both H2020 projects, which is entirely consistent with the SME Instrument funding scheme — these grants are designed for single companies developing their own products, not consortia. This means their H2020 record reveals nothing about their appetite or skill for multi-partner collaboration; that dimension of their profile is simply unmeasured by this dataset. Organizations considering them as consortium partners should treat them as an untested quantity in that role, but their ability to lead and execute two back-to-back funded projects independently demonstrates strong internal project management.

XSENSIO's H2020 record shows zero external consortium partners, as both projects were solo SME Instrument grants — a funding mechanism that does not require partner organizations. Their real collaboration network (clinical validation sites, university research partners, hospital trial centers) is not visible through CORDIS data alone.

Why partner with them

What sets them apart

XSENSIO occupies a narrow but commercially valuable niche: they are building the sensor hardware and data layer for sweat-based biomarker diagnostics, a space most diagnostics companies have avoided because of the technical difficulty of accurate electrochemical detection in a variable biological matrix like sweat. Based in Lausanne — within the EPFL ecosystem — they likely combine strong academic sensor science with commercial product development discipline. For a consortium needing a wearable sensing component with validated clinical trial applications, they offer a ready-made technology platform rather than a research prototype.

Notable projects

Highlights from their portfolio

  • CytoTrack
    The largest investment in XSENSIO's portfolio at €1.75M (SME-2), this project represents their full commercialization push — a wearable inflammation tracker targeting at-risk patients with named COVID-19 relevance, running 2020–2024.
  • Lab-on-Skin
    A lean €50K feasibility grant that established the company's core concept — skin-contact lab-on-chip for clinical monitoring — and seeded the technology validated in CytoTrack.
Cross-sector capabilities
digital health and mHealth platformsclinical research and pharma trial technologywearable consumer electronics sensing
Analysis note: Profile is based on only two projects, both solo SME Instrument grants with limited keyword data on the earlier one. The technical picture is coherent and the evolution is legible, but there is no consortium partnership data to assess collaboration behavior, and no deliverables or report summaries were available to validate claims about the actual product status or TRL level.