Startup VentureHealthtech Founders & CEOsClinical Product LeadersHealth System Innovation Officers2–10 years

The Anatomy of a Healthtech Strategy

The 7 Pillars That Determine Whether Your Healthtech Company Heals or Hemorrhages

Strategic Context

A healthtech strategy is the integrated set of choices a health technology company makes about which clinical or operational problem to solve, how to validate clinical efficacy, how to navigate the regulatory landscape, how to distribute through the fragmented healthcare system, and how to build a reimbursement-viable business model. Unlike consumer technology, healthtech must satisfy multiple stakeholders simultaneously — patients, providers, payers, and regulators — each with different needs, incentives, and decision timelines. A product that delights patients but is not reimbursed by insurers will fail. A product that improves outcomes but cannot integrate with existing clinical workflows will fail. Strategic success in healthtech requires aligning all four stakeholders around a single value proposition.

When to Use

Use this when you are building a healthtech startup targeting clinical care delivery, operational efficiency, or patient experience, when you need to design a regulatory strategy for a digital health product, when you are navigating the transition from pilot to full health system deployment, or when you need to build a reimbursement and payer strategy for a digital health intervention.

Healthcare is a $4.5 trillion industry in the United States alone — and one of the last major sectors to be fundamentally transformed by technology. The opportunity is immense: administrative waste consumes 25% of healthcare spending, chronic diseases account for 90% of costs but receive a fraction of innovation investment, and provider burnout threatens the workforce that the entire system depends on. Teladoc demonstrated that virtual care could reach 75 million members. Livongo proved that technology-enabled chronic disease management could reduce costs by 30% while improving outcomes. Athenahealth showed that cloud-based practice management could replace legacy systems across tens of thousands of practices. Yet for every healthtech success story, dozens of companies with superior technology have failed — not because their products did not work, but because they could not navigate the labyrinthine complexity of healthcare's regulatory, reimbursement, and distribution systems.

⚠️

The Hard Truth

A 2024 Rock Health analysis found that the median time from founding to meaningful revenue for a healthtech company is 4.7 years — nearly double the 2.5-year median for SaaS companies. The primary reason is not technology development time but rather the sequential gauntlet of clinical validation (6–18 months), regulatory clearance (6–24 months), payer negotiations (6–12 months), and health system procurement (6–18 months). Companies that treat healthcare go-to-market like SaaS go-to-market invariably fail. A technically brilliant product that cannot demonstrate clinical evidence, obtain regulatory clearance, secure reimbursement, and integrate into provider workflows simultaneously is not a viable healthtech business — it is a science project.

🔎

Our Approach

We've studied the strategic journeys of healthtech companies from pre-clinical concept through health system scale — from Livongo's evidence-first approach to Teladoc's regulatory navigation, from Oscar Health's payer disruption to Athenahealth's decade-long EHR replacement strategy. What emerged is a consistent architecture of 7 interconnected pillars that determine whether a healthtech company can cross the chasm from promising pilot to scaled healthcare solution.

Core Components

1

Clinical Problem & Evidence Strategy

Solving a Problem That Clinicians, Payers, and Patients All Agree Matters

In healthtech, you do not get to define the problem — the clinical evidence does. Unlike consumer software where user engagement can substitute for rigorous validation, healthcare requires proof that your product actually improves clinical outcomes, reduces costs, or meaningfully enhances care delivery. The evidence strategy must be designed before the product is built because clinical validation timelines, study design, and endpoint selection fundamentally shape what you build and how you build it. Livongo's entire product strategy was built around generating clinical evidence that technology-enabled diabetes management reduced HbA1c levels and emergency room visits — because those endpoints determined whether payers would reimburse the product. Pear Therapeutics obtained FDA authorization for the first prescription digital therapeutic by designing clinical trials that met the same evidence standards as pharmaceutical drugs.

