Patient Portal Development: Complete Guide to Building Secure Healthcare Platforms

Healthcare teams spend countless hours handling routine patient requests like appointment scheduling, lab results, prescription refills, and follow-ups. These manual processes increase administrative workload, slow response times, and frustrate patients who expect instant digital access to their healthcare information.

Demand for better digital patient experiences is accelerating. According to Research and Markets, the patient portal market grew from USD 6.45 billion in 2025 to USD 8.02 billion in 2026 and is projected to reach USD 29.53 billion by 2032, growing at a 24.26% CAGR. This rapid growth reflects how healthcare organizations are prioritizing modern, user-friendly portals to improve patient engagement and streamline care delivery.

 At the same time, the gap between portal availability and meaningful usage is big. The problem is most patient portals are poorly designed, difficult to navigate, and built as compliance checkboxes rather than tools that genuinely improve healthcare delivery.

As a leading patient portal development company, we have built web solutions that handle sensitive data, role-based access, and multi-system integrations. With 200+ successful projects like MedCall, we understand what separates effective healthcare portal development from expensive digital dead ends.

Here is what this guide covers:

• What patient portal development means and why healthcare organizations need it
• Types of patient portals and which model fits your organization
• Essential features every patient portal must include
• Technology stack recommendations for secure healthcare platforms
• Step-by-step patient portal development process
• Realistic cost breakdown and timeline expectations
• Common challenges and how to overcome them
• How to measure patient portal success after launch

Let us start with understanding what a patient portal development is and how it functions within the broader healthcare ecosystem.

What is Patient Portal Development?

Patient portal development is the process of designing, building, and deploying these platforms—either as standalone applications or as modules integrated with existing Electronic Health Record (EHR) and practice management systems.

Unlike generic web application development, patient portal development carries additional complexity. Every design decision, data flow, and integration must comply with healthcare regulations such as the Health Insurance Portability and Accountability Act (HIPAA), the HITECH Act, and increasingly, interoperability mandates from the 21st Century Cures Act. 

The platform must protect Protected Health Information (PHI) at every layer while remaining accessible enough that patients actually use it. Next, let’s understand the types of patient portals for healthcare organization.

4 Types of Patient Portals You Can Build for Your Healthcare Organization

At Monocubed, we’ve seen firsthand that patient portals are not one-size-fits-all. As a healthcare web development company, we understand that the right portal depends on your organization’s scale, clinical focus, patient demographics, and interoperability requirements.

Whether you’re a single-specialty clinic or a multi-location healthcare network, identifying the right type of patient portal early helps align functionality, third-party integrations, regulatory compliance, and long-term scalability. Below are the four most common patient portal types our healthcare website design company designs and builds for modern healthcare providers.

1. Standalone patient portals

Standalone patient portals operate independently of any specific EHR system. They provide a custom-built interface where patients access health information, schedule appointments, communicate with providers, and manage their accounts.

This model works well for independent practices, specialty clinics, and healthcare startups that want full control over the user experience without being constrained by an EHR vendor’s portal limitations. Standalone portals can integrate with EHR systems through APIs and HL7/FHIR standards, pulling clinical data while maintaining a superior front-end experience.

The primary advantage is flexibility—you define the features, design, and user flows. The tradeoff is that you must build and maintain the integration layer between the portal and clinical systems, which adds development complexity.

2. EHR-integrated patient portals

EHR-integrated portals connect directly to the organization’s Electronic Health Record system, typically as a module or extension of platforms like Epic MyChart, Cerner HealtheLife, or athenahealth. They provide patients real-time access to clinical data including visit summaries, lab results, medications, immunizations, and care plans.

This model suits hospitals and health systems that have already invested heavily in an EHR platform and want tight clinical data integration without building custom infrastructure. The portal inherits clinical workflows from the EHR, ensuring consistency between what providers see and what patients access.

The limitation is vendor dependency. EHR portal modules often offer limited customization, generic user interfaces, and restricted feature sets. Organizations that need differentiated patient experiences frequently build custom front-ends that connect to EHR backends through FHIR APIs.

3. Specialty-specific patient portals

Healthcare specialties have unique workflow requirements that general-purpose portals often handle poorly. A mental health portal needs different features than a dental portal, which differs from an oncology portal.

