Healthcare App Development

Patient-facing and clinician-facing healthcare apps — mobile, web, telehealth platforms, patient portals, and remote monitoring dashboards — built for healthtech companies, digital health startups, and provider-product teams. Every app is HIPAA-compliant from day one and integrates with your EHR via FHIR R4 APIs.

HEALTHCARE APP DEVELOPMENT

Apps, the way your users meet them.

Native mobile, browser-based web, cross-platform, and connected device companions — Saga IT builds HIPAA-compliant healthcare apps in whatever form factor your patients, clinicians, and care teams actually use. Pick a medium to see the practice underneath.

What We Build

Healthcare App Development Capabilities

Full-lifecycle healthcare app development — patient portals, telehealth platforms, mobile health + RPM apps, and FDA-regulated Software as a Medical Device (SaMD). Pick a capability to see what the work looks like.

FHIR Patient Access · OAuth 2.0 · cross-EHR

Branded patient portals that unify health records across every EHR you run

Patient portal development for health systems with multiple EHR instances — we build cross-platform portals that aggregate Epic MyChart, Oracle Health, and other systems through FHIR Patient Access APIs and master patient index (MPI) matching. OAuth 2.0 with biometric login, secure messaging encrypted at rest and in transit, real-time scheduling tied to EHR availability, and digital intake that pre-populates from existing records.

  • FHIR Patient Access APIs (CMS-9115 compliant) for demographics, meds, allergies, labs, notes
  • OAuth 2.0 + PKCE with optional biometric login (Face ID / Touch ID)
  • Cross-EHR MPI matching for unified records across Epic, Oracle Health, eClinicalWorks
  • Lab trending, medication refill flows, secure messaging, integrated bill pay
See FHIR integration detail
HIPAA video · EHR write-back · e-prescribing

Telehealth platforms that mirror in-person clinical workflow

Custom telehealth software development tailored to your existing EHR + billing stack — not white-label that forces clinicians to adapt. End-to-end encrypted video with virtual waiting rooms, clinical documentation that writes directly to the EHR through FHIR R4 + HL7 v2 interfaces, e-prescribing via Surescripts, and asynchronous store-and-forward for dermatology, radiology, and specialist e-consults.

  • HIPAA-compliant video (E2E encryption, BAA-covered media servers)
  • EHR write-back: encounter notes, diagnoses, orders via FHIR R4 + HL7 v2
  • Surescripts e-prescribing with controlled-substance EPCS support
  • Async store-and-forward for image review and specialist consults
See EHR integration detail
Native iOS / Android · BLE · Apple HealthKit

mHealth + RPM apps with medical device connectivity

Native iOS and Android applications (or React Native cross-platform) with offline-first architecture, encrypted local storage, and background sync. RPM apps connect to FDA-cleared devices and consumer wearables through Bluetooth LE, Apple HealthKit, and Google Health Connect — ingesting continuous vitals into clinical monitoring dashboards with configurable alerting thresholds and full audit trails.

  • Native Swift / Kotlin or React Native with biometric auth
  • BLE + HealthKit + Health Connect device integration
  • Configurable clinical alerting with PagerDuty / Twilio escalation
  • Offline-first sync with encrypted local storage (CryptoKit / Tink)
See medical device integration
IEC 62304 · 510(k) · ISO 14971

FDA-regulated Software as a Medical Device (SaMD)

For apps that meet the FDA SaMD definition — clinical decision support that drives diagnosis or treatment, software-only medical devices, AI/ML clinical applications — we build to IEC 62304 software lifecycle standards with ISO 14971 risk management documentation, ISO 13485 quality management traceability, and 510(k) submission support. Our team partners with medical-device clients on the engineering and QMS-aligned technical file work that submissions require.

  • IEC 62304 Class B / C software lifecycle (planning, requirements, architecture, V&V)
  • ISO 14971 risk management with hazard analysis + mitigation traceability
  • ISO 13485 QMS-aligned engineering with documented design controls
  • 510(k) submission support: predicate device research, substantial-equivalence claims
See our SaMD development practice

Healthcare apps shipped for

SMART on FHIR

SMART on FHIR App Development

Production-grade SMART on FHIR apps that launch inside Epic, Oracle Health, athenahealth, MEDITECH, and any FHIR R4-conformant EHR. OAuth 2.0 with PKCE, granular scope handling, EHR + standalone launch flows, US Core profile conformance, CDS Hooks for real-time decision support, and marketplace publishing across Epic Showroom, Oracle Health Code, athenahealth Marketplace, and the SMART App Gallery.

