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Defiro Health: real-time patient monitoring across app & web
Native iOS & Android apps for patients plus a web platform for doctors, with BLE integration for smart medical devices and real-time monitoring.
iOS + Android
native apps
BLE
device integration
real-time
patient monitoring
The challenge
Defiro Health needed to connect patients and doctors around real device data — not self-reported numbers, but live readings from smart medical devices — with patient apps on one side and a clinician platform on the other.
- Native patient apps that pair with smart medical devices over Bluetooth
- A web platform for doctors to monitor patients
- Real-time monitoring, not after-the-fact data entry
- Integration with HealthKit and Google Fit
What we did
We built Defiro Health as native iOS and Android patient apps plus a clinician web platform, joined by real device data.
BLE device integration. The patient apps pair with smart medical devices over Bluetooth (BLE) and bridge to HealthKit and Google Fit, so readings come from the device rather than manual entry.
Native where the data lives. Device pairing and continuous monitoring need native iOS and Android, so the patient side is native rather than a wrapper.
A doctor-facing web platform. Clinicians access and monitor patients in real time from a dedicated web platform — the other half of the loop.
Stack: SwiftUI, Jetpack Compose, React, Node.js, BLE, PostgreSQL, HealthKit and Google Fit.
The results
Patients use native iOS and Android apps connected to smart medical devices over BLE, while doctors monitor them in real time from a dedicated web platform.
The result is a closed loop built on real device data: readings flow from the device to the patient app to the clinician, continuously, so monitoring is based on what's actually happening rather than on what a patient remembers to report.
FAQ
Frequently asked questions
How does Defiro Health monitor patients in real time?
Native iOS and Android apps connect to medical devices over Bluetooth Low Energy and stream readings live to the platform — so clinicians see patient data as it happens, in the app and on the web.
Why native apps for a medical product?
Stable BLE connectivity, reliable background execution and battery behaviour are platform-level concerns — native Swift and Kotlin give direct control over all three, which matters when readings must not be missed.
How is patient data protected?
Privacy was a baseline requirement, not an add-on: encrypted transport and controlled access to patient data, aligned with GDPR — built by an ISO 27001-certified team.
