Patient app development that patients and clinicians keep using Telehealth and remote monitoring apps that write back to your EHR

Many patient apps launch well and then go quiet. Patients stop opening them, nurses keep a second screen open beside the EHR, and readings sit in a vendor portal nobody checks.

The fix is rarely more features. An app gets used when it fits the care team's day and when what the patient sends reaches the chart. That's where we start every build.

Remote patient monitoring connects blood pressure cuffs, scales, glucose meters, pulse oximeters, and wearables to your care team. Readings arrive in real time, and an agent flags the ones outside each patient's thresholds so a nurse can act the same day.

We build monitoring for chronic conditions such as diabetes, heart failure, and COPD, for patients after discharge, and for hospital-at-home programs. Payers in risk-based contracts use the same readings to reach members before a hospital stay. Time spent and days of readings are logged, so your billing team has what remote monitoring codes ask for.

• Device setup and enrollment flows
• Thresholds set per patient by a clinician
• Device management for every kit in the field
• Time and reading logs for billing

A telehealth app has three sides. Patients search, book, join a video visit, and see their records and reminders. Clinicians manage their schedule, run the visit, write notes, send e-prescriptions, and message patients.

Administrators onboard clinicians, set permissions, send notices, and watch visit volumes and app health on one dashboard. We build all three, and connect them to your scheduling, billing, and EHR so a visit is one record, not four.

• Patient app: booking, video visits, records, and reminders
• Clinician app: schedule, notes, e-prescriptions, and messages
• Admin panel: onboarding, permissions, notices, and analytics

Engagement apps handle booking, reminders, test results, care plans, and secure messages. Chronic care apps add daily check-ins, medication schedules, and education for conditions such as diabetes and heart disease.

We also build mental health apps with private sessions and self-care tools, and assistants that answer common questions and book visits at any hour. Each one hands off to a person when the question needs one.

We connect patient apps to Epic, Oracle Health, MEDITECH, athenahealth, and eClinicalWorks through FHIR APIs, SMART on FHIR launches, and HL7 v2 interfaces. Monitoring readings land in flowsheets, visit notes land in the encounter, and forms land in the chart.

Clinicians open the app from inside the EHR, signed in already, so they don't learn a second system.

Patient apps hold protected health information, so HIPAA's rules apply from the first screen. We encrypt data at rest and in transit, use multi-factor sign-in, give access by role, and keep an audit log of who saw what.

Security tests run before each release, not once a year. For apps used outside the US, we design for GDPR and local rules as well.

Care teams see how patients are doing between visits and can step in before a problem becomes an admission. Readings and time are logged for billing, so the program can bill for the work. When an agent sorts the readings first, nurses spend their time on the patients who need a call.

It needs reliable device connections, alerts on thresholds a clinician sets, and readings that write back to the EHR. It should also manage devices in the field, log time and readings for billing, and keep an audit trail. Reports should show who is sending readings and who has stopped.

AI sorts the readings, so nurses see the few that matter instead of hundreds that don't. It can spot a trend, such as weight creeping up in heart failure, before it crosses a threshold. Agents draft the note and the outreach, and a clinician decides what happens.

Easy booking, reminders, video visits with secure messaging, and access to records and results. Device readings between visits help, and so does a way to ask a question without calling. Each feature should save the patient a step, or it won't be used.

It depends on scope. A first version with video visits, booking, and messages is much smaller than one with device data, EHR integration, and AI triage. We map one program in five days, then build in weekly rounds, so you see working software early and decide what comes next.

Cross-platform frameworks such as React Native or Flutter for the apps, WebRTC for video, and a cloud such as AWS or Azure for hosting. FHIR and HL7 v2 connect the app to the EHR. We usually build on the cloud and tools you already run.

We encrypt data, use multi-factor sign-in, give access by role, and log every view of a record. In the US, HIPAA and HITECH apply. Elsewhere, we design for GDPR or the local law.

Yes. We connect to Epic, Oracle Health, MEDITECH, athenahealth, and eClinicalWorks through FHIR, SMART on FHIR, and HL7 v2. Readings, notes, and forms land in the chart, so clinicians work in one place.