EHR-launched apps

EHR-launched SMART apps open from inside Epic Hyperspace, Oracle Health, or athenahealth with patient + encounter + user context pre-resolved. No second login, no identity round-trip — the clinician stays in their workflow. We handle the full SMART App Launch handshake: app registration, scope negotiation, token exchange, and context propagation back into the EHR session.

Standalone launch

Standalone-launched apps run independently of an EHR — patient portals, research apps, third-party marketplace tools. The user authenticates against the EHR's identity provider (MyChart, MyHealthONE), the app discovers the FHIR server via the iss parameter, and OAuth 2.0 with PKCE grants scoped access to patient data with offline refresh.

Backend services

For server-to-server workflows — Bulk FHIR exports, population analytics, CDS services with no user in the loop — we implement SMART Backend Services with JWT client assertion. The app authenticates with an asymmetric key pair (RS384 / ES384), receives a system-level access token, and pulls FHIR data at scale via system/*.read scopes.

Marketplace publishing

Getting your app discoverable means clearing the EHR marketplaces. We drive Epic Showroom (formerly App Orchard) certification — SMART launch testing, security review, USCDI conformance — plus Oracle Health Code, athenahealth Marketplace, and SMART App Gallery community listing. Marketplace approval is where most independent apps stall; we know what reviewers look for.

SMART on FHIR app-launch flow: EHR sandbox launches app with patient context, app completes OAuth 2.0 PKCE handshake, requests scoped FHIR resources, and ships to EHR marketplaces Epic Hyperspace · Chart Review DOE, JANE · MRN 4219 launch context: patient + encounter + user Launch SMART app ▸ OAuth 2.0 + PKCE authorize + code challenge token + code verifier refresh offline_access PKCE secures the code exchange — no client secret on public apps Scoped resource access patient/Observation.read user/Practitioner.read launch/encounter least-privilege scopes negotiated per app Marketplace publishing Epic Showroom Oracle Code athena Marketplace SMART App Gallery

For a developer walkthrough of the OAuth flow, scope taxonomy, token lifecycle, and marketplace publishing pathways, see our SMART on FHIR developer guide. For a paid engagement, talk to our team — typical SMART app projects ship in 8 – 16 weeks against a real EHR sandbox.

Digital Health Platforms

Digital Health Platform Development

Digital health platform builds — patient engagement, behavioral health, women's health, chronic care, RPM — that need to be HIPAA-compliant, multi-tenant, and Series-A ready. Saga IT builds the full stack from FHIR-aware backend through patient + clinician mobile and web apps, with HITRUST / SOC 2 preparation engineered in from day one.

Multi-tenant FHIR backend

Series-A platforms need to onboard customer 2, 3, 10 without re-engineering. We design multi-tenant FHIR backends where each customer's data is logically isolated (tenant-keyed) but operationally shared (same code path, same upgrade cycle). Built on HAPI FHIR, Azure Health Data Services, or AWS HealthLake depending on your cloud stack.

Patient + clinician stacks

Most platforms need both — a patient-facing mobile/web app and a clinician dashboard for triage, content authoring, or care-team coordination. We build both on a shared FHIR resource model so patient inputs (PROs, RPM readings, journal entries) flow directly into clinician views without dual-write bugs or schema drift.

HITRUST / SOC 2 engineered in

Compliance certification matters at the Series-A inflection point — your enterprise health-system buyers will ask. We engineer HITRUST CSF i1/r2 and SOC 2 Type II controls into the platform from day one: audit logging, RBAC, encryption at rest/transit, vulnerability management, and BAA-ready vendor architecture. Built-in, not bolted-on at certification time.

Vertical-aware builds

Behavioral health, women's health, chronic care, RPM, oncology — each digital health vertical has its own clinical workflow, data model, and regulatory wrinkles. We've built across all of them. The platform decisions that work for behavioral-health intake won't work for RPM device ingestion; we design the architecture to fit your vertical, not the other way around.

Digital health platform architecture: patient mobile and clinician web apps run on a multi-tenant FHIR-aware backend with tenant isolation lanes, HITRUST and SOC 2 controls engineered in from day one Patient app mobile · web PRO · RPM input secure messaging Clinician dashboard web · triage · care-team content authoring scheduling · messaging SMART API 3rd-party apps partner integrations bulk FHIR export FHIR-AWARE BACKEND HAPI FHIR · Azure Health Data Services · AWS HealthLake TENANT-KEYED ISOLATION Tenant A Behavioral health tenant: bh-001 FHIR R4 store RBAC + audit log Tenant B Chronic care RPM tenant: rpm-014 device ingestion threshold engine Tenant C Women's health tenant: wh-003 care plans secure messaging COMPLIANCE — ENGINEERED IN HITRUST SOC 2 Type II HIPAA + BAA audit logging · RBAC · encryption at rest/transit · BAA-ready

Compliance certification matters at the Series-A inflection point. Our companion guide on HITRUST vs SOC 2 for healthcare walks through which certification fits which buyer profile. For platform build engagements, book a discovery call.

