PATIENT PORTAL DEVELOPMENT COMPANY
Build a patient portal that helps people complete healthcare tasks
We develop secure, HIPAA-ready patient portals for scheduling, digital intake, messaging, telehealth, medical records, billing, care plans, and EHR-connected workflows—without forcing patients or staff through disconnected systems.
Good morning, Sarah
Your health, in one place
Upcoming visit
Cardiology follow-up
New result
Blood panel available
Care plan
3 tasks this week
Balance
$84 due
Video consultation
Dr. Maya Patel · 10:30 AM
Secure message
Your care team replied
Web + Mobile
One connected experience
FHIR / HL7
Standards-based integration
HIPAA-Ready
Security-led architecture
Workflow-First
Built around your care model
THE DIGITAL FRONT DOOR
Patients do not want another portal. They want fewer obstacles.
A patient portal succeeds when people can complete routine healthcare tasks without calling the clinic, repeating information, waiting for basic updates, or switching between disconnected applications.
Reduce avoidable calls
Let patients manage appointments, forms, refill requests, results, payments, and routine questions through self-service workflows.
Connect the care ecosystem
Bring together the EHR, scheduling, telehealth, payments, RPM, messaging, and patient education in one experience.
Improve portal adoption
Design around real patient tasks, mobile use, accessibility, caregiver needs, and clear next steps instead of a generic dashboard.
| Traditional Patient Portal | Modern Patient Experience |
|---|---|
| View records | Complete healthcare tasks |
| Static website | Interactive care platform |
| Standalone login | Connected healthcare ecosystem |
| Limited messaging | Continuous communication and follow-up |
| Basic appointments | End-to-end access, preparation, and care journeys |
PATIENT JOURNEY
Every patient interaction should lead naturally to the next step
We map the complete journey before defining modules, screens, APIs, and integrations.
SOLUTIONS WE BUILD
Custom patient portals for different healthcare delivery models
The right portal architecture depends on who delivers care, which system owns each workflow, and how patients access services.
Hospital and health system portals
Unified access to appointments, records, forms, messaging, billing, and care across facilities.
Clinic and physician group portals
Scheduling, digital intake, results, prescriptions, communication, and practice-specific workflows.
Telehealth patient portals
Booking, identity verification, consent, pre-visit forms, video consultation, payment, and follow-up.
Remote patient monitoring portals
Device onboarding, vitals, adherence, care-team messaging, alerts, tasks, and longitudinal data.
Behavioral health portals
Private scheduling, assessments, teletherapy, secure communication, care plans, and sensitive-data controls.
Home health and chronic care portals
Visit schedules, caregiver access, medication support, care-plan tasks, updates, and field-team coordination.
CAPABILITIES BY WORKFLOW
Organize the portal around what patients and staff need to do
We group capabilities into complete workflows rather than building a disconnected checklist of features.
Access and onboarding
Registration, identity verification, profile, insurance, consent, caregiver access, and digital intake.
Appointments and care access
Search, book, reschedule, cancel, waitlist, reminders, referrals, pre-visit preparation, and virtual visits.
Communication and support
Secure messaging, care-team inboxes, notifications, FAQs, escalation rules, and multilingual communication.
Clinical information
Visit summaries, lab results, medications, allergies, immunizations, care plans, and documents.
Billing and payments
Statements, estimates, insurance details, copays, payment plans, receipts, and gateway integration.
Ongoing engagement
Tasks, reminders, education, questionnaires, goals, RPM data, follow-up, and caregiver collaboration.
EHR AND ECOSYSTEM INTEGRATION
A patient portal is only useful when it connects to the systems behind care
Peerbits designs the integration layer around the actual workflow: what must be read, what can be written back, which system is the source of truth, how identity is matched, and what happens when synchronization fails.
Epic
FHIR, SMART on FHIR, patient context, records, scheduling, and implementation-specific workflows.
Oracle Health
Supported FHIR and API workflows mapped to the customer environment and portal use case.
athenahealth
Patient, appointment, provider, clinical, document, and practice workflows using supported APIs.
eClinicalWorks
Integration based on supported resources, authorization, mapping, and implementation requirements.
FHIR R4/R5
Resource mapping, validation, profiles, terminology, search, bundles, pagination, and errors.
HL7 and C-CDA
ADT, results, documents, orders, interface workflows, and integration-engine support.
Payments and billing
Statements, copays, estimates, gateways, receipts, plans, and RCM-related workflows.
Telehealth and RPM
Video platforms, wearables, device data, questionnaires, alerts, and care-plan workflows.
SECURITY AND COMPLIANCE
Protect patient access without making the portal painful to use
Security affects identity, permissions, sessions, APIs, logs, third-party services, hosting, support workflows, and the way sensitive information appears throughout the product.
