Advanced Telehealth Solutions We Custom Develop

Advanced telehealth solutions are custom built virtual care platforms that go past video calling to handle clinical workflow, device data, documentation, prescribing, billing and compliance inside one system. They typically combine live video, asynchronous store and forward consultations, remote patient monitoring, EHR integration over HL7 FHIR R4, ePrescribing and role based administrative portals.

At Arkenea we have spent 15 years building these platforms for medical practices, health systems and digital health startups across the US, and the pattern is consistent: the video is the easy part, and everything around it decides whether the product survives.

This guide covers what these platforms include, what they cost, how long they take, which federal rules govern them in 2026, and how to decide between building custom, buying a platform, or licensing a white label product. Every figure below is sourced, and every architectural claim comes from engagements we have shipped.

What are advanced telehealth solutions?

An advanced telehealth solution is a virtual care system that supports a complete clinical encounter rather than a single video session. That means patient onboarding and identity verification, insurance capture, provider scheduling and availability, the consultation itself, clinical documentation, orders and prescriptions, payment collection, and an audit trail that satisfies the HIPAA Security Rule. The distinction matters because most products marketed as telehealth stop at the video layer.

Telehealth is now a permanent part of US care delivery rather than a pandemic artifact. FAIR Health data shows telehealth accounted for 5.51 percent of commercial medical claim lines in the first quarter of 2026, up 10.1 percent from the prior quarter, with 18.4 percent of commercially insured patients filing at least one telehealth claim (FAIR Health Telehealth Tracker). Grand View Research values the global telehealth market at 87.7 billion dollars in 2026, growing at 11.5 percent annually through 2033 (Grand View Research). Those numbers describe a market that has settled into steady growth, not one that is booming or collapsing.

How do advanced telehealth solutions differ from a basic video visit tool?

The difference is state. A basic video tool treats a visit as an ephemeral event, while an advanced telehealth solution treats it as a clinical record that must persist, reconcile against the chart, and produce a billable claim. That single architectural decision cascades into database design, identity model, audit logging, and integration surface.

Here is what separates the two in practice:

• Basic tools give you a meeting link. Advanced solutions give you a scheduled encounter tied to a patient record, a provider, a payer and a place of service code.
• Basic tools store nothing clinical. Advanced solutions write structured notes, vitals, diagnoses and orders back to an EHR.
• Basic tools authenticate with an email address. Advanced solutions enforce role based access control, session timeouts, account lockout and provider identity verification.
• Basic tools have no billing awareness. Advanced solutions capture the modifiers, place of service codes and consent attestations required for reimbursement.
• Basic tools bill you per seat forever. Advanced solutions become an owned asset with a fixed maintenance cost.

Who actually needs an advanced telehealth solution?

Four organization types justify a custom build: multispecialty groups with workflows no vendor supports, digital health startups whose product is the platform, health systems needing to unify virtual care across service lines, and payers or employers running their own provider networks. If you are a solo practice seeing 15 virtual patients a week, a subscription platform is the correct answer and we will tell you so.

The honest qualifier is volume and differentiation. Custom development pays back when the platform either carries enough encounter volume that per seat licensing exceeds amortized build cost, or when the workflow itself is the competitive advantage. Absent one of those two conditions, buying beats building.

Which advanced telehealth solutions are worth building in 2026?

The nine categories below account for most of what gets funded and built today. The table gives you build complexity, typical timeline and typical cost band before the detail sections explain each one.

Cost and timeline bands reflect US based delivery with a dedicated team, and they assume a production launch rather than a prototype. Ranges widen once a regulated device, an FDA pathway or a hospital IT security review enters the picture.

Asynchronous store and forward consultations

Store and forward telehealth lets a patient or referring clinician submit images, video and structured history for later review by a specialist. It is the highest throughput modality available because it removes scheduling from the critical path entirely. Dermatology, ophthalmology, wound care and dentistry all produce diagnostic quality still images, which makes them the natural fit.

The engineering work sits in media handling, not video. You need lossless image capture with EXIF preservation, a structured intake questionnaire that adapts to the presenting complaint, deterministic queue routing to the right specialist, and a turnaround clock that triggers escalation. Reimbursement varies by state and payer, so build the billing rules as configuration rather than hardcoded logic.

