Custom Wearable Health Monitoring Devices

Your FAQs for our Wearable Health Monitoring Devices Development

Q1: What regulatory classification do wearable health monitoring devices typically fall under in the EU?

A1: Under EU MDR, wearable health monitoring devices that collect physiological data for clinical purposes typically fall into Class I (low risk, self-certified) or Class IIa (moderate risk, Notified Body required). The correct classification depends on the intended purpose and the specific health metrics the device measures. We establish classification in the scoping phase and align the entire development process accordingly.

Q2: How long does it take to develop a wearable health monitoring device?

A2: A Technical Feasibility Assessment typically runs 1 to 2 weeks. A full development cycle from scoping to end product ranges from 3 to 18 months, depending on hardware complexity, the number of sensors, the regulatory pathway and the scope of clinical testing required. We scope this in detail during the feasibility phase, so you have a realistic timeline and budget before committing to the full build.

Q3: Can you work with our existing hardware or sensor design?

A3: es. We can take over an existing hardware design at any stage: reviewing sensor selection, rewriting firmware, building out the software stack or adding MDR-aligned documentation to an existing codebase. We assess what is in place and define the most efficient path forward, whether that means continuing with the current design or recommending targeted changes before the next development phase.

Q4: What makes a wearable health monitoring device different from a consumer wellness tracker?

A4: The distinction comes down to intended purpose. A device that claims to monitor, diagnose or assist in treating a medical condition falls under EU MDR as a medical device, regardless of form factor. Consumer wellness trackers that make no clinical claims typically fall outside MDR scope. We help you define the intended purpose clearly early on, because it determines the entire regulatory and technical pathway for your wearable health monitoring device.

Q5: Where is the health data stored and how do you handle GDPR?

A5: All health data is hosted in the EU, in AWS or Azure regions inside the bloc. We implement end-to-end encryption with certificates management, role-based access controls and audit logging across the pipeline. Our ISO 27001 certification covers information security on every active project, and for clinical applications we align with the additional EU data protection requirements that apply.

Q6: Do we need a separate hardware partner, or can you build the full stack?

A6: We cover the full stack in-house: sensor selection and PCB design, embedded firmware, companion apps, cloud backends and the MDR documentation. You work with one partner from scoping to handoff, which removes the integration gaps that appear when hardware, software and regulatory work sit with separate vendors.

Q7: How do you make sure sensor readings are accurate enough for clinical use?

A7: We develop the embedded system and carry out preliminary testing and reading verification, including medical-grade sensor selection for your specific metrics and signal processing that accounts for motion artefacts, interference and drift. Clinical testing against reference standards sits outside our scope and would happen through extern partners.