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Patients now expect their care on a phone. 57 percent of Americans used an app to reach their medical records in 2024 (ONC, 2025). Most health apps still fail in the same three places: the EHR integration costs more than quoted, clinicians go back to paper, or app review blocks the launch. Ailoitte is a healthcare app development company that scopes those three risks before we quote. Our healthcare mobile app development services cover patient, clinician and hospital apps on a fixed price, built by a medical app development company that designs for HIPAA and FHIR from day one.
BAA signed before we touch PHI. Reply within 12 hours. You talk to a senior engineer.
BAA signed first
Before any access to patient data.
HL7 and FHIR
EHR access verified before we quote.
Full IP ownership
Code, data and store accounts.
Patient, clinician and hospital apps for iOS and Android: telemedicine, remote monitoring, medication, rounding, bed and queue management, and the AI features inside them.
An MVP is in the app stores in about 10 to 14 weeks. A production app with EHR integration takes 4 to 7 months. Dates are fixed in discovery.
From about $30,000 for a single-platform MVP to $150,000 or more for a hospital platform. One fixed price after one scoping call.
HIPAA and HITECH in the US, UK GDPR and NHS DSPT, EU GDPR and MDR, UAE, Indian and Australian privacy law.
EHRs over HL7 v2 and FHIR, Apple HealthKit, Android Health Connect and Bluetooth medical devices.
All source code, cloud accounts, data and your App Store and Play Console accounts, on payment.
Healthcare app development services cover the design, build, testing, store submission and support of mobile apps for patients, clinicians and hospital teams. The visible part is the app. The part that decides the outcome is underneath it: EHR integration over HL7 and FHIR, HIPAA safeguards in the data model, device pairing, and the medical review both app stores now apply.
Those four areas are where healthcare projects overrun, and where the real risk sits. Healthcare has had the costliest data breaches of any industry for 14 years running, at $7.42 million on average (IBM, 2025), and almost 34 million Americans had health records exposed in the first half of 2026 alone (HIPAA Journal).
As a medical app development company, we scope those four risks in the first week, not the third month. You get a fixed price, a named architect, weekly demos and full IP ownership. For the web platform, EHR or data layer behind the app, see healthcare software development.
Describe the workflow and who holds the phone. A senior engineer will tell you what to build first, and what to cut.
Nobody buys an app. Hospitals and health startups buy less documentation, fewer silos, fewer breaches and patients who keep using it. Each problem below is solvable, but only when it is designed in from the start.
The problem. Charting eats time that should go to patients, and documentation is the task doctors most want help with.
What fixes it. Ambient capture and AI-drafted notes that the clinician reviews and signs in seconds.
The problem. Records live in separate EHR, lab and imaging systems that do not share cleanly.
What fixes it. HL7 and FHIR integration, with SMART on FHIR so the app opens inside the EHR in context.
The problem. 66 large breaches were reported in June 2026 alone, and the biggest started with one phishing email (HIPAA Journal).
What fixes it. Encryption, audit logs, role-based access, auto-logoff and phishing-resistant sign-in designed in from the first sprint.
The problem. Downloads are easy. Week-four retention, adherence and follow-up are where most health apps lose people.
What fixes it. Onboarding for low health literacy, reminders timed to real behaviour, and clinician follow-up loops.
The problem. Basements, ambulances and home visits break apps that only worked on office Wi-Fi.
What fixes it. Offline capture with conflict-free sync, tested in real field conditions before launch.
The problem. Paper and phone approvals delay treatment. US payers must answer urgent requests within 72 hours from 2026 (CMS).
What fixes it. FHIR-based request and status tracking, with prior authorization automation.
Named clients, live products and a case study for each. It is the fairest way to judge any medical app development company, including us. See all case studies.
Send the workflow and the EHR you run. A senior engineer will tell you what it would take and what it would cost.
Signed references from teams whose apps put care in the hands of patients and professionals, each readable in full.
