What’s Included
Enable patients to quickly book and complete secure virtual consultations with the clinic’s providers.
Key Features
- Patient account creation, intake forms, and short-window appointment booking.
- Admin-managed provider accounts, availability, scheduling, and video visits.
- Secure patient-provider messaging and direct card payment collection.
Platforms
- English-only responsive web application for US users.
Who It’s For
- Patients seeking virtual care.
- Providers delivering virtual care for the clinic.
- Platform administrators.
Out of Scope for This MVP
- US market with HIPAA-aligned healthcare data safeguards.
- Provider credential verification happens outside the product before admin account creation.
- Prescription fulfillment and insurance claims processing are excluded.
- Consultations use scheduled on-demand style booking windows.
- Simple defaults will be used for non-essential functionality.
Full Cost Breakdown
Every line item below is a real feature from the PRD, priced in hours and USD at our AI-accelerated delivery rate. Totals are rounded to the nearest $10.
| Feature | Category | Hours | Cost |
|---|---|---|---|
| The system shall allow visitors to create patient accounts using required identity, contact, and authentication information. | Account Registration | 5 | $280 |
| The system shall authenticate registered patients and provide authorized access to patient functionality. | Authentication | 5 | $280 |
| The system shall allow logged-in patients to complete, save, and submit digital intake forms before a consultation. | Patient Intake | 9 | $500 |
| The system shall display available short-window consultation times based on provider availability and clinic scheduling rules. | Scheduling | 7 | $390 |
| The system shall allow logged-in patients to select and book an available consultation time. | Appointment Booking | 9 | $500 |
| The system shall record booked consultation details and show appointment status to the patient and authorized clinic personnel. | Appointment Management | 6 | $330 |
| The system shall allow patients to pay for a consultation by card during the booking process. | Payments | 10 | $550 |
| The system shall associate payment status with the consultation booking and display success or failure outcomes to the patient. | Payment Confirmation | 6 | $330 |
| The system shall allow a logged-in patient to securely join the video visit for a scheduled consultation. | Video Consultation | 11 | $610 |
| The system shall allow patients and associated providers to exchange private, secure care-related messages. | Secure Messaging | 14 | $770 |
| The system shall allow patients to view and update their account information. | Patient Profile | 4 | $220 |
| The system shall allow patients to request deletion of their application account. | Account Privacy | 7 | $390 |
| The system shall allow authorized platform administrators to create, update, activate, deactivate, and manage provider accounts. | Provider Administration | 10 | $550 |
| The system shall allow authorized platform administrators to manage provider availability and consultation schedules. | Provider Scheduling Administration | 11 | $610 |
| The system shall allow authorized platform administrators to view and oversee patient bookings and associated video visits. | Administrative Oversight | 8 | $440 |
| The system shall enforce role-based access for patients, providers, and platform administrators. | Authorization | 8 | $440 |
| Delivery Overhead | |||
| Planning | 34 | $1,870 | |
| Project Management | 27 | $1,490 | |
| Testing | 16 | $880 | |
| DevOps | 14 | $770 | |
| Design & Frontend Build | 40 | $2,200 | |
| AI Tokens | 0 | $430 | |
| Security | 16 | $880 | |
| Risk (10% Contingency) | 29 | $1,600 | |
| Total | 306 | $17,300 | |
Estimate Assumptions
- Estimates cover base feature development only; NFR implementation, shared QA overhead, project management, and formal compliance work are excluded.
- Supabase Auth, PostgreSQL, REST APIs, Vercel, and Stripe are available and used as the stated baseline technologies.
- A third-party video provider supplies core meeting infrastructure and an embeddable or launchable patient experience.
- MVP scheduling uses simple availability rules for one clinic without complex recurring exceptions, time zones, or multi-tenant behavior.
- Intake forms use a defined MVP schema; a configurable form-builder, clinical decision support, and EHR integration are excluded.
- Messaging is asynchronous text messaging without attachments, notifications, presence, typing indicators, or advanced search.
- Account deletion follows configured retention rules and may anonymize or deactivate retained healthcare records rather than physically delete them.
- Provider credential verification, payment settlement, refunds, disputes, and insurance processing occur outside the estimated baseline.
Risks That Could Change This
- HIPAA-aligned implementation may require additional controls, vendor reviews, audit evidence, and remediation beyond feature estimates.
