Telehealth app development for teams who know video is the easy part
A working video call is a weekend with a vendor SDK. What takes a quarter is everything around it: who may see whom in which state, what the clinician has to type afterwards, which system the note has to land in, and what the product does when a patient’s connection dies four minutes into a consult. We build that part, at published fixed prices.
Where the quarter actually goes
Four things that decide whether clinicians keep using it
Telehealth products are rarely abandoned because the video was bad. They are abandoned because the surrounding workflow costs a clinician more than it saves.
The no-show, which is a product problem
Telehealth no-shows are rarely about forgetting. They are about a link that expired, a browser permission prompt the patient did not understand, a device camera that never worked, or a reminder that arrived by email to someone who lives in SMS. Every one of those is fixable in software, and each one is worth more to a clinic than another feature.
Licensure as a data model, not a checkbox
Which clinician may see which patient, in which state, for which profession, under which modality. Model it late and you will rebuild matching, scheduling and search. Model it early and it costs a week. This is the single most common structural mistake we inherit in this category.
Documentation that clinicians will actually complete
A visit that ends with twenty minutes of typing is a visit your clinicians will resent and your billing will lose. Templates, structured capture during the consult, and one-tap reuse are not conveniences — they are the difference between an adopted product and a purchased one.
Device data that arrives late, twice, or not at all
Remote monitoring inherits every wearable failure mode: duplicate readings from two sources, gaps while a phone was offline, backfilled history landing after an alert window closed. If a clinical alert depends on that stream, the sync engine is a clinical component and must be built like one.
The unprofitable advice
Half of what a telehealth product needs, you should not build
We would rather scope a $12,000 build that works than a $60,000 one that reimplements a solved problem. If you are a single practice, the right answer may be that you do not need us at all.
Buy
- Video and media infrastructure. Use a vendor that will sign a BAA and let them own the hard parts of WebRTC.
- Payments, identity verification and e-signature. Mature, commodity, and not where your product wins.
- Off-the-shelf telehealth platforms if you are a single practice or a small network. A configured platform beats a custom build on cost, timeline and risk.
Build
- The clinical workflow that is your actual differentiator: triage, protocols, care plans, measurement.
- The licensure, eligibility and routing model, because no vendor knows your rules.
- Integrations into the systems your buyer already runs — that is usually what closes the contract.
- Monitoring and alerting logic where a missed reading has clinical consequences.
The four questions that set your scope
Regulatory answers change the product, not just the paperwork
Each of these changes the data model. None of them can be answered by a development studio, and any studio that offers to answer them for you is selling something it cannot deliver.
Which modality are you actually delivering?
Synchronous video, audio-only, store-and-forward, or asynchronous messaging are treated differently by licensure rules, by payers and sometimes by state law. Products often ship one modality and market another, which is where the trouble starts.
Does prescribing enter the picture?
Prescribing through a telehealth encounter — and controlled substances in particular — carries its own federal and state requirements, and the rules in this area have been in flux for several years. Confirm the current position with counsel before it shapes your onboarding flow, because it will.
How does the program get paid?
Cash-pay, employer contract, payer reimbursement and RPM programs imply entirely different data capture, consent and documentation requirements. The billing model belongs in the first planning session, not the second phase.
Who is the covered entity here?
If you are handling PHI on behalf of a provider or a plan, you are a business associate with contractual obligations that flow down to your own subprocessors. If you are neither, other privacy regimes still apply. We map this in planning, in writing.
On reimbursement specifically: monitoring codes, time thresholds and documentation requirements are set annually by CMS and vary by payer. Check the current fee schedule and your payer contracts rather than any agency’s summary, including ours. What we commit to is building the capture so the evidence exists when your biller needs it.
Integration and monitoring
The part your buyer’s IT department cares about
HL7 and FHIR R4
We built the State of New Hampshire's immunization platform on HL7 with 50+ schools live. We work with FHIR R4 and have integrated Epic, Cerner and Athenahealth. Read access first, write access sequenced realistically around vendor review calendars.
Payer and back-office APIs
Previa, a product we built, automates prior authorization against payer APIs including Humana and UnitedHealthcare and reduced processing time by 75%. Eligibility, authorization and claims plumbing is unglamorous and is frequently the reason a contract closes.
Remote monitoring streams
Wearables and connected devices at $3,500 per platform, with deduplication, background delivery, unit normalization and real-device QA — because a clinical alert built on an unreliable stream is worse than no alert.
The device side is documented in depth on wearable integrations, and the PHI-handling engineering on HIPAA-compliant app development. Proof for both is in the case studies.