Nine app types for patients, clinicians and hospital teams. Our healthcare mobile app development services cover each one end to end, and as a hospital app development company we build the staff and operations apps most agencies avoid.
Appointments, records, results, messaging and education, designed for low assumed technical skill.
Video consults, scheduling, e-prescribing and payments, with PHI protected end to end.
Device readings, thresholds and alerts, with clinician review queues for chronic care.
Charting, rounding, handover and secure messaging, built for speed inside a shift.
OPD booking and queues, bed and capacity views, nurse rounding, porter and transport requests, wayfinding and discharge.
Ambient capture and draft notes that the clinician reviews before anything enters the record.
Reminders, refills, interaction warnings and adherence reports back to the care team.
Tracking, coaching and habit design, with wearable integration through HealthKit and Health Connect.
Bluetooth pairing, calibration, firmware updates and data sync for connected devices and SaMD.
A patient app and a clinician app are opposite products. Patients need clarity and few steps; clinicians need speed and dense information. Every build also ships with the admin tools behind them.
Four habits that keep a healthcare app on schedule, inside the rules, and in use after launch.
We check which endpoints your EHR vendor actually exposes, and whether a partner programme is required. That gap causes more overruns than anything else.
User IDs, access control, auto-logoff, audit logs and encryption sit in the data model. They are not a checklist at the end.
We test on real iPhones and Android phones, with low signal, Bluetooth pairing and screen readers. Emulators alone miss too much.
We time each task against the current paper or desktop process. Any workflow that takes longer is treated as a defect.
Most platform vendors ship a mobile copy of their desktop product. If it covers your workflow, use it. Custom is worth it when care is delivered your own way, or when the app has to span systems the vendor does not connect.
| On | Packaged vendor app | Purpose-built app |
|---|---|---|
| Workflow fit | Every desktop feature, whether the role needs it or not. | One role, one job, minimum taps. |
| Bedside speed | Several screens to finish one task, designed for a mouse. | Built for gloved hands and a 90-second encounter. |
| Systems covered | Only the vendor's own system. | One gateway into EHR, scheduling, practice management and billing. |
| Roadmap | The vendor decides what ships and when. | Your roadmap and your release schedule. |
| Brand and patient experience | The vendor's look and flow. | Your brand, and flows tested with your patients. |
We build for health organisations in the USA, UK, UAE, Australia, Canada, Europe and India. Health apps carry obligations most apps do not, and they change by market, so we confirm which apply to you in discovery. See our security and compliance practices and HIPAA compliant software development.
If it diagnoses, treats or drives clinical decisions, it may be Software as a Medical Device under the FDA or EU MDR. The FDA widened its low-risk wellness and decision support policy in January 2026, so the line moved. We check it in discovery.
This is where healthcare app estimates go wrong. We confirm what your systems actually expose before we quote. See EHR and EMR software development.
ADT, ORM, ORU and SIU messages through the interface engine your hospital already runs.
Modern resource-based access, with SMART on FHIR so the app launches in context inside the EHR.
ICD-10, SNOMED CT, LOINC and RxNorm, so codes mean the same thing on both sides.
iPhone and wearable health data with explicit consent for each data type.
The Android health data layer that replaces Google Fit, with scoped read and write permissions.
Glucose meters, blood pressure cuffs, pulse oximeters and ECG patches, with gap handling for missed readings.
Two in three US physicians used AI in 2024, up from 38 percent a year earlier, mostly for notes and paperwork (AMA, 2025). Our AI healthcare app development services follow one rule: AI drafts and flags, clinicians decide.
Ambient capture and draft notes, always reviewed and signed by the clinician. See our AI scribe.
Structured intake and an urgency suggestion, with conservative thresholds and a clear path to a person.
Flags patients likely to deteriorate or overdue for screening, as a prompt to a clinician, not an action.