  • Identify a clinical problem where the evidence gap between standard care and your intervention is measurable and meaningful to payers
  • Design your evidence strategy before your product strategy: what clinical endpoints will you measure, what study design will you use, and how long will validation take
  • Invest in peer-reviewed publications — health system decision-makers and payers require published evidence, not marketing claims
  • Build relationships with clinical key opinion leaders (KOLs) who can validate your approach and serve as champions within health systems
Case StudyLivongo

Livongo's Evidence-First Strategy

When Glen Tullman founded Livongo in 2014, he made a deliberate strategic decision that set Livongo apart from dozens of competing diabetes management apps: he invested in rigorous clinical evidence from day one. Before scaling commercial sales, Livongo published peer-reviewed studies demonstrating that its connected glucose meter and coaching program reduced HbA1c levels by 0.8 percentage points, decreased hypoglycemic events by 50%, and reduced diabetes-related medical spending by $1,908 per member per year. This evidence base became Livongo's primary sales tool — not the app's user interface or the device's design, but the clinical proof that the product actually worked. When Livongo went public in 2019, it had over 700 enterprise customers, and the evidence base was cited in virtually every sales conversation.

Key Takeaway

In healthtech, clinical evidence is your go-to-market strategy. A product with strong evidence and mediocre UX will outsell a product with beautiful design and no evidence every time — because the decision-makers are not the end users but the clinicians and benefits managers who need proof.

📖

Levels of Clinical Evidence in Healthtech

Healthtech products require different levels of clinical evidence depending on their regulatory classification and commercial strategy. Level 1: Randomized controlled trials (RCTs) — required for FDA-regulated therapeutics and the gold standard for payer conversations. Level 2: Observational studies and real-world evidence — sufficient for many digital health tools and increasingly accepted by payers. Level 3: Case studies and pilot data — adequate for initial health system pilots but insufficient for scaled commercial adoption. Level 4: Theoretical or expert opinion — useful for fundraising but worthless for commercial sales. Most successful healthtech companies target Level 2 evidence within 18 months of launch and Level 1 evidence within 3 years.

Clinical evidence validates that your product works. The regulatory pathway determines whether you are legally permitted to market and sell it — and in healthcare, regulatory strategy is not a checkbox but a competitive weapon.

2

Regulatory Pathway Design

Navigating FDA, HIPAA, and the Compliance Labyrinth

Healthcare regulation is simultaneously the biggest barrier and the biggest moat in healthtech. The FDA, HIPAA, state medical boards, and payer regulations create a compliance labyrinth that takes years and millions of dollars to navigate. But for companies that successfully navigate it, regulation becomes an almost impenetrable competitive moat — because every competitor must cross the same multi-year, multi-million-dollar barrier. The regulatory strategy must be chosen carefully: some products can be marketed as general wellness tools without FDA oversight. Others require FDA 510(k) clearance (typically 6–12 months). Software classified as a medical device may require De Novo authorization (12–24 months) or PMA approval (2–5 years). The choice of regulatory pathway directly impacts product design, clinical evidence requirements, go-to-market timeline, and capital requirements.

  • Determine your regulatory classification early: general wellness, clinical decision support, 510(k) medical device, De Novo, or PMA — each has dramatically different timelines and requirements
  • Build HIPAA compliance and security architecture into the technical foundation — retrofitting HIPAA compliance is extremely expensive and often requires complete rearchitecting
  • Engage with the FDA proactively through pre-submission meetings to align on classification and evidence requirements before investing in clinical trials
  • Use regulatory clearance as a competitive moat: once obtained, it creates a 12–36 month head start over competitors who must complete the same process

FDA Regulatory Pathways for Digital Health Products

PathwayTimelineEvidence RequiredExample Product
General wellness (exempt)None requiredNo clinical evidence neededFitness trackers, meditation apps, general wellness platforms
Clinical decision support (exempt under certain conditions)0–6 months for determinationMinimal — must meet specific criteria for exemptionClinical calculators, drug interaction checkers with clinician review
510(k) clearance6–12 monthsSubstantial equivalence to a predicate deviceAliveCor KardiaMobile (ECG), Dexcom CGM
De Novo authorization12–24 monthsClinical evidence of safety and effectiveness for novel devicesApple Watch ECG feature, Pear Therapeutics reSET
PMA (Pre-Market Approval)2–5 yearsExtensive clinical trials demonstrating safety and efficacyHigh-risk AI diagnostic tools, implantable devices
💡

Did You Know?