Building your healthcare app on AWS? Procure the build through AWS Marketplace.

Procure through AWS Marketplace and draw down your committed AWS spend (EDP) — no new vendor onboarding, no new paperwork.

Links to the AWS Marketplace listing ↗
App Development Lifecycle

How We Ship Healthcare Apps

A repeatable five-phase process that ships HIPAA-compliant healthcare apps in 2-9 months for non-SaMD products and 12-18 months for FDA-regulated SaMD. Every phase pairs engineering work with the regulatory, integration, and clinical validation tasks that healthcare apps require.

2-4 Weeks

Discovery + Clinical Workflow Mapping

We start by mapping the clinical workflow your app supports — interviewing clinicians, observing existing tooling, identifying integration touchpoints (EHR endpoints, labs, scheduling, billing, e-prescribing, devices). The deliverable is a clinical workflow document, an EHR integration scope, a HIPAA compliance gap analysis, and a regulatory classification (non-device vs Class I/II SaMD).

3-5 Weeks

Architecture + HIPAA Design Controls

AWS or Azure landing zone design, FHIR R4 / HL7 v2 API contracts, OAuth + SMART app launch flows, encryption schemes, audit logging architecture. For SaMD-classified apps, the architecture phase also produces IEC 62304 software development plan, ISO 14971 hazard analysis, and ISO 13485 design control framework. HIPAA Security Rule §164.312 controls are baked in, not bolted on.

4-24 Weeks

Iterative Build + EHR Sandbox Integration

Two-week agile sprints with continuous deployment to staging. Each sprint delivers usable functionality demoed to clinical stakeholders. EHR sandbox integration runs in parallel — Epic App Orchard / USCDI testing, Oracle Code certification, athenahealth Marketplace registration. All transforms, OAuth flows, and SMART launches are tested end-to-end against vendor sandboxes before any production data flows.

2-8 Weeks (non-SaMD) · 12-24 Weeks (SaMD)

Clinical V&V + Regulatory Submission

Verification and validation — functional, security, performance, usability — run continuously, but the formal V&V phase produces test reports for SaMD submission. Penetration testing by a third party. HIPAA risk reassessment. For Class II SaMD: 510(k) submission with predicate device research, substantial-equivalence narrative, clinical evidence summary, and labeling. EHR vendor certification reviews finalize here.

Ongoing

Production Launch + Managed Services

Phased rollout — pilot site → expansion sites → general availability — with go-live command center, 24/7 monitoring, and SLA-backed incident response. Post-launch: continuous CMS rule monitoring (CMS-9115, CMS-0057), EHR vendor API version tracking, and quarterly UX review with clinical users to surface workflow friction. For SaMD: post-market surveillance per ISO 14971 §10 and complaint handling per 21 CFR 820.

What's Behind a Production Healthcare App

The Practice Underneath the Apps We Ship

The work that distinguishes a healthcare-app shop from a generic agency: app-store distribution channels, patient-facing UX rigor, EHR marketplace programs, FDA SaMD methodology, and live multi-EHR sandbox coverage on every release.

Pattern 1 / 5

App-Store Distribution

Healthcare apps deployed across iOS App Store, Google Play, and enterprise MDM channels (Intune, Workspace ONE, Jamf, BlackBerry UEM). We handle App Store Review Guidelines for medical apps (§5.1.3 health/research/HIPAA), Google Play medical-content policy, and enterprise MDM packaging required for hospital-managed devices and BYOD clinician fleets.

  • iOS App Store
  • Google Play
  • Enterprise MDM
  • Clinician + patient

Building a patient portal, telehealth platform, RPM app, or FDA Class II SaMD? Let's scope your project — every app we ship is HIPAA-compliant from day one.

Build Your Healthcare App
Frequently Asked Questions

Common Questions

Related Services

Explore More Services

Keep reading

Related resources

Book a Consultation

Build Your Healthcare App

From patient portals to telehealth platforms — let's build a HIPAA-compliant app that integrates cleanly with your clinical systems.

  • 15 min conversation
  • Healthcare IT engineers, not sales
  • Reply within one business day
Send a Message

Book a 30-min call · or email us and we'll reply within one business day.

Intent
Details
Contact
How can we help?

Pick whichever fits best — we'll take it from there.