- Video vendor capabilities, healthcare compliance posture, SDK complexity, and meeting access model may materially change the estimate.
- Payment webhook behavior and booking/payment failure recovery require careful idempotency testing to prevent duplicate or inconsistent transactions.
- Retention obligations may prevent straightforward account deletion and require legal and clinical policy decisions.
- Scheduling edge cases such as time zones, concurrent booking, exceptions, and provider leave could expand scope.
User Stories
The full set of user stories behind this estimate, grouped by the person using the app.
As a visitor, I want to create a patient account so that I can access virtual care services.
English-only responsive web application for US patients. Account creation uses standard identity and contact information.
As a logged-in patient, I want to complete digital intake forms so that the provider has relevant information before my consultation.
Intake information is treated as sensitive healthcare data and protected with HIPAA-aligned safeguards.
As a logged-in patient, I want to view available short-window consultation times so that I can choose a convenient appointment.
Appointments are scheduled with the clinic's providers. Simple availability rules are assumed for the MVP.
As a logged-in patient, I want to book a virtual consultation so that I can receive care from the clinic remotely.
The platform serves one clinic or provider organization rather than a provider marketplace.
As a logged-in patient, I want to pay for my consultation by card so that I can complete my booking directly.
Patients pay directly by card. Insurance claims processing is out of scope.
As a logged-in patient, I want to join my scheduled video visit securely so that I can meet with my provider remotely.
Video visits are scheduled and available only for the patient's booked consultation.
As a logged-in patient, I want to exchange secure messages with my provider so that I can communicate about my care privately.
Messaging is limited to patients and providers associated with the clinic. Messages are protected as healthcare data.
As a logged-in patient, I want to manage my account information so that my profile remains accurate.
Profile management uses simple defaults for non-essential functionality.
As a logged-in patient, I want to delete my account in the application so that I can control my personal information.
Account deletion follows standard privacy controls and applicable healthcare data retention obligations.
As a platform administrator, I want to manage provider accounts so that approved clinic providers can deliver virtual care.
Provider credential verification occurs outside the product before an administrator creates the account.
As a platform administrator, I want to manage provider availability and consultation schedules so that patients can book current appointment times.
Scheduling supports short-window, scheduled on-demand consultation periods.
As a platform administrator, I want to oversee patient bookings and video visits so that the clinic can coordinate virtual care delivery.
Administrative access is limited to authorized clinic personnel and protected with HIPAA-aligned safeguards.
Requirements
Functional and non-functional requirements the estimate above is priced against.
The system shall allow visitors to create patient accounts using required identity, contact, and authentication information.
English-only responsive web application for US patients.
The system shall authenticate registered patients and provide authorized access to patient functionality.
Authentication method and recovery workflow are not otherwise specified.
The system shall allow logged-in patients to complete, save, and submit digital intake forms before a consultation.
Submitted intake data shall be available to the associated provider.
The system shall display available short-window consultation times based on provider availability and clinic scheduling rules.
MVP uses simple availability rules.
The system shall allow logged-in patients to select and book an available consultation time.
The platform supports one clinic or provider organization.
The system shall record booked consultation details and show appointment status to the patient and authorized clinic personnel.
Rescheduling and cancellation workflows are not explicitly defined.
The system shall allow patients to pay for a consultation by card during the booking process.
Insurance claims processing is out of scope; payment gateway selection is unspecified.
The system shall associate payment status with the consultation booking and display success or failure outcomes to the patient.
Refunds, disputes, and payment reconciliation are not explicitly defined.
The system shall allow a logged-in patient to securely join the video visit for a scheduled consultation.
Access shall be restricted to the patient and associated provider for that appointment.
The system shall allow patients and associated providers to exchange private, secure care-related messages.
Messaging is limited to users associated with the clinic.
The system shall allow patients to view and update their account information.
Simple defaults apply to non-essential profile functionality.
The system shall allow patients to request deletion of their application account.
Deletion must respect applicable healthcare data retention obligations.
The system shall allow authorized platform administrators to create, update, activate, deactivate, and manage provider accounts.
Provider credential verification occurs outside the product.
The system shall allow authorized platform administrators to manage provider availability and consultation schedules.
Scheduling supports short-window, scheduled on-demand consultation periods.