Reminders and nudges timed to how each patient actually behaves, not a fixed schedule nobody follows.
Drafts the request from the chart and tracks payer status, so staff stop chasing faxes. See prior authorization automation.
Patient-facing translation with clinical terms checked, widening access without an interpreter on call.
Autonomous diagnosis, unreviewed advice to patients, and anything generated that reaches the medical record without a clinician signing it. Where data must stay in-house, we use private AI deployment.
Health platforms we built serve more than 53 million members.
93 percent of our clients return for further work.
We sign a business associate agreement before we touch any patient data.
Code, cloud accounts, credentials and your App Store and Play Console accounts.
A hospital app development company rarely builds the app alone. These are the platforms, compliance services and AI tools our healthcare apps most often connect to.
Delivered on Clarity, our delivery framework, with a demo of working software every week. The timeline is fixed in discovery, once EHR access and regulatory scope are known.
Users, workflows and clinical limits mapped; EHR access and medical device scope confirmed. Learn more.
Separate patterns for patients and clinicians, accessibility built in, and a prototype tested with real users.
Two-week sprints with working demos, HIPAA safeguards added as we go, integration against real endpoints early.
Real devices and field conditions, Bluetooth pairing, offline sync, security and accessibility checks.
Privacy declarations and medical claims reviewed, staged rollout, then SLA-backed maintenance.
Every healthcare build also follows the sector's own standards. Those are HL7 v2, FHIR R4, SMART on FHIR, DICOM, ICD-10, SNOMED CT and LOINC. Devices connect through HealthKit, Health Connect and Bluetooth LE, and we test with Appium, XCUITest, Espresso and OWASP MASVS. Cloud runs on AWS, Azure or Google Cloud under a BAA.
Healthcare app development cost usually runs from about $30,000 for a single-platform MVP to $150,000 or more for a hospital platform. A production app on iOS and Android, with EHR integration and several user roles, typically costs $70,000 to $150,000.
An MVP reaches the stores in about 10 to 14 weeks. A production app takes 4 to 7 months, and a hospital platform with several roles 7 to 12 months. What moves the price is integration and compliance, not the number of screens.
Running costs sit outside the build price: cloud hosting, messaging, and any AI usage. We list them in the proposal. Support after launch sits under application maintenance.
A modern FHIR API is quick. A legacy interface engine or vendor programme is not.
Each extra role multiplies the permission matrix and the testing.
Every Bluetooth device model needs its own pairing and failure testing.
HIPAA alone, or HIPAA plus medical device rules, EU MDR or SOC 2 evidence.
Clinician review, evaluation and running costs add engineering time.
Budget 15 to 20 percent of build cost a year; OS releases can break device pairing.
Not every project starts from a blank page. About a third of our healthcare app work is taken over from another vendor. You can also hire healthcare app developers to join your own team.
Concept to app store on a fixed price and date: research-led design, HIPAA-aware build, real-device QA and store submission.
For a new patient, clinician or hospital product.
We take over a live app under an SLA, with yearly iOS and Android updates, security monitoring and sprint-by-sprint roadmap work. App maintenance.
For an app that works and needs to keep working.
A code and compliance audit first, then HIPAA gap fixes, UX and performance work, cloud migration or new AI features.
For an app that has stalled or fallen behind.
Healthcare app development services cover the design, build, testing and launch of mobile apps for patients, clinicians and hospital teams. They include patient engagement, telemedicine, remote monitoring, clinician and hospital apps. They also cover what makes those apps work: EHR integration, HIPAA safeguards, device testing and app store submission.
From about $30,000 for a single-platform MVP to $150,000 or more for a hospital platform. A production app on iOS and Android with EHR integration usually costs $70,000 to $150,000. The price is fixed after a scoping call.
An MVP usually reaches the app stores in 10 to 14 weeks, and a production app with EHR integration takes 4 to 7 months. EHR vendor access and app store medical review are the most common causes of delay, so we check both in the first week.
