Series A open · Certified platform

Wearable sensors
that protect lives

Sensornaut is a modular, intelligent sensor platform worn in clothing. It monitors body vitals and environmental hazards simultaneously — in real time, for healthcare, defence, and industrial safety.

See applications Investor info
[Microsensors in clothing] — 0.5–2 cm, certified
  ↓ 0.32mm UTP wire, woven into fabric
[Nanocomputer — 10 cm, hip-level]
  ↓ encrypted wireless link
[Medical / Command post / App]
  ↓
[Alert — Analysis — Intervention]
20+
Sensors per system
CE
Marking in progress
3
Primary markets
€58B
Total addressable market

5 years of development — on film

WSS-1 · 2017
First Generation
The original Wearable Sensor System prototype — proof of concept with early-stage microsensors.
WSS-2 · 2018
Second Generation
Improved form factor, extended sensor coverage and real-time data transmission to command post.
WSS-3 · 2018
Third Generation
Integration with medical monitoring software and encrypted wireless link to mobile command unit.
New Soldier · 2019
Defence Application
Sensornaut deployed in a military context — real-time soldier health and environmental monitoring.
What is Sensornaut

One system. Complete picture. Worn, not carried.

🪝

Modular by design

0.5 to 2 cm microsensors — up to 20 per person. Add or remove modules for any situation. Quickly reconfigured in the field.

Real-time analysis

A 10 cm nanocomputer at hip level processes all sensor data locally. Alerts reach the command or medical post within milliseconds.

🔒

End-to-end encrypted

AES-256 encryption on every data link. No cloud dependency. All processing happens on the device unless explicitly configured otherwise.

🤝

Body + environment

Unique dual-stream design: physiological data (ECG, blood pressure, temperature) combined with environmental data (CO², gas, humidity).

🧩

System integration

Native API, HL7 and FHIR support. Connects directly to existing medical IT, command systems, and ERP platforms.

🎉

Personalised per wearer

No one-size-fits-all. Sensor type and count adapted to the individual, their role, and the specific hazard profile of each deployment.

20+ parameters measured simultaneously

Body vitals

  • Heart rate & ECG
  • Blood pressure
  • Blood glucose
  • Breathing composition
  • Perspiration (GSR)
  • Photoplethysmography (PPG)
  • Body fat percentage
  • Skin temperature
  • Core body temperature

Environment

  • CO² concentration
  • Chlorine & toxic gases
  • General air quality
  • Humidity
  • Ambient temperature
  • Radiation (optional module)
  • Pressure / altitude

Three markets where the stakes are highest

Healthcare

Remote patient monitoring

Continuous monitoring of elderly and patients at home or in transit. No loss of mobility, no hospital bed required. Real-time data to care teams.

Market (EU) €4B SAM
Defence

Personnel readiness & safety

Real-time physiological data from soldiers and emergency responders in the field. Command posts see individual and unit health status live.

Market (NATO) €1.5B SAM
Industry

Workplace hazard detection

Integrated into workwear for chemical plants, mines, offshore and construction. Detects invisible threats before they become casualties.

Market (EU) €2B SAM
How it works

From sensor to intervention in seconds

01

Sense

Microsensors in clothing measure body and environment continuously. No wires visible, no movement restricted.

02

Process

The hip-worn nanocomputer fuses all streams, applies thresholds, and runs anomaly detection locally.

03

Transmit

Encrypted data sent wirelessly to the medical post, command post, or a smartphone app in real time.

04

Alert

Threshold breaches trigger alerts instantly. The right person gets the right information at the right moment.

05

Act

Care team or command post intervenes. Decisions are data-driven, not guesswork.

06

Analyse

All data is logged, queryable, and exportable for post-incident review, research, or compliance reporting.

Certifications & Standards
Independent Microsensor Certification ✓ WBSO R&D Credit (applied) CE Marking (in preparation) ISO 13485 (roadmap) MIL-STD-810 (roadmap)

Series A — Seeking investment

Prototype built. Certified. NDAs signed. Platform API operational.

Now moving to production-ready v2, CE certification, and first clinical pilots.

€500,000 — 20% equity · pre-money €2M

Convertible loan and grant co-funding available as alternatives.