Healthcare App Development for Patients, Clinicians and Care Teams

Absolutely. We connect healthcare apps with wearables, fitness trackers and IoT-enabled medical devices through Bluetooth, Apple HealthKit, Google Health Connect and device SDKs for real-time health data collection and monitoring, giving providers actionable insights.

We use encryption on the device and in transit, certificate pinning, secure APIs, multi-factor and biometric authentication, role-based access, audit logging and HIPAA-eligible cloud hosting, and we vet every third-party SDK so no protected health information leaks into analytics or crash tools.

Yes. We implement AI for symptom intake and triage, patient assistants, clinician documentation and summaries, predictive analytics and medical imaging support, always with outputs logged and a clinician in control of decisions.

Yes. We use Flutter and React Native to build cross-platform healthcare apps that run on iOS and Android from one codebase, and we build native apps in Swift and Kotlin where device features or performance require it.

Yes. Every healthcare app we build is designed to HIPAA, HITECH, GDPR and the other regulations that apply to its users and market, with compliance validated before every release and app-store submission.

Yes. We create secure telemedicine apps with video consultations, e-prescriptions, appointment scheduling, secure messaging and integrated payments, built on our dedicated telehealth practice.

Yes. We integrate healthcare apps with EHR/EMR systems such as Epic, Oracle Health (Cerner), athenahealth, Allscripts and OpenEMR, hospital management software, labs, pharmacies and third-party medical APIs using HL7, FHIR and SMART on FHIR.

Most healthcare app projects take between 3 and 9 months from planning to launch: 3–4 months for an MVP, 5–9 months for a full-featured app with integrations, longer when a platform is built alongside it. Cost depends on complexity, integrations, compliance requirements and platforms; custom apps pay back through centralised multi-location management, EHR sync that removes double entry, automated booking and reminders, and role-based staffing controls. See the timeline and cost table above.

Yes. We offer ongoing technical support, performance monitoring, OS and app-store compliance updates, security patching and feature releases to keep your healthcare app secure and current.

Three things. The data is protected health information, so security and privacy are designed in from the first sprint and app-store privacy rules apply on top of HIPAA. The users are patients, who may be unwell or elderly, and clinicians, whose time is the scarcest resource in the building, so accessibility and adoption are requirements, not polish. And the app is only useful once it connects to the record, so HL7, FHIR and SMART on FHIR integration is the foundation, not a phase.

Discovery and clinical workflow mapping, UX research and prototyping with patients and clinicians, architecture and integration design, native or cross-platform build, EHR and device integration, testing and HIPAA validation, app-store submission and release management, and post-launch support with a jointly owned roadmap. When the app needs a platform behind it, our custom medical software development covers the web application, admin console and integration layer as well.

When the app is the visible part of something larger: a clinician portal, an admin console, an integration layer that talks to several EHRs, an analytics platform or a multi-tenant product for other providers. Many clients start with an app MVP and add the platform as usage proves the case; because we build both, nothing has to be rebuilt when that happens.

Yes. We build SMART on FHIR apps that launch in context inside Epic, Oracle Health, athenahealth and other EHRs, use the EHR’s login, and read and write through FHIR APIs. It is the fastest route to clinician adoption for a new capability.