Remote patient monitoring and remote therapeutic monitoring

Remote patient monitoring collects physiologic data from connected devices between visits and routes clinically significant readings to care teams. The 2026 Medicare Physician Fee Schedule made this substantially easier to bill. CMS finalized payment for device supply with only 2 to 15 days of data in a 30 day period through new code 99445, alongside the existing 99454 for 16 or more days, and added 99470 for the first 10 minutes of management time where the prior threshold was 20 minutes (CMS CY 2026 Physician Fee Schedule final rule).

That rule change matters more than it sounds. Programs that previously lost revenue on patients who transmitted data inconsistently can now bill them, which changes the economics of enrolling medically complex and lower adherence populations. If you built an RPM platform before 2026, your billing engine is now leaving money on the table.

The hard problems in RPM are device integration and alert fatigue. Every device vendor exposes a different API, transport and data model, so plan for a normalization layer that maps readings into a common schema keyed to LOINC codes. Alert thresholds must be configurable per patient and per condition, because a single global threshold generates noise that care teams learn to ignore within weeks.

Arkenea built a remote patient monitoring application that handles exactly this pattern of device ingestion and clinician facing alerting.

Telebehavioral health and telepsychiatry

Behavioral health is the single largest telehealth use case in the US by claim volume. FAIR Health reported that mental health conditions were the top diagnostic category for every age group and every census region in the first quarter of 2026, accounting for 52.1 percent of patients with a telehealth claim (FAIR Health). Any platform that does not handle behavioral health well is ignoring the majority of the market.

Behavioral health builds carry requirements that general telehealth does not. You need 42 CFR Part 2 handling for substance use disorder records, which imposes consent and redisclosure rules stricter than HIPAA. You also need crisis escalation paths, standardized instrument scoring such as PHQ 9 and GAD 7, and group session support with per participant billing.

Our team built a digital mental health platform where consent granularity and assessment scoring drove much of the data model.

eConsult and specialty referral routing

eConsult platforms let a primary care clinician ask a specialist a question and receive documented guidance without generating a referral. The goal is referral deflection: resolving cases that never needed a specialist visit, and making sure the ones that do arrive prepared. Specialist supply constraints make this one of the highest value modalities to build.

Design the system around the question, not the encounter. A good eConsult record captures the clinical question, the relevant chart excerpt, the specialist response, and a disposition code that says whether an in person referral is still required. That disposition field is what lets you prove program value to a health system CFO.

Hospital at home and acute care at home

Hospital at home programs deliver inpatient level care in the patient’s residence using a combination of in home visits, continuous monitoring and 24/7 remote clinician oversight. It is the most operationally demanding category on this list because a software failure has acute clinical consequences. Escalation logic, redundancy and offline behavior are not features, they are the product.

Build assumptions that hold here: connectivity will fail, so devices must buffer locally and reconcile on reconnect. Clinical status changes must page a human within a defined number of seconds, with a fallback channel when the primary fails. Every automated decision needs an override and an audit record showing who overrode it.

Virtual nursing and teleICU

Virtual nursing centralizes tasks such as admission documentation, discharge education and second nurse verification so that bedside staff can stay at the bedside. TeleICU applies the same principle to intensive care, with a remote intensivist covering multiple units. Both depend on integration with bedside monitors and the inpatient EHR rather than on patient facing apps.

The integration burden is the project. You are working inside a hospital network with existing HL7 v2 interfaces, a security review process measured in months, and monitoring hardware from multiple vendors. Budget more calendar time for access and approvals than for code.

AI assisted intake, triage and clinical documentation

AI in telehealth is currently most useful in three places: structured intake that adapts questions based on prior answers, triage that routes acuity to the right modality, and ambient documentation that drafts a note from the consultation transcript. Each of these augments a clinician who remains accountable for the output. None of them should be positioned as autonomous clinical decision making.

Three engineering constraints apply. Any model processing protected health information requires a business associate agreement with the model provider and a deployment configuration that excludes your data from training. Model output must be presented as a draft with explicit clinician review before it enters the legal record. And you need logging that captures both the input and the generated output, because a documentation dispute two years from now will require reconstructing what the model produced.

Teledentistry, teledermatology and teleradiology

These three specialties were early telehealth adopters because their diagnostic input is primarily visual. Teledentistry supports intraoral photo review, triage and hygienist supervision at community sites. Teledermatology handles lesion evaluation through store and forward images. Teleradiology moves studies to remote readers through DICOM and PACS integration.