Examples of specialty-specific requirements include:

• Mental health portals with mood tracking, therapy session notes, crisis resources, and heightened privacy controls
• Dental portals with treatment plan visualization, insurance pre-authorization tracking, and before/after imaging
• Pediatric portals with parent/guardian access controls, growth tracking, immunization schedules, and age-appropriate interfaces
• Oncology portals with treatment timeline tracking, clinical trial matching, symptom logging, and care coordination across multiple specialists

Building for a specific specialty allows deeper feature development and better user experiences, though it narrows the potential market for the platform.

4. Multi-facility and enterprise portals

Large health systems with multiple locations, specialties, and provider networks need portals that unify the patient experience across the entire organization. A patient seeing a cardiologist at one facility and a primary care physician at another should access both records through a single portal.

Multi-facility portals require:

• Unified patient identity across locations and systems
• Consolidated health records from multiple EHR instances
• Location-aware scheduling showing availability across facilities
• Provider directory with cross-referral capabilities
• Centralized billing aggregating charges from all encounters

The technical complexity increases significantly with multi-facility deployments, particularly around data normalization, identity management, and system interoperability.

Each portal type carries different development requirements, timelines, and cost implications. The next section covers the specific features that make patient portals effective regardless of which model you choose.

7 Essential Features of a Modern Patient Portal You Must Include

Feature selection directly impacts whether patients adopt your portal or ignore it. The following features represent the foundation of effective patient portal development, prioritized by their impact on patient engagement and operational efficiency.

1. Appointment scheduling and management

Appointment scheduling is the most-used patient portal feature and often the primary reason patients log in. Effective scheduling goes beyond displaying a calendar.

A comprehensive appointment system includes:

• Real-time availability showing open slots by provider, location, and visit type
• Self-scheduling that lets patients book without calling the office
• Appointment reminders via email, SMS, or push notification to reduce no-shows
• Easy rescheduling and cancellation that automatically opens the slot for other patients
• Waitlist management that notifies patients when earlier appointments become available
• Pre-visit instructions automatically delivered based on appointment type

Healthcare organizations that implement online self-scheduling through patient portals typically see 15-25% reductions in no-show rates and significant decreases in scheduling-related phone calls. That alone often justifies the portal investment.

2. Secure access to health records

Patients need transparent access to their medical information. The 21st Century Cures Act strengthened this requirement by prohibiting information blocking—providers cannot withhold electronic health information from patients.

Health record access should include:

• Lab results with normal range indicators and trending over time
• Visit summaries from recent and historical encounters
• Medication lists with dosage, frequency, and prescribing provider
• Immunization records with due dates for upcoming vaccinations
• Allergy documentation visible across all care interactions
• Care plans outlining treatment goals and next steps
• Imaging reports and diagnostic results

Present clinical data in patient-friendly language where possible. Raw medical terminology can confuse and alarm patients—contextual explanations improve understanding and reduce unnecessary calls to the office.

3. Secure messaging with providers

Secure messaging replaces phone calls and voicemails with documented, asynchronous communication between patients and their care teams. It is one of the highest-value features for both patient satisfaction and provider efficiency.

Effective messaging systems provide:

• HIPAA-compliant message threads organized by topic or encounter
• Message routing to the appropriate team member (nurse, physician, billing)
• Attachment support for sharing photos, documents, or forms
• Read receipts and response time expectations to set patient expectations
• Template responses for common inquiries to speed provider replies
• Escalation pathways when messages require urgent attention

Secure messaging reduces phone volume while creating documented communication records that become part of the patient’s chart. Providers can respond during dedicated messaging blocks rather than interrupting clinical workflows with phone calls.

4. Prescription management and refill requests

Managing medications is a frequent patient need that benefits significantly from portal automation.

Prescription management features include:

• Current medication list with dosage details and prescribing provider
• Refill request submission routed directly to the provider for approval
• Pharmacy selection and preference management
• Medication reminders for adherence support
• Drug interaction alerts when new medications are prescribed
• Prescription history for reference during appointments or emergencies

Automated refill workflows eliminate the phone-call-fax-phone-call cycle that frustrates patients and consumes staff time. Providers review and approve refills electronically, and patients receive notification when prescriptions are ready for pickup or delivery.

5. Online billing and payment processing

Medical billing is a major source of patient frustration. Portals that simplify billing improve both patient satisfaction and revenue cycle performance.

