Patient Portal Development Company | HIPAA-Aware

Patient Portal Development

Most patient portals are built for compliance, not patients. They have all the required fields, appointment booking, test results, medication lists, and none of the design thinking that makes patients actually use them. The result is a portal your compliance team approved and your patients abandoned after logging in once.
We build patient portals that patients use. Designed around the specific patient journey for your care setting, integrated with your clinical systems, and built to HIPAA-aware standards your compliance team can approve.

See our work
  • Patient portals designed around your care model and your patient demographic

  • Integration with Epic, Cerner, Athenahealth, and other EMR systems

  • HIPAA-aware data handling, authentication, and audit trail from day one

  • Fixed project cost, scoped before development starts

Recent outcomes

Voice AI · Research

Text-based interviews converted to automated phone calls

6× deeper insights

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Manual invoice OCR across 40+ gas stations

20k+ txns day one

Loyalty · Retail

SuperValu & Centra loyalty platform with receipt validation

1,062 users in 4 weeks

SaaS · Logistics

Multi-carrier shipping hub for Indonesian eCommerce

2,000+ shipments yr 1
4.9 / 5 on ClutchSee all work

Recognition

Sound familiar?

  • Patient portal that patients register for once and never log in to again?

  • Your clinical team manually sending results and appointment reminders because the portal doesn't drive engagement?

Trusted by

Vodafone
Nike
Microsoft
Cisco
T-Mobile
Aldi
Heineken
GE

Why patient portals fail at the engagement goal

The business case for patient portals is straightforward: reduce phone call volume, reduce no-shows through automated reminders, improve patient satisfaction scores, and give patients convenient access to their health information. Most portals are built to check the compliance box and miss the engagement goal entirely.

The failure mode is always the same: the portal was designed by the IT team around the data the EMR exposes, not by a product team around the journey the patient needs to complete. Login requires a 12-character password reset link. Appointment booking has 6 screens before confirmation. Test results are listed with clinical codes and no explanation. Patients call the front desk anyway.

The fix is designing the patient experience first, then figuring out how to back it with EMR data, not starting from the EMR data and building an interface around it. We built a telehealth platform deployed across 150+ hospitals that increased patient engagement by 30% and reduced in-person visits by 60% for non-urgent consultations (14 weeks to launch). A remote patient monitoring platform we built on-boarded 150+ patients and expanded to 80+ clinics within 3 months, delivering 20% faster clinical decision-making.

Capabilities

What we build

Appointment booking and management

Online appointment booking with real-time slot availability pulled from your scheduling system via HL7 FHIR Schedule and Slot resources (Epic FHIR R4 API, Cerner FHIR R4 API, Athenahealth API), eliminating the phone call to check availability and the double-booking that results from manual scheduling in multiple places. Appointment types configured per provider type and care setting: new patient consultations (with longer booking windows and intake form requirements), follow-up appointments (shorter duration, automatically suggested for existing patients based on care plan schedules), specialist referral slots (restricted to referred patients with validated referral codes), and urgent care slots (same-day availability with different workflow). Automated reminder sequence delivered via SMS (Twilio) and email (SendGrid) at 72 hours, 24 hours, and 2 hours before the appointment, with a one-click confirmation link that updates the appointment status in your scheduling system without the patient needing to log into the portal. Self-service rescheduling and cancellation with configurable policies: a cancellation within 24 hours can trigger a late cancellation fee notification or simply return the slot to availability depending on your practice policy. Pre-visit digital intake forms displayed to the patient in the portal after booking: demographics update, insurance information, reason for visit, symptom description, medication list review, and consent form e-signature. Completed intake data written back to the EMR via FHIR QuestionnaireResponse or a structured HL7 message before the appointment so the clinician sees completed intake on their schedule view, not a blank intake form. Practices that implement online booking with automated reminders and digital intake typically report 25-40% reduction in no-show rates and a significant reduction in front-desk phone volume for administrative scheduling calls.

Test results and clinical documents

Patient-accessible test results and clinical documents designed for the patient who is not a clinician, because raw LOINC codes and reference ranges delivered without context generate anxious phone calls rather than reducing them. Lab results presented with plain-language descriptions of what was measured (TSH rather than 11580-8), the patient's result, the reference range with a visual indicator showing where the result falls, and a clinician-authored message explaining what the result means for this patient's care plan and what action, if any, they should take. Result release timing controlled by the clinician: immediate release, release after a configurable hold period for review, or manual clinician release for results requiring a conversation before the patient sees them. FHIR DiagnosticReport and Observation resources used to retrieve results from the EMR in real time so the portal does not maintain a separate results database that can drift out of sync. Care summaries and discharge instructions accessible as FHIR DocumentReference resources. Imaging reports from PACS systems integrated where DICOM viewer integration is in scope. Document access controls enforced at the patient identity level: only the authenticated patient (or their designated care proxy with explicit proxy access) can access their records. Access log audit trail for every document view event: patient ID, document type, timestamp, and access method stored in an immutable audit log for HIPAA breach investigation purposes.

