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How much does it cost to build an app like Teladoc?

A telemedicine MVP like Teladoc typically costs $55k–95k and takes 18–26 weeks with an experienced offshore team, covering a patient app, a clinician web portal, intake and triage, scheduling, secure video and chat visits, e-prescriptions, payments and an operations console.

2026 estimate · first release

$55k–$95k

Timeline
18–26 weeks
MVP features
8 core features
Typical team
7-9 people: product manager, designer, 2-3 Flutter or React Native and web developers, 2 backend developers, QA, part-time security and compliance engineer

Cumulative cost by tier

  • MVP$55k–$95k
  • + Growth$85k–$155k
  • + Scale$145k–$295k

Health & fitness · cost guide

Where the money goes in an app like Teladoc.

Teladoc is a trademark of its owner. Nexzem is not affiliated with Teladoc; the name only describes the type of product. Figures are 2026 estimates for building a comparable product with an experienced Indian team, converted to USD, not what any company spent.

Video calls are the easy part; reliable video is a commodity you buy. The work is in everything that makes a visit clinically and legally sound: verifying who the patient is and where they are, matching them with a clinician licensed for that location, capturing structured notes, prescribing safely, protecting health data and keeping audit trails. Health data, real-time visits and several integrations put telemedicine in the large-platform band of our app cost calculator.

A focused service, such as one specialty, one state or country, or one employer group, is the realistic starting point. Most of the spend beyond the MVP goes into integrations with health records, insurers and labs. Our telemedicine app solution explains how we scope it. This page is general information, not legal or medical advice.

Live estimate

Pick a scope, watch the estimate move.

Features are grouped into three tiers you would ship in order. Each tier maps to a band in our app cost calculator, so the numbers agree everywhere on this site.

MVP

+$55k–$95k

First public release

  • Patient sign-up and identityAccount creation, identity verification, location confirmation, consents and medical history.
  • Intake and triageStructured symptom questionnaires that route to the right service or flag emergencies.
  • Clinician search and schedulingOn-demand queue or scheduled visits, filtered by specialty, language and licence location.
  • Video and chat visitsSecure video with chat fallback, file sharing and waiting room.
  • Visit notes and e-prescriptionsStructured notes, care plans and electronic prescriptions to the patient's pharmacy.
  • PaymentsSelf-pay visit fees, receipts and refunds; insurance comes later.
  • Reminders by SMS and WhatsAppAppointment reminders and visit links where patients consent to the channel.
  • Clinic operations consoleClinician onboarding and credentials, schedules, visit queue, audit logs and support.

Growth

+$30k–$60k

After launch traction

  • EHR integrationExchange records with electronic health record systems through FHIR APIs.
  • Insurance eligibility and claimsReal-time eligibility checks, copays and claim submission through a clearinghouse.
  • Lab orders and resultsOrder tests from partner labs and share results with patients and clinicians.
  • Asynchronous careQuestionnaire-based visits reviewed by clinicians later, for suitable conditions.
  • Multiple languagesPatient app and intake in several languages, with interpreter support for visits.
  • Quality and operations reportsWait times, visit outcomes, clinician utilisation and patient satisfaction.

Scale

+$60k–$140k

Market leader territory

  • AI documentation and triageAmbient note drafting and triage assistance with clinician review and audit.
  • Remote patient monitoringConnected devices such as blood pressure cuffs and glucose meters with alert thresholds.
  • Employer and insurer portalsEligibility files, utilisation reporting and billing for B2B contracts.
  • Chronic care programmesOngoing care plans, coaching and check-ins for long-term conditions.

Timeline

From kickoff to the app stores.

18–26 weeks and $55k–$95k for the first release, planned in two-week sprints with a demo at every milestone.

  1. 01Discovery and compliance

    3–4 wks · $5k–$8k

    Services and specialties, launch jurisdictions, licensing and prescribing rules, clinical workflows and data protection map.

  2. 02UX and UI design

    3–4 wks · $7k–$11k

    Patient and clinician journeys tested with clinicians, accessibility built in from the start.

  3. 03Build

    9–13 wks · $32k–$56k

    Intake, scheduling, video, notes, prescribing integration, payments, reminders and the operations console.

  4. 04QA and security

    2–3 wks · $7k–$12k

    Clinical workflow testing, video on poor networks, penetration testing and a privacy review.

  5. 05Launch

    1–2 wks · $4k–$8k

    Store review for health apps, clinician training, monitoring and launch support.

Then Growth: +12–18 weeks, +$30k–$60k. EHR integration, insurance eligibility and claims, lab orders, asynchronous care, more languages and quality reporting.

Then Scale: +16–26 weeks, +$60k–$140k. AI documentation and triage, remote patient monitoring, employer and insurer portals and chronic care programmes.