Image fidelity requirements differ sharply across the three. Teledermatology needs color accurate photography with a size reference, which means device camera guidance in the patient app. Teleradiology needs full DICOM conformance and diagnostic display validation, which is a materially heavier lift and often pulls FDA considerations into scope.

How much does it cost to build an advanced telehealth solution?

A production ready advanced telehealth platform typically costs between 90,000 and 400,000 dollars to build in the US, with hospital grade systems such as teleICU and hospital at home running from 300,000 to 800,000 dollars. A focused first release covering scheduling, video, documentation and payment usually lands between 90,000 and 180,000 dollars. Those are engineering costs and do not include clinical staffing, device hardware or payer contracting.

The table below breaks cost down by scope tier so you can locate your project before talking to any vendor.

What drives telehealth development cost up or down?

Six variables account for most of the spread between a 90,000 dollar build and a 400,000 dollar one. Understanding them lets you control scope deliberately rather than discovering cost overruns in month five.

1. Integration count. Each EHR, payer, lab, pharmacy or device integration adds two to six weeks depending on whether a modern FHIR API exists or you are writing HL7 v2 interfaces.
2. Number of user roles. Every distinct role, patient, provider, front desk, billing, administrator, multiplies screens, permissions and test cases.
3. Regulatory surface. Substance use disorder records, pediatric consent, multistate licensure and FDA regulated functionality each add compliance engineering.
4. Device support. Native iOS and Android alongside web roughly doubles client side effort compared to a responsive web application.
5. Data migration. Moving historical records from a legacy system is frequently underestimated and can consume 10 to 15 percent of total budget.
6. Security posture. SOC 2 Type II readiness, penetration testing and formal risk analysis add cost but are usually non negotiable for enterprise buyers.

What does ongoing maintenance cost?

Plan for annual maintenance of 15 to 20 percent of initial build cost. That figure covers dependency and security patching, operating system and SDK updates that break mobile builds, integration changes when a partner updates an API, and infrastructure costs. A 200,000 dollar platform therefore carries roughly 30,000 to 40,000 dollars per year in run cost before any new feature work.

Treat this as a fixed operating line rather than a contingency. Telehealth platforms that skip maintenance accumulate security debt quickly, and the HIPAA Security Rule requires you to address known vulnerabilities in software handling electronic protected health information.

Should you build custom, buy a platform, or use a white label telehealth solution?

Build custom when your workflow is your differentiation or your encounter volume makes per seat licensing more expensive than ownership. Buy a subscription platform when you need virtual visits running in weeks and your workflow is standard. Use a white label product when you need your brand on a working platform quickly and can accept the vendor’s underlying workflow.

One correction worth making: the common claim that custom always costs more than buying is not supportable once you model five years. A 25 provider group paying 150 dollars per provider per month spends 225,000 dollars over five years with no asset at the end. The comparison is not build cost against zero, it is build cost plus maintenance against total subscription spend plus the workflow compromises you absorb.

What does HIPAA compliance actually require in a telehealth build?

HIPAA compliance in telehealth is an architectural property, not a certification you buy or a checkbox at the end of a project. There is no such thing as a HIPAA certified platform, because HHS does not certify software. What exists is a set of Administrative, Physical and Technical Safeguards under the HIPAA Security Rule that your system must implement and that you must be able to evidence during an investigation.

The technical requirements that touch code directly are these:

• Encryption of electronic protected health information in transit using TLS 1.2 or higher, and at rest using AES 256.
• Unique user identification, automatic logoff and emergency access procedures for every account touching protected health information.
• Audit controls that record who accessed which record, when, from where, and what they did, with logs retained and tamper evident.
• Integrity controls proving that records have not been improperly altered or destroyed.
• Access control enforcing minimum necessary, so a front desk user cannot read clinical notes.
• A documented risk analysis, updated whenever the system materially changes.

The cost of getting this wrong is measurable. IBM reported healthcare as the most expensive industry for data breaches for the fourteenth consecutive year, averaging 7.42 million dollars per breach, with healthcare organizations taking roughly nine months to identify and contain an incident (IBM Cost of a Data Breach Report). Nine months of undetected access is a logging and monitoring failure, which is an engineering decision made early in a build.

What changes if the proposed HIPAA Security Rule update is finalized?