Billing features should include:

• Itemized statements with clear descriptions of charges
• Online payment via credit card, debit card, or bank transfer
• Payment plans for larger balances with automated installment tracking
• Insurance information management to keep coverage details current
• Explanation of Benefits (EOB) integration when available
• Payment history and receipt generation for tax and records purposes

Healthcare organizations that offer online bill pay through patient portals collect payments 30-40% faster than those relying solely on paper statements. The convenience of paying from a phone or computer removes friction that causes balances to age.

6. Telehealth and virtual visit integration

The demand for telehealth surged during the COVID-19 pandemic and has remained elevated. Integrating virtual visits into the patient portal creates a seamless experience where patients can see providers without leaving home.

Telehealth integration requires:

• Video consultation capability with stable, high-quality connections
• Virtual waiting rooms with estimated wait time
• Screen sharing for reviewing test results or educational materials together
• Visit scheduling that distinguishes between in-person and virtual appointment types
• Post-visit summaries automatically generated after virtual encounters
• Device compatibility testing across browsers, operating systems, and mobile devices

Building telehealth into the portal rather than using a separate platform reduces login friction, keeps the experience unified, and ensures visit documentation flows directly into the patient’s record.

7. Patient intake and digital forms

Paper intake forms waste time, introduce errors, and frustrate patients. Digital forms completed before the visit streamline check-in and improve data quality.

Digital form capabilities include:

• Customizable form templates for demographics, medical history, consent, and screening questionnaires
• Pre-visit delivery via email or portal notification days before the appointment
• Auto-population of known information to reduce redundant data entry
• Electronic signatures for consent and authorization documents
• Conditional logic that shows relevant questions based on previous answers
• Direct EHR integration so completed forms populate the patient chart automatically

Practices that implement digital intake report 10-15 minutes saved per patient visit and significantly fewer data entry errors compared to manual transcription from paper forms.

Technology Stack for Patient Portal Development

Choosing the right technology stack for patient portal development requires balancing performance, security, compliance, scalability, and long-term maintainability. Healthcare applications carry stricter requirements than typical web development projects because of the regulatory environment and sensitivity of health data.

1. Frontend technologies

The frontend determines how patients interact with the portal. In healthcare, accessibility and usability are not optional—they directly affect whether patients engage with their health information.

• React.js is the most common choice for patient portal frontends. Its component-based architecture enables building reusable interface elements (appointment cards, lab result displays, message threads) that maintain consistency across the application. React’s ecosystem includes robust accessibility libraries and testing tools that support WCAG 2.1 compliance.
• Angular provides a comprehensive framework well-suited to large-scale enterprise portals. Its built-in dependency injection, TypeScript foundation, and opinionated structure enforce code consistency across large development teams—important for health system portals maintained over many years.
• Vue.js offers a lighter-weight alternative that works well for specialty-specific or smaller-scale portals where rapid development is prioritized.

Regardless of framework choice, the frontend must support responsive design for mobile devices, screen reader compatibility, keyboard navigation, and high-contrast modes for visually impaired users.

2. Backend technologies

The backend handles business logic, data processing, authentication, and integration with clinical systems. Security and auditability are paramount.

• Node.js performs well for patient portals due to its efficient handling of concurrent connections—important when hundreds of patients simultaneously check results, send messages, or schedule appointments. Its JavaScript ecosystem provides middleware for HIPAA compliance logging, encryption, and authentication.
• Python with Django brings built-in security features, a mature ORM for database management, and strong support for healthcare data processing libraries. Django’s admin interface is useful for internal portal management tools.
• PHP with Laravel offers a pragmatic backend option with elegant syntax and a rich ecosystem. Laravel’s built-in encryption, authentication scaffolding, and queue management suit healthcare portal requirements.

All backend implementations must include comprehensive audit logging (who accessed what data, when, from where), encrypted data transmission, and role-based access controls to meet HIPAA technical safeguard requirements.

3. Database and data storage

Patient portals store sensitive health information that requires robust protection and reliable access.

• PostgreSQL is recommended for most patient portal projects. It supports row-level security, encrypted connections, and full-text search—useful for searching medical records and clinical notes. Its ACID compliance ensures data integrity for financial transactions and clinical records.
• MySQL provides a reliable alternative with broad hosting support and strong performance for read-heavy workloads typical of patient portals.
• MongoDB suits document-oriented storage needs, particularly for storing diverse clinical document types, form submissions, and unstructured health data.