Tech stack

A current stack for an app like Teladoc.

What we would reach for in 2026. Every layer has alternatives; the right pick depends on your team, budget and markets.

  • Apps and portal

    • Flutter or React Native
    • Next.js clinician portal
    • Accessible design to WCAG 2.2

    One mobile codebase for patients and a fast web portal for clinicians who work at a desk.

  • Video

    • LiveKit, Daily, Vonage Video API or Agora
    • WebRTC

    Use a video provider that signs a business associate agreement where HIPAA applies, rather than running media servers yourself.

  • Backend

    • Node.js (NestJS), Python (Django) or Java
    • FHIR resources for clinical data

    Modelling clinical data on FHIR from the start makes later EHR integration far easier.

  • Data

    • PostgreSQL with encryption at rest
    • Field-level encryption for sensitive data
    • Immutable audit log

    Health data needs strong access control and a record of every read and change.

  • Clinical integrations

    • E-prescribing networks (for example Surescripts via a partner in the US)
    • FHIR APIs to EHRs
    • Insurance clearinghouses

    Prescriptions, records and claims run through established networks you connect to, not build.

  • Cloud and compliance

    • AWS, Azure or Google Cloud under a BAA
    • KMS
    • SIEM and access reviews

    Major clouds offer HIPAA-eligible services under agreements; your configuration still has to be compliant.

Cost drivers

What moves the number.

Most of the price is engineering time. These are the parts of this product that take the most of it.

  1. 01

    Health data protection

    In the US, HIPAA requires safeguards, business associate agreements with vendors, access controls and audit logs. In the EU and UK, health data is a special category under the GDPR; in India, the DPDP Act applies. These shape architecture, vendors and hosting from day one.

  2. 02

    Clinician licensing by location

    Clinicians generally must be licensed where the patient is located during the visit. Matching patients with eligible clinicians, verifying credentials and tracking licence expiry are core features, not admin extras.

  3. 03

    Prescribing

    E-prescribing needs certified integrations and identity proofing for prescribers. Controlled substances carry extra rules; in the US, DEA telemedicine flexibilities have been extended through 31 December 2026 while a permanent rule is pending, so build the policy as configuration.

  4. 04

    Video reliability

    Visits happen on weak mobile connections, in cars and in waiting rooms. Choosing a strong video provider, adaptive quality, reconnection and a chat or phone fallback saves visits that would otherwise fail.

  5. 05

    EHR and insurance integration

    Connecting to EHRs through FHIR and to insurers through clearinghouses is valuable but varies by partner. Budget each integration separately; many services launch self-pay and add insurance later.

  6. 06

    Clinical safety and quality

    Triage rules, emergency escalation, documentation standards and clinical governance need input from medical leadership. Software decisions here have patient safety consequences, so review them with clinicians.

Monetisation

How products like this make money.

Decide the model before the build: it changes the payment flows, the admin panel and sometimes the app store rules you work under.

  • 1

    Pay per visit

    Self-pay fees per consultation, simple to launch and transparent for patients. Show the price before intake so nobody is surprised at checkout.

  • 2

    Subscription or membership

    Monthly plans with unlimited or discounted visits, popular for primary care and mental health.

  • 3

    Employer and insurer contracts

    Per-member-per-month fees or per-visit rates paid by employers, insurers or health systems.

  • 4

    Insurance billing

    Billing payers for covered visits, which widens access but adds claims work and payer agreements.

Deep dive

What a telemedicine MVP must get right

The first release succeeds if a patient can be seen by an appropriately licensed clinician quickly, the visit works technically, and the clinician has what they need to make a safe decision and document it. Everything that supports that loop matters: identity and location checks, intake that captures the right history, a video visit that survives a weak connection and a prescription that reaches the pharmacy.

Narrow scope helps. One specialty such as dermatology, mental health or urgent care, one launch location and self-pay pricing remove many integrations from the first release. Our MVP development approach and healthcare software experience keep the first version focused.

Regulation as of October 2026

In the US, HIPAA governs protected health information for covered entities and their business associates, so you need business associate agreements with vendors such as cloud, video and messaging providers. Clinicians generally need licences in the patient's state, and the Interstate Medical Licensure Compact speeds up multi-state licensing for physicians. Medicare telehealth flexibilities were extended through 31 December 2027 by legislation signed in February 2026, and DEA flexibilities for prescribing controlled substances by telemedicine run through 31 December 2026 unless changed again.

In India, the Telemedicine Practice Guidelines set rules for registered medical practitioners, including which medicines can be prescribed remotely. In the UK, providers of online clinical services generally register with the Care Quality Commission in England. In the UAE, telehealth requires licensing from the relevant health authority. Software that makes diagnostic or treatment decisions may itself be regulated as a medical device. This is general information, not legal advice.