Yes. We build to the HIPAA Security Rule and sign a BAA before we touch any patient data. That means unique user IDs, access controls, automatic logoff, audit logs and encryption in transit and at rest. No app can be officially HIPAA certified, because no such certification exists. See HIPAA compliant software development.
Yes, and it is usually the largest single piece of work. We connect over HL7 v2 and FHIR APIs, with SMART on FHIR so the app can open inside the EHR. We also map ICD-10, SNOMED CT and LOINC codes. We confirm what your EHR vendor actually exposes before we estimate.
Yes. As a hospital app development company, we build patient, staff and operations apps for hospitals. That covers OPD booking and queues, rounding and handover, secure clinical messaging, bed and capacity views, porter requests, wayfinding and discharge. Roles, single sign-on and shared devices usually take more work than the screens.
A healthcare app supports care or wellness; a medical app diagnoses, treats or monitors a condition and may be regulated. Booking, records and wellness apps are healthcare apps. An app that reads a glucose meter and advises insulin is a medical app and may be Software as a Medical Device. A medical app development company has to know which one it is building before the first sprint.
Yes. We build video consultation apps with scheduling, e-prescribing, payments and PHI protection throughout, for clinics, hospitals and digital health startups. See telemedicine app development.
Yes. We connect glucose meters, blood pressure cuffs, pulse oximeters and ECG patches over Bluetooth. We set thresholds and alerts, and give clinicians a review queue for chronic care.
Yes, with a clinician reviewing every output that matters. Our AI healthcare app development services cover clinical notes, symptom triage, risk scoring, adherence nudges, prior authorisation and translation. We advise against autonomous diagnosis and any unreviewed advice to patients.
It can be. If the app diagnoses, treats or drives clinical decisions, it may count as Software as a Medical Device. That brings FDA rules in the US and EU MDR in Europe. We assess this in discovery, and bring in a regulatory consultant when a formal decision is needed.
It depends on the device work. Native Swift and Kotlin suit Bluetooth devices, background monitoring and deep HealthKit or Health Connect use. React Native or Flutter suit patient engagement, content and booking apps. See native app development.
Yes, where the workflow needs it. We build offline capture with conflict-free sync when the signal returns. It matters most for home health, ambulance and inpatient apps used in basements and stairwells.
Yes, for both stores. Health apps face extra review of medical claims, privacy labels and health data use. Apple rejects accuracy claims it cannot validate and asks for regulatory clearance where it applies, so we prepare that evidence before submission.
If it covers your workflow, use it, and we will tell you so. Vendor apps are usually mobile copies of a desktop product. A purpose-built app is worth it when your care workflow is specific, or when the app has to span systems the vendor does not connect.
Yes. About a third of our healthcare app work is inherited. We start with a code and compliance audit. It shows what is worth keeping and where the HIPAA gaps are, and then we support the app under an SLA.
With metrics agreed before launch. We track onboarding, retention, adherence and appointment rates, clinician task time and crash-free sessions. Analytics are set up to keep patient data out.
Choose one that has shipped live healthcare apps, signs a Business Associate Agreement (BAA) for HIPAA, and has integrated with EHRs using FHIR before. Then check that they plan for the three places health apps usually fail: EHR integration costs, clinician adoption and app store review. They should also give you a fixed price after scoping those risks, not an open hourly estimate. Ailoitte scopes all three before we quote, builds with HIPAA safeguards and FHIR from day one, and is ISO 27001 certified. Our healthcare case studies, such as AssureCare, show the patient and clinician apps we’ve delivered.
Ask us directly and a senior healthcare engineer will answer it, usually the same day.
Tell us the workflow, the users and your EHR. A senior architect will scope it and give you a fixed price. A healthcare app development company should also tell you when the answer is the vendor app you already have, and we will.
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Your idea is 100% protected by our Non-Disclosure Agreement.