The system shall allow authorized platform administrators to view and oversee patient bookings and associated video visits.
Administrative access is limited to authorized clinic personnel.
The system shall enforce role-based access for patients, providers, and platform administrators.
Users shall only access records and functions permitted for their role and clinic association.
The system shall protect authentication credentials, patient records, intake data, messages, appointment data, and payment-related information from unauthorized access.
Security controls shall be HIPAA-aligned.
The system shall support privacy controls and data handling practices appropriate for sensitive healthcare information and applicable US healthcare obligations.
Formal legal and compliance validation is outside product implementation.
The system shall apply least-privilege access controls and prevent patients, providers, and administrators from accessing unauthorized healthcare records.
Authorization decisions shall be enforced server-side.
Sensitive data shall be encrypted in transit and at rest using industry-standard cryptographic controls.
Key management and exact algorithms are implementation decisions.
The system shall target API response times below 200 milliseconds for normal requests under expected MVP load.
The source rules specify an API response target of less than 200ms.
The system shall use a managed database architecture capable of scaling with patient, provider, appointment, message, and intake data growth.
A managed database such as Supabase is assumed based on the requirements rules.
The system shall preserve booking, payment status, intake submissions, and messages during transient service failures and prevent duplicate transactions.
Specific uptime and recovery targets are not specified.
The system shall provide application performance monitoring, error logging, and operational diagnostics for production support.
Firebase Performance Monitoring is assumed based on the requirements rules.
The responsive web application shall provide clear, consistent workflows for account creation, intake, scheduling, payment, video access, messaging, and profile management.
Formal accessibility conformance level is not specified.
The system shall support current mainstream desktop and mobile web browsers used by US patients and clinic personnel.
Exact browser versions and device matrix require confirmation during technical design.
The system shall record auditable events for authentication, access to sensitive records, profile changes, appointment changes, payments, messages, and administrative actions.
Retention duration and audit export requirements are not specified.
The system shall retain, archive, or delete healthcare and account data according to configured retention rules and applicable obligations.
Retention schedules and legal hold requirements are not specified.
Requirements Assumptions
- The initial release is an English-only responsive web application for patients and clinic personnel in the United States.
- The platform serves one clinic or provider organization; multi-tenant provider marketplace behavior is out of scope.
- Provider credential verification is performed outside the product before provider accounts are created.
- Patients pay directly by card; insurance claims processing is out of scope.
- A third-party payment gateway may be used, subject to healthcare, security, and applicable payment compliance requirements.
- A third-party or managed video capability may be integrated; vendor selection and recording requirements are not specified.
- No external integrations are included unless explicitly identified; notifications, EHR, identity, and calendar integrations are out of scope for this baseline.
- MVP scheduling uses simple provider availability rules and short-window consultation periods.
- Account deletion must be implemented consistently with healthcare data retention obligations and configured retention policies.
- Exact uptime, recovery objectives, accessibility conformance, browser support matrix, and data retention periods require later definition.
- The application will use managed infrastructure, with Supabase-like managed database services and Firebase Performance Monitoring assumed for estimation.
Technical Specification
The reference architecture and stack this estimate is built on.
Build an English-only responsive web application for patients and clinic personnel using Next.js, React, TypeScript, Shadcn UI, and Tailwind CSS.
Separate patient and administrative experiences may share the same web application and design system.
Use Supabase Auth with JWT-based sessions for patient, provider, and platform administrator authentication, including secure session handling and account recovery.
SSO, social login, and external identity integrations are out of scope for the baseline.
Implement server-enforced role-based access control for patients, providers, and platform administrators, with clinic-association checks for healthcare records and care interactions.
Apply least-privilege permissions across intake, appointments, video visits, messaging, payments, and administration.
Implement a modular backend using REST APIs over HTTPS with TLS 1.2 or higher, using optional Supabase Edge Functions for controlled server-side workflows.
API services shall centralize authorization, booking consistency, payment state handling, and sensitive-data operations.
Use a Supabase-managed PostgreSQL database for users, roles, clinic associations, providers, availability, appointments, intake submissions, messages, payment status, and audit events.
Database schema and policies shall support healthcare record isolation, transactional booking, and managed growth.
Provide short-window availability management, appointment booking, payment-state association, and restricted access to scheduled video consultations.
