Clinicians Love It. IT Blocks It. Fix Your Health Data Strategy Before It Costs You
In digital health, innovation doesn’t just mean building a product users love — it means building one the healthcare system can trust. From day one, founders operate in a high-stakes environment where data protection, privacy, reliability, and regulatory alignment are not optional; these factors define whether a startup ever reaches a pilot, hospital IT integration, or commercial deployment.
Yet the goal isn’t to turn early-stage startups into compliance machines. The real challenge — and the smartest path — is learning what matters when, and making strategic, maturity-aligned decisions.
This article distills insights from our workshop at the EPFL Innovation Park, in partnership with ELCA, Syrma, and iCure — translated into a practical, founder-first playbook.
Digital-health innovation often stalls not because of clinical proof, but because:
• IT security teams block deployments
• Data governance requirements aren’t met
• Legal reviews fail due to unclear data handling
• Architecture isn’t built for health-grade trust
In health, trust is the currency of adoption. Security-by-design and transparency aren’t constraints — they unlock potential pilots, partnerships, and long-term scale.
“Security isn’t something you add later. It’s what makes health innovation possible.” – Sébastien Fabbri, ELCA
The goal is not perfection on day one; it’s credible, phased capability.
| Stage | Your priority | What “good enough” looks like |
|---|---|---|
| Prototype | Ship value, avoid bad habits | Basic auth, HTTPS, no real patient data unless essential, EU/CH cloud only |
| MVP (first users) | Build trust foundation | MFA, role-based access, encrypted storage, first audit logs, simple DPIA |
| Pilot with clinics / hospitals | Demonstrate reliability | Privacy-by-design, end-to-end encryption, audit trail, data retention policy |
| Commercial launch | Operational excellence | Pen-testing, monitoring, incident response process, secure backup policy |
| Scale | Certification & governance | ISO 27001/27701, HDS (France), HIPAA path, sovereign cloud / BYOK |
Prototype
MVP (first users)
Pilot with clinics / hospitals
Commercial launch
Scale
Two truths help founders breathe here:
• You do not need hospital-grade security on day one
• But you do need the architectural ability to get there
1) Privacy-by-Design & Minimization
Health data is highly sensitive. Collect only what you need. Start with transparency and consent — even if functionality is basic early on.
2) Encryption Beyond HTTPS
HTTPS ≠ encryption strategy. Hospitals increasingly expect end-to-end encryption and cryptographic key control. This becomes a commercial differentiator — especially in chronic care, pediatrics, or mental health.
3) Auditability & Data Lineage
Healthcare requires proof: who accessed what data, when, and why.
Add audit trails early — even if initially lightweight. You will not regret it.
4) Resilience & Monitoring
Even AWS goes down. Reliability is part of patient safety.
Start with monitoring basics (performance, uptime, abnormal access patterns).
5) Interoperability Is Messy, Not Magical
FHIR adoption is growing — but hospitals still run HL7 v2 pipes from the last century. Plan for mapping, translation, and incremental connectivity.
Founder mindset: interoperable ≠ instant integration; it means ready to translate and scale connections over time.
Swiss and EU health innovators operate under:
• GDPR (European Union)
• nLPD (Switzerland’s updated data-protection act)
Both demand:
• Privacy-by-design
• Data minimization
• Clear purpose and consent
• Security controls
• Accountability and traceability
Simple rule:
Build to GDPR expectations first — you will cover ~90% of nLPD needs.
The notable difference:
Under nLPD, individual leaders can be personally liable for violations.
This is not a threat — it’s a nudge toward establishing good governance early.
A DPIA (Data Protection Impact Assessment) sounds formal, but think of it as a privacy risk canvas for your product.
It answers:
• What personal data do we process?
• Why do we need it?
• Where is it stored?
• Who can access it?
• What could go wrong?
• How do we reduce those risks?
You do not need a legal department or a 30-page file.
A 1-page startup DPIA at MVP stage is enough to show intent and clarity — and prevents painful redesigns later.
Treat the DPIA like unit tests: start small and early, and make it richer as you grow.
Early stage?
Use managed identity (Auth0, Firebase), EU or Swiss cloud regions, basic logging, and encryption-at-rest.
Growing?
Move toward role-based IAM, end-to-end encryption SDKs, audit trails, sovereign hosting options.
Scaling across borders?
Plan for ISO 27001/27701 readiness, and jurisdiction-aware cloud models (BYOK / KYOK).
Shortcut for founders:
Platforms like iCure provide healthcare-grade storage, encryption, data versioning, and audit infrastructure out of the box — letting you focus on your clinical and UX value.
Don’t fall into either trap:
❌ “We’ll fix security later”
❌ “We can’t move until everything is compliant”
The winning formula is the middle path:
Move fast — responsibly and strategically.
Begin scrappy.
Scale maturely.
Make trust a design principle, not a blocker.
Digital-health startups build technology for people’s most vulnerable moments. That privilege comes with responsibility — and enormous opportunity.
Security and data governance are not bureaucracy; they are the foundation of clinical confidence, patient trust, and long-term scale.
Start lean, with intent and transparency.
Evolve your capability as you grow.
And remember: healthcare rewards trust as much as innovation.
Glossary:
- MFA (Multi-Factor Authentication) is a method of verifying a person’s identity in order to allow access to a digital service or system, requiring one or more proofs of identity in addition to a password or PIN, such as a code texted to a phone or a response to an app.
- DPIA (Data Protection Impact Assessment) is a process to systematically analyze, identify, and minimize the data protection risks of a project or plan that is likely to result in a high risk to individuals’ privacy.
- ISO 27001 is a standard providing guidance for establishing, implementing, maintaining, and continually improving an information security management system. More information here.
- HDS (Hébergeurs de Données de Santé) is a service provider (such as data centres or cloud platforms) certified in France to host personal health data. More information here.
- HIPAA (Health Insurance Portability and Accountability Act) is a U.S. law that establishes national standards for protecting sensitive patient health information and securing electronic health records. More information here.
- BYOK (Bring Your Own Key) is a security strategy where an organization uses its own encryption keys to protect data stored in a cloud or other service, instead of relying on the service provider’s keys. More information here.
- HL7 (Health Level Seven) refers to a set of international standards for the exchange, integration, and retrieval of electronic health information between different healthcare systems. More information here.
- GDPR (General Data Protection Regulation) is a European Union law that protects the personal data and privacy of individuals within the EU and the European Economic Area.
- NLPD (New Federal Act on Data Protection) is a Swiss federal law that strengthens the protection of personal data for individuals in Switzerland, imposing new obligations on companies regarding data processing, transparency, and security. More information here.
- SDK (Software Development Kit) is a collection of tools and resources — like compilers, debuggers, libraries, and documentation — that developers use to build applications for a specific platform, operating system, or programming language.
- KYOK (Control Your Own Key) is a method where a customer controls their own cryptographic keys, even if they are hosted by a cloud provider.
- UX (User Experience) refers to how a user interacts with and experiences a product, system, or service. It includes a person’s perceptions of utility, ease of use, and efficiency.