All database implementations must include encryption at rest, regular automated backups, point-in-time recovery capability, and access logging to meet HIPAA requirements. Data retention policies should align with state and federal record-keeping mandates.

4. Healthcare interoperability standards

Patient portals must exchange data with EHR systems, labs, pharmacies, and other healthcare applications. Industry standards govern this exchange.

• HL7 FHIR (Fast Healthcare Interoperability Resources) is the modern standard for healthcare data exchange. FHIR uses RESTful API principles and standard data formats (JSON, XML) to enable interoperable connections between systems. The 21st Century Cures Act mandates FHIR-based APIs for patient data access.
• SMART on FHIR extends FHIR with OAuth 2.0-based authentication, enabling secure third-party application access to clinical data. Patient portals can use SMART on FHIR to connect with EHR systems without custom integration for each vendor.
• HL7 v2 remains prevalent in legacy healthcare systems. Many hospitals still rely on HL7 v2 messages for lab results, ADT (admission/discharge/transfer) notifications, and order communications. Supporting both FHIR and HL7 v2 ensures compatibility across modern and legacy systems.

Planning for interoperability early prevents costly integration rework later and positions the portal for evolving regulatory requirements.

Cloud hosting and infrastructure

Healthcare applications require cloud infrastructure that supports HIPAA compliance through Business Associate Agreements (BAAs) and appropriate security controls.

• AWS offers the broadest set of HIPAA-eligible services, including EC2, RDS, S3, and Lambda. AWS provides a shared responsibility model with detailed compliance documentation and healthcare-specific reference architectures.
• Microsoft Azure provides strong healthcare industry support with HIPAA BAAs and additional certifications (HITRUST, SOC 2). Azure’s Active Directory integration benefits organizations already using Microsoft identity infrastructure.
• Google Cloud Platform offers HIPAA-eligible services with competitive pricing and strong data analytics capabilities useful for population health insights.

Choose a cloud provider that offers a BAA covering the specific services you plan to use. Not all services from any web portal development service provider are automatically HIPAA-eligible—verify coverage during architecture planning.

With compliance and infrastructure requirements clearly defined, the next step is translating those technical and regulatory considerations into a structured development plan. Here is a step-by-step process for building a secure and scalable patient portal.

How to Develop a Patient Portal: Step-by-Step Process

Building a patient portal requires a structured approach that accounts for healthcare-specific requirements at every phase. Rushing into development without thorough planning leads to compliance gaps, poor user adoption, and costly rework. Here is how to approach patient portal development methodically.

1. Discovery and requirements gathering

The discovery phase defines what you are building and why. For healthcare portals, this phase must include stakeholders beyond IT—clinicians, administrators, compliance officers, and patient representatives should all provide input.

Key activities include:

• Workflow analysis mapping current patient interactions (scheduling, messaging, billing) and identifying automation opportunities
• Regulatory review cataloging applicable compliance requirements (HIPAA, state privacy laws, Meaningful Use criteria)
• Integration assessment inventorying existing systems (EHR, practice management, lab systems, billing) and their API capabilities
• Patient research understanding the demographics, technical literacy, and preferences of your patient population
• Feature prioritization ranking capabilities by patient value, operational impact, and development complexity

Document requirements thoroughly. Ambiguous requirements in healthcare projects create compliance risks, not just usability problems.

2. UX/UI design with healthcare in mind

Healthcare portal design must balance clinical accuracy with patient accessibility. Medical information display requires careful attention to clarity, context, and health literacy.

Design principles for patient portals include:

• Progressive disclosure that shows summary information first with details available on demand
• Plain language for medical terminology, with clinical terms available for users who prefer them
• Visual hierarchy that highlights actionable items (upcoming appointments, new results, messages)
• Consistent navigation that works across all portal sections
• Accessibility compliance meeting WCAG 2.1 AA standards at minimum
• Mobile-first responsive design ensuring full functionality on smartphones and tablets

Usability testing with actual patients, including elderly users and those with limited technology experience, reveals design problems that internal review misses.

3. Secure development and compliance integration

Security and compliance cannot be added as an afterthought. They must be integrated into every development phase.