Secure patient-clinician messaging

HIPAA-compliant encrypted messaging built as a clinical communication channel, not a generic chat feature with healthcare compliance requirements bolted on. PHI-containing messages encrypted at rest with AES-256 and in transit with TLS 1.3. Messages stored in a HIPAA-compliant data store with field-level encryption for message body content. Business Associate Agreement (BAA) in place with every infrastructure provider that touches message content. Message triage rules route incoming patient messages to the correct team member based on configurable classification: keywords or patient-selected categories (administrative question, clinical question, prescription refill request, appointment request, billing question) route to the appropriate queue, front desk, nurse triage, prescribing clinician, or billing team, without the patient's message sitting in a generic inbox until someone manually forwards it. Response time SLAs configured per message category: clinical questions have a 4-business-hour response target; administrative questions have a 24-hour target. SLA compliance tracked and visible in the care team dashboard. Message threading maintains conversation context across multiple exchanges so neither party needs to repeat context from prior messages. Read receipts: the patient sees when their message was read and by which role (without disclosing the staff member's name if your privacy policy doesn't permit it). Push notification and email notification to the patient when a response is received. Message volume analytics for practice administrators: inbound message volume by category, response time performance, and categories where volume is high enough to warrant a self-service FAQ or protocol update.

Chronic disease and care plan management

Patient-facing care plan tools built for the specific chronic conditions you manage, diabetes, hypertension, cardiac rehab, mental health, and others. Goal tracking with progress visualisation, medication adherence reminders with confirmation logging, symptom and vitals logging on a schedule or on demand, and educational content matched to the patient's care plan stage. All patient-reported data flows into a structured format the care team sees in the EMR, not as a separate portal the clinician has to check separately.

Billing and payments

Patient billing statements accessible through the portal, with itemised charges presented in plain language. Online payment via credit card, ACH, and HSA/FSA cards. Payment plan setup for large balances with automated installment collection. Explanation of benefits and insurance claim status. Practices that deploy patient-facing billing through a portal consistently report reduced billing phone call volume and improved collection rates, patients who understand what they owe and have an easy way to pay it do so faster.

Mobile patient apps

iOS and Android apps that bring the full portal experience to mobile with a patient-first design. Push notifications for appointment reminders, new test results, and unread messages from the care team. Biometric login (Face ID, fingerprint) that meets HIPAA authentication requirements without password friction. Offline access to key health information like medication lists, care plans, and past documents, available even without a network connection. Designed for the specific patient demographic your practice serves, not a generic healthcare app template.

What do you need patients to actually do in your portal?

Tell us the care setting, the patient demographic, and the EMR. We'll design the portal and give you a fixed cost.

Frequently asked questions

A well-built patient portal typically includes appointment booking and rescheduling, test result access with clinician annotations, secure messaging between patients and care teams, medication and prescription management, care plan and education materials, billing and payment, and pre-visit intake forms. The specific feature set depends on your care setting, what a primary care portal needs differs significantly from what a specialist clinic, a mental health provider, or a chronic disease management platform needs.

EMR integration is the most technically complex part of patient portal development. The approach depends on what your EMR exposes: FHIR R4 APIs (available in modern Epic and Cerner implementations) allow real-time bidirectional data exchange; older HL7 interfaces support data exchange with more latency; flat-file exchange is the fallback for systems without modern APIs. We scope the EMR integration during discovery because it significantly affects timeline and cost.

For patient portals specifically, HIPAA-aware development means end-to-end encryption for all PHI in transit and at rest, multi-factor authentication and session management that meets healthcare security standards, role-based access controls with audit logging of all PHI access, secure messaging infrastructure with encryption at rest, and documented data flows for your compliance review. We design these controls into the architecture from the start, they're not features we add at the end.

A focused patient portal with core features, appointment booking, results, secure messaging, and EMR integration, typically takes 12--18 weeks. A full patient engagement platform with mobile apps, chronic disease management tools, and telehealth integration takes 20--32 weeks. EMR integration complexity is the most significant variable in the timeline.

A focused patient portal with core features and one EMR integration typically runs $40,000--$90,000. A full patient engagement platform with mobile apps and multiple integrations typically runs $100,000--$250,000+. Cost is driven primarily by EMR integration complexity and the scope of the patient-facing feature set. We scope every project before pricing it.

Yes. We've built healthcare platforms for digital health startups and established healthcare operators. For startups, we typically start with a focused MVP covering the core patient journey, onboarding, appointment booking, and the primary clinical interaction, and build from there. We design the architecture to be compliant from day one, not compliant-enough for now and retrofitted later.

Work with us

Tell us what you need. We'll tell you what it would take.

We scope Patient Portal Development in 30 minutes. You walk away with a clear cost, timeline, and approach. No commitment required.

  • Scope and cost agreed before work starts. No surprises. No obligation.
  • Working prototype within 3 weeks of kickoff.
  • Pay by milestone. You see progress before each invoice.
  • 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
  • All conversations are NDA-protected.