PL
A smart wristband that brings order to mass-casualty chaos.
Smart Triage Tag continuously tracks heart rate, oxygen saturation and a basic ECG for multiple patients at once — and alerts you the moment someone deteriorates. It runs locally and offline, with no hospital IT infrastructure and no internet required.
- Operating mode
- Offline, local network
- Patient status
- Triage LED: green / yellow / red
- Vitals monitored
- Real-time HR, SpO₂ and ECG
- Use cases
- EMS, ED, fire & rescue, mountain/water rescue, military
Too many patients. Not enough resources.
Mass-casualty incidents, major traffic crashes and overcrowded emergency departments are a daily reality in many systems. Traditional START/SALT helps with initial sorting — but a “stable” patient can deteriorate quickly, and no one will notice if there’s no continuous monitoring.
- No continuous monitoring at the scene or in the ED — paper tags don’t reflect changes in condition.
- Pulse oximeters and single-patient monitors work one person at a time — not enough when there are many casualties.
- Hospital telemetry systems are expensive, stationary and dependent on IT infrastructure.
Why this is a system problem
In Poland, around 1,600–1,700 EMS teams serve ~38 million people. During multi-casualty incidents, one crew often has to look after several patients at the same time, frequently in difficult field conditions.
What happens without monitoring
- • risk of “silent” deterioration in patients initially classified as stable,
- • staff forced into constant rounds — losing time and attention,
- • higher workload and a greater risk of human error.
Smart Triage Tag — an intelligent triage wristband.
A compact wristband that starts measuring heart rate, oxygen saturation and a basic ECG as soon as it’s powered on. The data is sent to an app that shows a patient list, triage status and instant deterioration alerts. Everything works locally — no internet needed.
HR, SpO₂ and ECG for many patients in one view. The app automatically escalates priority when vitals worsen.
A change in the LED color and an in-app alert immediately identify a patient requiring urgent intervention.
Local communication without internet or hospital servers. Works in the field, in the mountains and inside buildings with poor coverage.
Fast to apply and easy to use. Built for teams under pressure and high patient load, with a workflow that stays clear even in chaos.
How does Smart Triage Tag work in practice?
- 1 Put the wristband on the patient and connect the ECG leads according to the markings.
- 2 Power on the device and assign a triage category. Measurements start automatically.
- 3 Open the app — all active tags appear in the list. You see the color code, latest readings and deterioration alerts.
- One person can oversee many patients at the same time.
Who is Smart Triage Tag built for?
They all share the same reality: tough conditions, time pressure and limited resources. Smart Triage Tag helps teams focus on the most critical patients first.
EMS teams and HEMS
Major road crashes, transport disasters and multi-casualty incidents. A single medical leader can see the status of every patient in the operational zone.
Emergency departments and admissions units
Patients waiting for hours without continuous oversight. The wristband helps catch sudden deterioration in the queue and respond faster.
Fire & rescue services
First responders working with multiple casualties. A simple, rugged tool that fits any rescue team.
Mountain and water rescue
Challenging terrain, weak signal and limited equipment access. LoRa connectivity enables monitoring where other systems can fail.
Military and NGOs
Casualty evacuation, conflict zones and humanitarian missions. Helps rapidly set priorities and maintain oversight of larger groups.
Mass events and venues
Festivals, matches and high-traffic events. Quick deployment for monitoring people who need observation.
A team bridging emergency medicine and modern technology.
Smart Triage Tag is built by a technical team working across hardware, AI, mobile apps and distributed systems — including a seasoned paramedic.
Jacek Bajer
Paramedic / Clinical & Technology
A paramedic with 14 years of experience. Co-creates the system by combining clinical practice with technology. Responsible for clinical assumptions, procedures and system validation.
Arkadiusz Kurasz
Full-stack / Hardware
Full-stack developer and wide-area networking specialist. Responsible for system architecture, communication and the hardware prototype.
Klaudia Szwajkowska
UX / Frontend
Designs and builds web applications and accessible interfaces. Responsible for the app, clear views, intuitive operation and product consistency.
Rafał Amrozik
Business / Analytics
Sales manager and business analyst. Responsible for the business model, market analysis, product requirements and scaling in Poland and internationally.
Let’s talk about a pilot or a partnership.
We’re looking for partners for clinical evaluation, MDR certification and first deployments. If you represent an ED, EMS, a rescue unit or any organization operating in crisis situations — reach out.