HIPAA technical safeguards to implement during development include:

• Access controls with unique user identification and role-based permissions
• Audit controls recording all access to PHI with timestamp, user, and action
• Integrity controls preventing unauthorized alteration of health data
• Transmission security encrypting all data in transit using TLS 1.2 or higher
• Authentication with strong password requirements and multi-factor authentication options

Beyond HIPAA, implement:

• Session management with automatic timeout for inactive sessions
• Data minimization collecting and displaying only necessary information
• Consent management tracking patient authorizations for data access and communication preferences
• Breach notification infrastructure that can identify and report security incidents within required timeframes

4. EHR integration and data synchronization

Connecting the patient portal to clinical systems is typically the most complex technical challenge in healthcare portal development.

Integration approaches include:

• FHIR API connections for modern EHR systems that support RESTful data exchange
• HL7 interface engines (Mirth Connect, Rhapsody) for translating between HL7 v2 messages and portal data structures
• Direct database connections for practice management systems without robust API layers (use with caution due to vendor support implications)
• Middleware platforms that normalize data from multiple source systems into a unified portal data model

Data synchronization considerations:

• Near real-time updates for lab results and appointment changes
• Conflict resolution when data is modified in both the portal and source system
• Data validation ensuring clinical data integrity during transfer
• Error handling with logging and alerting when synchronization fails

Test integrations thoroughly with production-like data volumes. Integration issues discovered after launch disrupt clinical workflows and erode trust in the portal.

5. Testing and quality assurance

Healthcare portal testing must cover functional correctness, security, compliance, performance, and usability.

Testing requirements include:

• Functional testing verifying all features work as specified
• Security testing including penetration testing and vulnerability scanning
• HIPAA compliance testing confirming all technical safeguards function correctly
• Integration testing validating data flows between the portal and connected systems
• Performance testing under realistic concurrent user loads
• Accessibility testing with screen readers and keyboard-only navigation
• Cross-device testing across browsers, operating systems, and mobile devices
• User acceptance testing with clinical staff and patient volunteers

Document all test results for compliance records. HIPAA requires organizations to maintain evidence of security testing and risk assessments.

6. Deployment and go-live

Launching a patient portal requires coordination across IT, clinical operations, marketing, and patient support.

Pre-launch activities include:

• Staff training on portal functionality, patient support procedures, and message response workflows
• Patient communication announcing the portal with clear enrollment instructions
• Support preparation including FAQ documentation and help desk readiness
• Monitoring setup for performance, errors, security events, and usage metrics
• Rollback planning in case critical issues emerge post-launch

Consider phased rollouts—launching to a subset of patients first—to identify issues before broad availability. Monitor adoption metrics closely during the first 30-60 days and address barriers promptly.

Once you understand the development process and required features, the next critical consideration is budgeting. Knowing the typical costs of patient portal development helps set realistic expectations, prioritize features, and plan for both initial build and ongoing maintenance.

How Much Does Patient Portal Development Cost?

On average, developing a patient portal ranges from $25,000 for a basic platform to $250,000+ for enterprise-grade solutions with advanced features, multi-facility support, and complex EHR integrations. Most mid-range portals with essential functionalities typically cost between $50,000 and $100,000, depending on customizations and compliance requirements.

Patient portal development costs vary significantly based on scope, features, compliance requirements, and integration complexity. Understanding these web portal development cost factors helps healthcare organizations budget realistically and avoid surprises during development.

Key factors influencing patient portal development costs:

• Feature complexity: The more advanced the functionality, the higher the investment. Basic portals with scheduling and secure messaging are relatively affordable, while platforms with telehealth, AI-driven health insights, remote patient monitoring, and workflow automation require significantly more development effort.
• Integration requirements: Connecting to a single EHR via a standard FHIR API is straightforward, but linking multiple legacy systems or proprietary databases demands custom interfaces and increases costs.
• Compliance and security: Healthcare regulations add 15–25% to development budgets. HIPAA compliance requires encrypted storage, audit logging, strict access controls, penetration testing, and continuous monitoring.
• Design and UX: Adoption depends on usability. With users ranging from tech-savvy patients to seniors, thorough user research, iterative design, and accessibility testing are critical investments.
• Ongoing maintenance: Expect 15–20% of the initial development cost annually for updates, security patches, compliance, and support.