The FDA's Digital Health Center of Excellence, established in 2020, has processed over 500 pre-submission requests from digital health companies. Companies that engaged in pre-submission meetings with the FDA had a 40% faster clearance timeline on average compared to those that submitted applications without prior FDA engagement. The lesson is clear: treat the FDA as a collaborative partner in your regulatory strategy, not an adversary to be avoided until the last possible moment.

Source: FDA Digital Health Center of Excellence Annual Report, 2023

Regulatory clearance gives you the right to sell your product. But healthcare sales require satisfying not one buyer but four distinct stakeholders — each with different incentives, pain points, and decision-making processes — and misaligning with any one of them can block adoption entirely.

3

Stakeholder Alignment & Value Proposition

Satisfying Patients, Providers, Payers, and Administrators Simultaneously

Healthcare is the only major industry where the user (patient), the prescriber (provider), the payer (insurer), and the administrator (health system executive) are all different entities with different — and often conflicting — incentives. A patient wants the best possible care regardless of cost. A provider wants clinical effectiveness and minimal workflow disruption. A payer wants cost reduction and outcome improvement. A health system administrator wants operational efficiency and regulatory compliance. The most common healthtech failure is building a product that delights one stakeholder while ignoring the others. Hundreds of patient-facing apps have failed because they were not integrated into clinical workflows. Dozens of provider tools have failed because payers would not reimburse them. The winning strategy aligns all four stakeholders around a shared value proposition.

  • Map the incentives, pain points, and decision-making processes of all four stakeholders before designing your go-to-market strategy
  • Build a value proposition that translates into different languages for each stakeholder: clinical outcomes for providers, cost savings for payers, experience improvement for patients, and operational efficiency for administrators
  • Identify the economic buyer and the clinical champion separately — they are rarely the same person, and both must be convinced for adoption to succeed
  • Design clinical workflow integration that adds less than 2 minutes per patient encounter — anything more will face provider resistance regardless of clinical benefit
📊

The Healthtech Stakeholder Map

Successful healthtech products must satisfy four distinct stakeholders simultaneously. Each stakeholder evaluates the product through a different lens, and failure to align with any one can block adoption.

PatientsPrimary concerns: ease of use, accessibility, privacy, and perceived benefit. Evaluation criteria: "Does this make my health experience better and simpler?" Patients rarely have purchasing power but their engagement determines clinical outcomes.
Providers (Clinicians)Primary concerns: clinical efficacy, workflow integration, liability, and time impact. Evaluation criteria: "Does this improve outcomes without adding to my workload?" Providers are the clinical gatekeepers — products they reject never reach patients.
Payers (Insurers)Primary concerns: cost reduction, outcome improvement, and member satisfaction. Evaluation criteria: "Does this reduce total cost of care with measurable evidence?" Payers control reimbursement — unreimbursed products have no sustainable business model.
Administrators (Health System Executives)Primary concerns: ROI, regulatory compliance, IT integration, and operational efficiency. Evaluation criteria: "Does this improve our system performance without creating implementation risk?" Administrators control procurement and budget allocation.

The Dual-Champion Strategy

The most successful healthtech sales processes identify and cultivate two champions within each target organization: a clinical champion (typically a department head or medical director) who validates the clinical value and advocates for adoption, and an administrative champion (typically a CIO, CFO, or VP of Innovation) who champions the business case and navigates procurement. Products that have only a clinical champion stall in procurement. Products that have only an administrative champion face clinical resistance. The companies that achieve rapid health system adoption — like Epic, Athenahealth, and Livongo — systematically cultivate both.

Stakeholder alignment ensures your product is wanted. But in healthcare, wanting a product and paying for it are separated by the most complex reimbursement system in any industry — and your business model must be designed around how healthcare actually pays for things, not how you wish it would.