MVP scheduling uses simple provider availability rules for one clinic or provider organization.
Integrate Stripe for card payments using tokenization and provider-hosted payment controls where appropriate; keep payment processing outside application storage.
Insurance claims, refunds, disputes, and reconciliation workflows require separate scope definition.
Implement private patient-provider messaging and digital intake workflows with encrypted transport, protected storage, access controls, and auditable access to sensitive healthcare data.
Video vendor selection, recording, notifications, and EHR integrations are not specified for the baseline.
Provide a responsive administrative panel for authorized clinic personnel to manage provider accounts, availability, schedules, patient bookings, and associated video visits.
Provider credential verification occurs outside the product before account creation.
Host the web application and administrative panel on Vercel, use Supabase-managed backend services, and maintain separate development, staging, and production environments.
US healthcare data residency and the final hosting-region configuration require confirmation during implementation planning.
Use GitHub Actions for automated validation and deployment pipelines, with unit, integration, and end-to-end testing for authentication, authorization, scheduling, payments, intake, messaging, and administration.
Production deployments should require successful automated checks and controlled environment promotion.
Apply HTTPS, JWT protection, encryption in transit and at rest, secure secret management, tokenized payment handling, least privilege, audit logging, and HIPAA-aligned safeguards.
Formal legal, compliance, penetration-testing, and business-associate assessments are outside product implementation.
Provide application performance monitoring, structured error logging, operational diagnostics, and alerts for API failures, authentication issues, booking errors, payment failures, and service degradation.
Firebase Performance Monitoring is assumed for application performance visibility.
Design transactional workflows to prevent duplicate bookings and payments, preserve intake, message, booking, and payment-state data during transient failures, and support configured retention policies.
Specific uptime, recovery objectives, retention periods, and legal-hold requirements remain undefined.
Technical Assumptions
- The initial release is an English-only responsive web application for patients and clinic personnel in the United States.
- The platform serves one clinic or provider organization; a multi-tenant provider marketplace is out of scope.
- Supabase Auth, Supabase-managed PostgreSQL, REST APIs, and optional Edge Functions are the baseline backend technologies.
- Next.js, React, TypeScript, Shadcn UI, and Tailwind CSS are the baseline web technologies.
- Vercel hosts the web and administrative applications; GitHub Actions manages CI/CD workflows.
- Stripe is the assumed external card-payment provider, subject to final security, healthcare, and payment-compliance validation.
- A third-party video capability may be integrated; vendor selection, recording, and retention requirements are not specified.
- No external EHR, calendar, identity, notification, email, or SMS integrations are included unless added later.
- Provider credential verification is performed outside the product before provider accounts are created.
- Patients pay directly by card; insurance claims processing is out of scope.
- MVP scheduling uses simple provider availability rules and short-window consultation periods.
- US data residency, exact hosting regions, uptime targets, recovery objectives, accessibility conformance, browser matrix, and retention schedules require later definition.
Telemedicine App Cost FAQs
How much does it cost to build an app like a telemedicine app?
About $17,310 for this MVP, based on 306 hours of AI-accelerated development. A lean telehealth platform for one clinic or provider organization serving its own patients. Supports short-window scheduled virtual consultations, digital intake, secure messaging, and direct card payments. It's a custom build - you own the code and the IP, not a licensed template.
What's included in this telehealth platform cost estimate?
Patient account creation, intake forms, and short-window appointment booking., Admin-managed provider accounts, availability, scheduling, and video visits., Secure patient-provider messaging and direct card payment collection.. Consultations use scheduled on-demand style booking windows.
Does this estimate include hosting or ongoing maintenance?
No. This is the one-time cost to build the MVP. Hosting scales with your user count - see our hosting and maintenance pricing for typical ranges, or use the app cost calculator to estimate hosting and retainer costs by year.
Can I get a quote for my specific telehealth platform idea?
Yes. This estimate assumes the scope above; a different feature set, market, or integration list changes the price. Use ChatStack for a free, structured estimate tailored to your exact requirements.
Telemedicine and Teladoc are registered trademarks of their respective owners. App Developer Studio is not affiliated with, endorsed by, or sponsored by Telemedicine and Teladoc. This estimate describes the cost of building a custom, independently-owned app with a comparable feature set, not a clone, license, or use of their brand or code.
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