How to budget effectively

Approach budgeting with a phased development mindset:

• Phase 1 — MVP: Launch with core features such as appointment scheduling, secure messaging, health records access, and billing. Focus on establishing the platform and driving initial patient adoption.
• Phase 2 — Enhancement: Introduce telehealth capabilities, digital intake forms, and advanced reporting. Features are added based on actual usage data and patient feedback to ensure relevance and adoption.
• Phase 3 — Optimization: Implement AI-powered health insights, mobile applications, and expanded integrations with other systems. These enhancements are guided by proven demand and usage patterns, maximizing value and engagement.

This approach reduces upfront risk, generates early ROI, and ensures investment aligns with actual patient needs rather than assumptions.

At Monocubed, we provide detailed project estimates after understanding your specific requirements. Our Web Cost Calculator offers preliminary estimates, and free consultations help refine scope and budget expectations for patient portal development projects.

4 Common Challenges in Patient Portal Development And ( How to Overcome Them)

Patient portal development carries challenges beyond typical healthcare web application development. Anticipating these obstacles allows healthcare organizations to address them proactively rather than reactively.

1. HIPAA compliance and data security

HIPAA compliance is non-negotiable and permeates every technical decision. The challenge lies not in understanding the requirements—they are well-documented—but in implementing them consistently across every component of the portal.

Common compliance pitfalls include:

• Incomplete audit trails that miss certain data access patterns
• Insufficient encryption on some data paths (especially temporary storage and logs)
• Weak authentication that satisfies minimum requirements but doesn’t protect against modern threats
• Third-party service gaps where vendors lack BAAs or adequate security practices
• Insufficient breach response planning and testing

Mitigate these risks by involving compliance and security expertise from the project’s start, conducting regular security assessments during development, and maintaining a living risk assessment document.

2. EHR integration complexity

EHR systems vary widely in their API maturity, documentation quality, and vendor cooperation. Integration challenges include:

• Vendor-specific APIs that don’t follow standards consistently
• Data format inconsistencies across different EHR versions and configurations
• Rate limiting and performance constraints on EHR API endpoints
• Sandbox vs. production differences where test environments don’t accurately represent production behavior
• Certification requirements imposed by EHR vendors for third-party applications

Build integration layers with abstraction that isolates EHR-specific logic from core portal functionality. This approach simplifies future EHR migrations or multi-EHR support.

3. Patient adoption and engagement

Building the portal is only half the challenge. Getting patients to use it consistently requires intentional adoption strategies.

Barriers to adoption include:

• Technology discomfort among elderly patients or those with limited digital literacy
• Registration friction from complex enrollment processes
• Perceived lack of value when the portal offers limited functionality
• Trust concerns about online access to sensitive health information
• Lack of awareness that the portal exists

Address adoption through staff-assisted enrollment during office visits, simple registration processes (ideally completed in under two minutes), immediate value demonstration (showing patients their records during enrollment), multilingual support for diverse patient populations, and ongoing communication about portal capabilities.

4. Accessibility and health literacy

Patient portals must serve users across a wide range of abilities and health literacy levels. The National Assessment of Adult Literacy found that only 12% of U.S. adults have proficient health literacy—meaning most patients struggle to understand clinical information presented in medical terminology.

Design for accessibility by:

• Presenting information at a 6th-8th grade reading level where possible
• Providing glossary explanations for medical terms
• Using visual indicators (color coding, icons) alongside text
• Supporting screen readers and assistive technologies
• Offering multiple languages based on patient population demographics
• Testing with actual patients representing diverse abilities and backgrounds

Accessibility investment pays dividends in adoption rates and patient satisfaction.

Build a Patient Portal That Transforms Healthcare Delivery

Developing a patient portal is more than a technology project—it’s a strategic investment in operational efficiency, patient engagement, and care continuity. By focusing on clear requirements, scalable architecture, secure integrations, and user-centric design, healthcare organizations can deliver a portal that patients actually use.

At Monocubed, we bring 6+ years of experience and 200+ custom web portal projects across healthcare and enterprise sectors. Our structured approach—from discovery to post-launch optimization—ensures portals meet compliance standards, integrate seamlessly with EHRs, and drive measurable outcomes.

Whether you need a core portal for scheduling and records or a fully featured platform with telehealth and AI insights, partnering with the right development team makes all the difference.

Take the next step: Get an instant cost estimate with our Web Cost Calculator or schedule a free consultation with Monocubed to plan your patient portal today.