Published prices
What a telehealth build costs with us
Fixed prices with real deadlines. Enterprise health-tech shops typically quote six figures before discovery; we publish the number and put the planning engagement in front of it so the estimate is grounded in your actual scope.
| Engagement | Price | Timeline | What it is |
|---|---|---|---|
| MVP Planning Sprint | $1,500 | 5 days | Scope, user journeys, backlog, roadmap, architecture options and a build estimate. Credited in full toward the build. |
| Healthtech MVP Blueprint | $1,999 | 7 days | The sprint plus intended-use boundary, sensitive-data and claims inventory, clinical dependency map and specialist decision points. |
| Healthcare prototype | from $3,500 | Scoped per build | Clickable or coded, on synthetic non-sensitive data — enough to test a consult flow with real clinicians and to raise on. |
| Wearable / device integration | $3,500 per platform | 2–4 weeks | HealthKit, Health Connect, Garmin, Whoop, Fitbit or Oura, with deduplication, background delivery and real-device QA. |
| MVP build | from $12,000 | Scoped in the sprint | A bounded version one in production: consults, scheduling, documentation and the integrations your first buyer requires. |
| Full custom build | from $25,000 | Scoped per build | Multi-role platforms with EHR integration, admin surfaces, dashboards and a clinical operations layer. |
| QA & Release Readiness | $999 | 7 days | Critical journeys, device and browser matrix, defect report and a written go/no-go before you put clinicians in front of it. |
| App maintenance retainer | from $1,000/mo | Ongoing | Monitoring, fixes, dependency updates and releases. Clinical software degrades faster than consumer software when unattended. |
What none of it buys: a certification. We build HIPAA-aware systems; we do not issue legal sign-off. Video vendors, EHR licence fees and payer integrations are billed to your own accounts, not marked up through ours.
See all pricingQuestions virtual care teams ask
Before the first consult goes live
How much does it cost to build a telehealth app?
Our published prices: a prototype on synthetic data from $3,500, an MVP Planning Sprint at $1,500 over 5 days, a Healthtech MVP Blueprint at $1,999 over 7 days, MVP builds from $12,000 and full custom builds from $25,000. Device and wearable integrations are $3,500 per platform. The variable that actually moves a telehealth budget is not video — it is how many external systems you must talk to, and how much clinical documentation the product owns.
Should we build our own video infrastructure?
Almost certainly not. Building and operating WebRTC at clinical reliability is a company in itself, and several established vendors will sign a BAA and handle the media path for you. Confirm each vendor's current healthcare terms directly — they change — but treat video as a bought component. The parts worth building are the ones around it: the waiting room, the identity check, the reconnect behavior on a bad connection, and what the product does when a clinician's audio drops mid-consult.
Do we need to integrate with an EHR?
If you sell to providers, eventually yes, and it is usually the longest pole in the build. We work with HL7 and FHIR R4 and have integrated Epic, Cerner and Athenahealth. Two practical warnings: vendor sandbox access and app-listing review have their own calendars that no amount of engineering speed changes, and read access is dramatically easier to obtain than write access. Plan the sequencing around those facts rather than around your sprint board.
How do we handle clinicians licensed in different states?
As a product constraint, not a settings screen. Licensure rules shape matching, scheduling, signup and even which clinicians appear in a search result, and they differ by state and by profession. Your legal advisors define the rules; we model them as first-class data so the product cannot book a visit that should not exist. Retrofitting this into a nationwide matching engine is one of the more expensive corrections we get called in to make.
Can you build remote patient monitoring?
Yes, and it is where our wearable work overlaps directly: HealthKit, Google Health Connect, Garmin, Whoop, Fitbit and Oura at $3,500 per platform, with deduplication, background delivery and timezone handling done properly. The clinical side is the harder half — alert thresholds, who is on the other end of an alert, escalation when nobody acknowledges, and what happens to readings taken while the patient's phone was offline for two days.
What about reimbursement and billing codes?
Coding, coverage and documentation requirements are set by payers and by the current CMS fee schedule, and they change annually. We build the product so the data required to support billing is captured as a by-product of the clinical workflow rather than retyped afterwards — but which codes apply to your program is a question for your billing and compliance advisors against current published rules, not something to take from a development studio's website.
Are you HIPAA certified?
There is no such thing as HIPAA certification. We sign BAAs, we build HIPAA-aware systems to the boundary your compliance counsel defines, and we say plainly what we do not certify. The engineering detail is on our HIPAA-compliant app development page and the full policy position is on our trust page.
Related services
What a virtual care build usually touches
Let’s create together
Tell us who your first buyer is
A clinic, a payer, an employer or a patient — the answer changes the whole build. Send us that plus the systems you have to integrate with, and we will come back with scope, sequence and price.