Services
Web & Mobile Applications
Clinician portals, patient-facing apps, device companion apps, operational dashboards — for web, iOS, and Android — built by engineers who already know what a PHI boundary is, so your first security review isn't their healthcare education.
The problem
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Generalist dev shops build you a beautiful app, then the security questionnaire arrives and the rework begins.
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Your device needs a companion app that talks to it over Bluetooth, syncs to the cloud, and will be judged under the same regulatory lens as the device itself.
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The prototype that won the pilot can’t survive production: no audit trail, no access model, no story for the assessor.
How we work
- 01
Product & compliance framing
We establish what the software does, where PHI lives, and which regulatory posture applies — before the first sprint, not after the audit.
- 02
Architecture & design
Data model, access control, audit logging, offline behaviour, and device or FHIR integration points designed up front and reviewed with your stakeholders.
- 03
Build in increments
Working software every few weeks on web, iOS, and Android, with traceability from requirement to test — the discipline device software demands, applied everywhere.
- 04
Harden & hand over
Security review, accessibility and load testing, store submission, deployment automation, and documentation. You own the code, the pipeline, and the knowledge.
What you get
- Production web and mobile applications you own outright — code, infrastructure, and CI/CD
- Architecture and data-flow documentation written for security review
- Audit logging and access controls designed to support HIPAA requirements
- Device connectivity (Bluetooth LE, local network) and FHIR/SMART integrations where the product needs them
- Automated test suites, accessibility conformance, and traceability documentation
Standards & technologies
- TypeScript
- React / Next.js
- React Native
- Swift / Kotlin
- Bluetooth LE
- Node.js
- .NET
- PostgreSQL
- FHIR R4
- SMART on FHIR
- WCAG 2.2
Common questions
Native or cross-platform mobile?
Cross-platform (React Native) where it saves money, native (Swift / Kotlin) where Bluetooth, background execution, or regulatory scrutiny demand it. Device companion apps are usually a mix, and we tell you where the line is before we start.
Can you take over an existing codebase?
Yes. We start with an assessment — architecture, test coverage, security posture — and give you a written verdict before committing to a roadmap on top of it.
What size engagements do you take?
From a two-person feature team to a full product build. The unit of work is an outcome with a date, not a headcount.
Who owns the intellectual property?
You do. Work-for-hire, full source, no license-back clauses.
Have an app that has to pass review?
Bring us a device, an integration problem, or a product idea — we will come back with an approach, not a slide deck.