Clinical-grade monitoring

Restoring patient dignity through discreet, real-time bladder analytics.

NouiLife® tiny monitoring device and stretchable electrodes provide non-invasive fluid volume assessment for complex care environments — reducing intervention frequency, preserving comfort, and improving clinical outcomes.

NouiLife® discreet wearable sensor with stretchable electrode patches applied to the lower abdomen.

Fig 1.1 — Discreet wearable sensor with stretchable electrodes worn under clothing.

Built for healthcare leaders across Europe
Private elderly careUniversity hospitalsPharma partnersMedical device OEM
The technology

The science of stretch.

Our proprietary method employs electric signal communication to assess fluid volume by comparing impedance and voltage change. Stretchable electrodes sit comfortably against the skin — ensuring heightened comfort for patients, especially those affected by dementia.

Ω

Impedance sensing

Detects shifts in fluid volume through multi-point electrical communication across the abdomen.

V

Unique Algorithm

Compares real-time signal changes against baseline bladder capacity to trigger discreet alerts.

Stretchable electrodes

Thin, flexible electrodes worn discreetly under clothing — no behavioural disruption for the patient.

Stretchable electrodesFlexible conductive arrayEpidermisDermisBladder regionELECTRIC SIGNAL COMMUNICATIONΩV

Fig 1.2 — Non-invasive volume assessment through skin-contact conductive layers.

Who it's for

Designed for clinical rigour.

From long-term care facilities to acute hospital settings and pharmaceutical research, NouiLife® adapts to the specific demands of modern healthcare delivery.

Calm interior of a modern elderly care residence.
01

Private elderly care

Enhance resident dignity and reduce skin breakdown or urinary tract infection from delayed hygiene interventions in dementia and nursing care units and homes.

Lower carer workload
Modern hospital ward with patient monitoring equipment.
02

Hospitals & acute care

Reduce catheter-related infections and unnecessary catheterisations through data-driven voiding schedules and assist training for overactive bladder patients.

Clinical precision
Pharmaceutical research tablet showing health signal waveforms.
03

Pharma & Healthcare Providers

Use real-world bladder data to inform dosing timing, evaluate new drug effectiveness, optimise staffing, and integrate with next-generation hygiene products.

R&D integration
Outcomes & value

Value-based healthcare at the intersection of comfort and data.

−33%
Reduction of unnecessary staff rounds
−22%
Lower cost of acute incontinence care
Fewer catheter-related infections
A carer's hand resting gently on an elderly patient's hand.
Research & validation

Pre-clinical prototyping.

We are at the pre-clinical prototyping stage. Our technology has been tested in a laboratory setting and with a small number of volunteers, and we are actively raising to advance through regulated validation and clinical pilot partnerships.

Comparative
Effectiveness studies
Clinical
Pilot partnerships
Regulatory
EU MDR alignment