Identity and MFA
Secure registration, verification, recovery, session management, and optional enterprise SSO.
Role-based access
Patient, proxy, caregiver, clinician, support, and administrator permissions.
Encryption and secrets
Protection in transit and at rest with managed key, token, and secret practices.
Auditability
Logins, record access, exports, changes, messages, admin actions, and integration events.
Consent and proxy access
Consent capture, delegated access, revocation, and policy-aware data sharing.
Secure APIs
OAuth, token lifecycle, validation, rate controls, monitoring, and least-privilege scopes.
Availability and recovery
Monitoring, backups, recovery planning, incident handling, and resilient deployment.
Accessibility
Keyboard support, screen-reader semantics, readable layouts, contrast, and accessible forms.
RESPONSIBLE AI
Use AI where it removes real patient friction
AI can improve navigation, education, communication, and support workflows without presenting itself as a substitute for clinical judgment.
Appointment assistant
Help patients find, book, reschedule, and prepare using approved scheduling rules.
Patient education assistant
Surface approved content based on condition, procedure, care stage, or discharge workflow.
Multilingual support
Translate routine instructions, reminders, navigation, and non-clinical support content.
Document search
Help patients locate forms, visit instructions, benefit information, and portal guidance.
Care reminders
Automate follow-up tasks, questionnaires, adherence prompts, and care-plan reminders.
Support routing
Direct requests to scheduling, billing, clinical, technical, or urgent-support workflows.
MODERNIZATION
Modernize an existing patient portal without disrupting live care workflows
Many organizations already have a portal but struggle with low adoption, outdated UX, legacy frameworks, limited mobile support, security gaps, and brittle integrations.
Portal assessment
Review architecture, source code, integrations, UX, security, performance, deployment, and support issues.
Progressive modernization
Replace high-risk or high-friction modules in phases while preserving critical integrations and user continuity.
Controlled rebuild
Create a new experience and architecture when incremental changes cannot solve the underlying constraints.
DELIVERY PROCESS
From patient workflow discovery to phased rollout
We validate workflows and integration assumptions before committing the full platform roadmap.
Discovery
Users, workflows, systems, constraints, compliance scope, and priorities.
UX Design
Journeys, information architecture, wireframes, prototypes, and accessibility.
Architecture
Identity, data ownership, integration, cloud, security, APIs, and rollout.
Development
Incremental modules, tested integrations, admin tooling, and demonstrations.
Validation
Functional, security, integration, accessibility, performance, and UAT.
Launch and Scale
Phased deployment, monitoring, support, analytics, and roadmap delivery.
WHY PEERBITS
A patient portal team that understands the systems behind the interface
Delivery depends on healthcare product engineering, interoperability, security, clinical workflow, legacy systems, and operational rollout—not just frontend development.
Healthcare product engineering
Patient applications, provider workflows, RPM, telehealth, care management, analytics, and healthcare SaaS.
EHR and FHIR expertise
Portal workflows mapped to supported vendor capabilities instead of treating every EHR as the same API.
Modernization experience
Progressive improvement or controlled rebuild of existing portals and integration layers.
Workflow-first UX
Design around what patients and staff need to complete, not a generic dashboard template.
Dedicated product teams
Focused teams for discovery, development, integration, modernization, and long-term product delivery.
Architecture beyond launch
Identity, configuration, support tools, monitoring, integration failures, and multi-customer rollout planned early.
PLAN YOUR PORTAL
Build a patient portal that reduces work for patients and staff
Tell us which journeys you need to support, which systems must connect, and what is failing today. We will help turn that into a phased product and integration roadmap.
Frequently asked questions
It is the design and development of a patient-facing web or mobile platform around your care model, workflows, EHR environment, security requirements, branding, and roadmap rather than adapting the organization to a fixed portal product.
Yes. The integration approach depends on the workflow and customer environment. We evaluate supported FHIR, SMART on FHIR, HL7, vendor API, and integration-engine capabilities before defining the architecture.
Yes. We can assess the codebase, architecture, integrations, UX, security, performance, and deployment process, then recommend targeted fixes, staged refactoring, module replacement, or a controlled rebuild.
We translate the compliance scope into architecture and delivery controls such as identity, access control, encryption, audit logging, session handling, secure APIs, monitoring, recovery, infrastructure controls, and vendor governance.
Yes. We can create responsive web portals, native or cross-platform mobile apps, and shared services for identity, records, communication, payments, and integrations.
The timeline depends on workflows, integrations, write-back requirements, identity and proxy access, data migration, mobile scope, compliance controls, and rollout complexity. We normally recommend phased delivery.
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