HHS Office for Civil Rights published a Notice of Proposed Rulemaking on January 6, 2025 that would materially tighten the Security Rule. The proposal removes the distinction between required and addressable implementation specifications, making nearly all of them mandatory. It would also require encryption of electronic protected health information at rest and in transit, multi factor authentication, asset inventories and network maps, vulnerability scanning every six months, annual penetration testing and 72 hour recovery of critical systems (HHS NPRM fact sheet).

The rule is not final as of this writing, and the comment period closed March 7, 2025. Our position with clients is to build to the proposed standard now regardless of final rule timing, because every requirement in it is defensible security practice and retrofitting multi factor authentication and asset inventory into a live clinical system costs several times what building it in costs.

Which vendors need a business associate agreement?

Any vendor that creates, receives, maintains or transmits protected health information on your behalf needs a signed business associate agreement before it touches production data. In a telehealth stack that usually means the cloud provider, the video infrastructure vendor, the SMS and email delivery service, the analytics platform, the error monitoring tool, the AI model provider and any offshore development partner.

The most common gap we find in existing platforms is error monitoring and session replay tooling capturing protected health information in stack traces or screen recordings without an agreement in place. Audit your third party scripts specifically for this before launch.

How do advanced telehealth solutions integrate with an EHR?

Modern telehealth platforms integrate with EHR systems primarily through HL7 FHIR R4 REST APIs conforming to the US Core Implementation Guide, with HL7 v2 messaging still used for scheduling, ADT and results in hospital environments. Certified health IT is required to expose standardized FHIR APIs under the ASTP certification program, which is why FHIR should be your default and HL7 v2 your fallback (HL7 FHIR US Core Implementation Guide).

The resources you will use most are Patient, Practitioner, Appointment, Encounter, Observation, Condition, DocumentReference and Coverage. Write access is more constrained than read access across most EHR vendors, so validate write capability early. Assuming symmetric read and write support is the single most common integration planning error we see.

Which integration standard should you use, HL7 v2 or FHIR R4?

Use FHIR R4 when the target system exposes a certified API and you need discrete resources such as observations, medications or documents. Use HL7 v2 when you are inside a hospital interface engine handling ADT, ORM and ORU message flows, or when the target system predates FHIR support. Many production integrations use both, with FHIR for patient facing data and v2 for operational messaging.

Practical guidance on effort: a read only FHIR integration against a well documented EHR sandbox takes two to four weeks. A bidirectional integration with write back of notes and orders takes six to twelve weeks and requires vendor program enrollment, which itself can take longer than the code. Start the vendor enrollment paperwork in week one of the project, not when the code is ready.

How do you handle ePrescribing and lab orders?

ePrescribing runs through Surescripts, which requires certification and connectivity work independent of your EHR integration. For controlled substances you additionally need Electronic Prescribing for Controlled Substances certification, which imposes two factor authentication at the point of signing and identity proofing of the prescriber. Neither is complex engineering, but both have lead times measured in weeks.

When we built the custom telemedicine platform for United Medical Group, Surescripts integration and a built in EHR were what let the group expand nationally using physician contractors rather than physical locations. The prescribing pathway is frequently what determines whether a telehealth service is clinically complete or merely a triage tool.

What reimbursement and licensure rules apply to telehealth in 2026?

Three federal rule sets govern telehealth economics in 2026: Medicare telehealth coverage, DEA controlled substance prescribing, and state licensure. All three have current expiration dates, which is why your platform should treat them as configuration rather than assumptions baked into code.

What does Medicare cover through 2027?

Congress extended Medicare telehealth flexibilities through December 31, 2027 in the Consolidated Appropriations Act for Fiscal Year 2026, signed on February 3, 2026 (Forbes). The extension preserves the ability of beneficiaries to receive telehealth from any location including the home, removes geographic restrictions, keeps the expanded list of eligible practitioners, and continues audio only coverage for specified services. CMS also set the originating site facility fee at 31.85 dollars for calendar year 2026 and simplified the process for adding services to the Medicare Telehealth Services List (CMS).

Build the implication into your platform: place of service codes, modifiers and eligible practitioner types must be editable by an administrator without a code deploy. Every practice we have worked with that hardcoded 2021 telehealth billing rules had to pay for emergency changes in 2025 when the flexibilities lapsed briefly during the government shutdown.

Can you prescribe controlled substances over telehealth?

Yes, through December 31, 2026. DEA and HHS issued a fourth temporary extension of telemedicine flexibilities effective January 1, 2026, allowing practitioners to prescribe Schedule II through V controlled substances via telemedicine without a prior in person evaluation for the duration of 2026 (Federal Register). Audio only telemedicine remains permitted for initiating buprenorphine treatment for opioid use disorder.