How a visit flows through the system

The patient completes intake, confirms location and consents, and pays or verifies coverage. The system routes the visit to an eligible clinician by specialty, licence and availability. The clinician reviews intake before joining, runs the video visit, records a structured note, prescribes if appropriate and sets follow-up. The patient receives a visit summary, prescription status and receipt.

Every step writes to an audit log: who accessed which record, when and why. Notes are modelled on FHIR resources so they can be shared with EHRs later without a rewrite.

Asynchronous visits, added in the growth tier, follow the same path without the live call. The patient answers a detailed questionnaire and uploads photos, a clinician reviews the case within an agreed time, and the outcome arrives as a message, a prescription or a request to book a video visit. They suit conditions with clear protocols and let one clinician handle more patients, but they need careful clinical rules about when a live visit is required.

  • Confirm patient location at the start of every visit, not only at sign-up.
  • Provide a clear emergency path that stops the visit and directs to local emergency services.
  • Keep video and chat transcripts only as long as your retention policy says.

AI in virtual care

In the scale tier, AI can draft visit notes from the conversation, summarise history before a visit and assist triage. Each use needs clinician review, clear patient consent, accuracy evaluation and audit. Avoid AI features that make autonomous clinical decisions unless you are prepared for medical device regulation. Our AI integration team designs these with human oversight from the start.

Remote patient monitoring connects devices such as blood pressure cuffs and glucose meters, with thresholds that alert the care team. It extends virtual care to chronic conditions but adds device logistics and alert management.

Security, scaling and running costs

Use strong authentication, role-based access for clinicians and staff, encryption everywhere, regular access reviews and penetration testing before launch and after major changes. Health apps also face app store review rules on medical claims and data use.

Running costs include video minutes, e-prescribing and clearinghouse fees, SMS and WhatsApp messages, cloud hosting under a BAA, and maintenance at roughly 15-20% of the build cost per year for maintenance and support. Clinician time is by far the largest operating cost.

Building an app like Teladoc: questions

Something else on your mind? Ask a consultant and get a reply within one business day.

How much does it cost to build an app like Teladoc?

A telemedicine MVP with a patient app and web, clinician portal, intake, scheduling, video and chat visits, e-prescriptions, payments, reminders and an operations console costs roughly $55k–95k with an experienced offshore team. Adding EHR integration, insurance, lab orders and asynchronous care brings the total to about $85k–155k, and AI documentation, remote monitoring and B2B portals take it past $145k. These are estimates for a comparable product.

How long does it take to build a telemedicine app?

Around 18–26 weeks to a first release with self-pay visits, then 12–18 weeks for growth features. Clinician recruitment, licensing and legal review run in parallel.

Does a telemedicine app need to be HIPAA compliant?

If you serve US patients as a covered entity or business associate, yes. That means safeguards, business associate agreements with vendors, access controls, audit logs and breach procedures. Other countries have their own health data rules. This is general information, not legal advice.

Can doctors prescribe through a telemedicine app?

Yes, through certified e-prescribing integrations, within the rules of each jurisdiction. Controlled substances have extra requirements; in the US, DEA telemedicine flexibilities currently run through 31 December 2026.

Which video provider should I use?

A managed WebRTC provider such as LiveKit, Daily, Vonage Video API or Agora, chosen for quality on weak networks and willingness to sign a business associate agreement where HIPAA applies.

Do I need to integrate with EHR systems?

Not for a self-pay launch, but health systems and larger clinics will expect it. Modelling data on FHIR from day one makes later integration much simpler, and most major EHR vendors now offer FHIR APIs for approved apps.

Can I accept insurance?

Yes, through eligibility checks and claims via a clearinghouse, plus payer contracts. Many services launch self-pay and add insurance in the growth tier once volume justifies it. Payer credentialing for your clinicians takes months, so start it early.

What does a telemedicine app cost to run?

Video minutes, e-prescribing and clearinghouse fees, messaging, compliant hosting and maintenance at roughly 15-20% of the build cost per year. Clinician time is the largest cost.

Can I build a telemedicine app for India or the UAE?

Yes. India follows the Telemedicine Practice Guidelines and the DPDP Act, and WhatsApp reminders are especially effective there; see our guide to WhatsApp chatbots for clinics. In the UAE, the relevant health authority licenses telehealth providers.

Is Nexzem affiliated with Teladoc?

No. Teladoc is a trademark of its owner, and we use the name only to describe a type of product. The figures are estimates for building a comparable telemedicine platform, not what any company spent.

Planning an app like Teladoc?

Send us this scope and a consultant will turn it into a feature-level estimate for your market, usually within 48 hours of a free consultation.

First release
$55k–$95k
To launch
18–26 weeks
Full scale
$145k+
Upkeep / year
15–20% of build