The extension exists to give DEA time to finalize a permanent Special Registration for Telemedicine framework. Platforms serving psychiatry, addiction medicine or pain management should assume a registration and reporting requirement is coming and design prescriber records to hold registration identifiers now.

How do you handle multistate provider licensure?

Providers must generally be licensed in the state where the patient is physically located at the time of the encounter. This is a product requirement, not a legal footnote: your scheduling engine must capture patient location at booking and validate it against the provider’s active licenses before confirming the appointment. Skipping this check is the most common compliance defect we find when auditing existing telehealth platforms.

The Interstate Medical Licensure Compact reduces the administrative burden by offering an expedited pathway across 44 states plus the District of Columbia and Guam (Interstate Medical Licensure Compact Commission). It expedites licensure, it does not replace it. Your platform still needs a license registry per provider with expiration tracking and automated blocking when a license lapses.

What do advanced telehealth consulting solutions include?

Advanced telehealth consulting solutions cover the decisions made before and around the code: clinical workflow mapping, regulatory scoping, integration feasibility assessment, build versus buy analysis, security architecture and phased rollout planning. Consulting without delivery capability produces documents that do not survive contact with an EHR vendor’s API limits. The useful version of this service is delivered by a team that will also build the system.

A telehealth consulting engagement should produce these artifacts:

• A workflow map for each user role showing the current state and the intended future state, with the specific steps the software will absorb.
• A regulatory scope document naming every rule that applies, including HIPAA, 42 CFR Part 2 where relevant, state licensure requirements and payer specific documentation rules.
• An integration feasibility report confirming which EHR, lab, pharmacy and device APIs are actually available to you, with vendor program enrollment timelines.
• A reimbursement model showing which codes the service will bill and what documentation each requires.
• A phased release plan with a defined first release scope and explicit deferrals.
• A security architecture covering authentication, authorization, encryption, logging and incident response.

What should you ask a telehealth development partner before signing?

Ask questions that expose whether the partner has shipped clinical software or only marketing sites and consumer apps. Healthcare software fails in specific ways that generalist teams have not encountered.

1. Which EHR systems have you integrated with in production, and can you describe a write back you have implemented?
2. How do you handle a business associate agreement, and which of your own subprocessors touch protected health information?
3. Show me your audit logging design. What exactly gets recorded on a record view?
4. What happens to the code and infrastructure if we end the engagement?
5. How do you handle multistate licensure validation in scheduling?
6. What is your approach to the proposed HIPAA Security Rule requirements that are not yet final?
7. Who on the proposed team has worked on a regulated clinical system before?

Arkenea has built healthcare software exclusively since 2011, which is the reason these questions have specific answers rather than general reassurances. You can review our telemedicine app development work to see how these decisions play out across engagements.

Which assumptions about telehealth projects turn out to be wrong?

Certain beliefs show up in nearly every initial scoping conversation and nearly all of them are incorrect. Correcting them early saves months.

The first is that video quality is the hard technical problem. Video is a solved commodity available from several infrastructure providers with HIPAA eligible configurations. The hard problems are identity, integration, documentation and billing.

The second is that a telehealth platform can be built without touching the EHR. A platform that does not write back to the chart creates a parallel record, which produces reconciliation work for clinical staff and eventually gets abandoned. Read only integration is an acceptable first release, no integration is not.

The third is that patient adoption follows automatically from availability. Adoption follows from removing friction at three specific points: account creation, insurance capture and joining the visit. In the Cumberland Health telehealth and patient engagement platform we gated feature access behind guided onboarding and mandatory profile completion, which produced clean demographic and insurance data from day one rather than a backlog of incomplete records.

The fourth is that compliance can be handled at the end. Retrofitting audit logging, access control and encryption into a working system requires rewriting the data access layer. Budget for it upfront or pay several times more later.

The fifth is that more features increase adoption. Clinical users abandon platforms that add clicks to their day. Every feature should either remove a step from an existing workflow or capture data that is currently being lost, and features that do neither should be cut.

What does a realistic implementation roadmap look like?

A production telehealth launch typically runs 5 to 8 months for a single service line. The sequence below reflects how we structure engagements, with the compliance and integration workstreams running in parallel to development rather than after it.

1. Weeks 1 to 3: Workflow mapping, regulatory scoping and integration feasibility. Start EHR vendor program enrollment and Surescripts certification in this window because their lead times gate later phases.
2. Weeks 3 to 6: Architecture and security design. Data model, authentication, role definitions, audit logging specification and infrastructure provisioning with the business associate agreement executed.
3. Weeks 5 to 14: Core build. Patient onboarding, scheduling, consultation flow, clinical documentation and provider portal, delivered in two week increments with clinical stakeholder review at each.
4. Weeks 12 to 20: Integration build. FHIR or HL7 v2 connectivity, ePrescribing, payment processing and device ingestion if remote monitoring is in scope.
5. Weeks 18 to 24: Validation. Security testing including penetration testing, risk analysis documentation, clinical workflow acceptance testing and accessibility conformance against WCAG 2.1 AA.
6. Weeks 22 to 28: Controlled launch. One clinic or one service line, with daily monitoring of completion rates, technical failure points and clinician feedback before wider rollout.

Two scheduling notes that consistently matter. Vendor enrollment and certification processes are the most common source of delay, and they are outside your control once started, so begin them first. And plan the controlled launch with a real rollback path, because the first two weeks of production reveal workflow gaps no amount of testing surfaces.

Frequently asked questions about advanced telehealth solutions

What is the difference between telehealth and telemedicine?

Telemedicine refers specifically to remote clinical services delivered by a licensed provider, such as a diagnostic consultation. Telehealth is the broader category, covering clinical services plus non clinical activity like remote patient monitoring, provider education, administrative meetings and public health programs. Most software platforms marketed as telehealth solutions support both.

How long does it take to build a telehealth app?

A validation build with scheduling, secure video, basic documentation and payments takes 3 to 4 months. A production platform with multiple user roles, EHR integration and ePrescribing takes 5 to 8 months. Enterprise systems such as hospital at home or teleICU take 12 to 20 months, driven mainly by hospital security review and integration approvals rather than development effort.

Is Zoom HIPAA compliant for telehealth?

Zoom offers a healthcare configuration that can be used compliantly when you execute a business associate agreement and enable the required security settings. The consumer tier is not appropriate for protected health information. Compliance depends on configuration and contract, not the product name, and video alone still leaves scheduling, documentation and billing unsolved.

What is the cost of HIPAA compliance in a telehealth build?

Compliance engineering typically adds 15 to 25 percent to development cost when built in from the start, covering audit logging, access control, encryption, risk analysis and security testing. Retrofitting the same controls into an existing platform commonly costs two to three times that, because it requires changes to the data access layer and the authentication model.

Does Medicare pay for telehealth in 2026?

Yes. Medicare telehealth flexibilities were extended through December 31, 2027 under the Consolidated Appropriations Act for Fiscal Year 2026. Beneficiaries can receive covered telehealth services from any location including their home, geographic restrictions are lifted, and audio only services remain payable for specified categories including behavioral health.

Can you build a telehealth platform without EHR integration?

Technically yes, practically no for any clinical service intended to last. A platform without chart integration creates a second record that staff must reconcile manually, and that operational cost grows with volume until the platform is abandoned. Launching with read only FHIR integration and adding write back in a later release is the pragmatic compromise.

What security certifications should a telehealth platform have?

HIPAA is a legal obligation rather than a certification, so what buyers actually evaluate is SOC 2 Type II attestation, current penetration test results, a documented risk analysis and evidence of business associate agreements across your subprocessors. HITRUST certification is increasingly requested by health system and payer buyers. Plan 6 to 9 months of operating history before a SOC 2 Type II audit window can begin.

Who owns the code in a custom telehealth build?

You should, and the contract should say so explicitly with assignment of all intellectual property on payment. Confirm ownership extends to infrastructure configuration and deployment scripts, not just application code. Also confirm there are no proprietary vendor components that would prevent another team from maintaining the system.

Where to start

Start by writing down the specific clinical workflow you want the software to absorb and the volume you expect in year one. Those two facts determine whether you build, buy or white label, and they are what any competent partner will ask for first. Everything else, cost, timeline, architecture, follows from them.

Arkenea builds HIPAA compliant telehealth and virtual care platforms for medical practices, health systems and digital health companies, and we have done nothing but healthcare software since 2011. If you want a scoped estimate rather than a range, get in touch with your workflow and volume assumptions and we will tell you what it takes to build.