4

Reimbursement & Business Model Design

Building a Business Model That the Healthcare Economy Will Actually Fund

Healthcare reimbursement is the single most misunderstood aspect of healthtech strategy. In most industries, if a customer wants a product and can afford it, they buy it. In healthcare, a patient may want a product, a provider may prescribe it, and the patient may be willing to pay — but if the payer does not reimburse it, the transaction often does not happen. The reimbursement landscape includes fee-for-service (payment per procedure or visit), value-based care (payment tied to outcomes), employer-sponsored benefits (sold to HR departments as wellness or benefits programs), and direct-to-consumer (patients pay out of pocket). Each model has different sales cycles, revenue profiles, and scaling characteristics. Livongo achieved rapid scale by selling to self-insured employers — bypassing the slow payer negotiation process entirely. Teladoc secured CPT codes for virtual visits, enabling fee-for-service reimbursement through existing insurance infrastructure. The business model choice should be driven by the fastest path to meaningful revenue, not the theoretically optimal reimbursement model.

  • Choose your initial reimbursement pathway based on speed to revenue, not theoretical market size: employer-sponsored benefits close in months; payer contracts take 12–24 months; fee-for-service requires CPT code coverage
  • Design product pricing around healthcare budget categories: clinical operations, pharmacy benefits, wellness programs, or risk adjustment — each has different budget owners and approval processes
  • Build ROI models that quantify the financial impact in terms payers understand: per-member-per-month cost savings, emergency room visit reduction, hospital readmission prevention
  • Layer reimbursement pathways over time: start with employer-sponsored or cash pay, then add payer contracts and fee-for-service reimbursement as evidence accumulates

Healthtech Business Models and Revenue Characteristics

Business ModelBuyerRevenue ProfileExample
Employer-sponsored benefitsHR/Benefits leaders at self-insured employersPMPM fees, typically $3–$15 per eligible member per monthLivongo, Virta Health, Hinge Health
Payer/insurance contractsHealth plan medical directors and innovation teamsPMPM or shared savings, 12–24 month sales cycleTeladoc (health plan channel), Omada Health
Fee-for-service (CPT reimbursement)Provider organizations billing through insurancePer-visit or per-procedure reimbursement via existing CPT codesTeladoc (virtual visits), Amwell, MDLive
Health system SaaSCIOs, CMOs, and department heads at hospitalsAnnual subscription, typically $100K–$2M per systemAthenahealth, Epic, Health Catalyst
Direct-to-consumerPatients paying out of pocketSubscription or per-use fees, $10–$200/monthHims & Hers, Calm, Noom, Talkspace
🔎

The Self-Insured Employer Shortcut

Approximately 65% of covered workers in the United States are in self-insured employer health plans. Self-insured employers bear the direct cost of employee healthcare and have broad discretion to add new benefits without payer approval. This makes them the fastest path to revenue for many healthtech companies: the decision-maker (HR/Benefits leader) has budget authority, the sales cycle is 3–6 months (vs. 12–24 months for payer contracts), and the evidence bar is lower (employer-grade ROI studies vs. payer-grade clinical trials). Livongo, Virta Health, and Hinge Health all achieved their first $100M in revenue primarily through the employer channel.

A viable reimbursement pathway ensures someone will pay for your product. But healthcare distribution is unlike any other industry — fragmented across thousands of health systems, governed by procurement committees, and gated by IT integration requirements that can delay deployment by months.

5

Distribution & Health System Integration

Getting Your Product Into the Hands of Patients and Providers

Healthcare distribution is the strategic challenge that kills more healthtech companies than any other. The healthcare system is extraordinarily fragmented: there are over 6,000 hospitals, 200,000 physician practices, 900 health insurance plans, and 160 million employer-covered lives in the United States alone. Reaching even 1% of this market requires navigating procurement committees, IT security reviews, EHR integration requirements, clinical workflow adoption, and privacy compliance — and each health system has its own process. The most successful healthtech distribution strategies fall into three categories: direct enterprise sales to health systems (high revenue per account but long sales cycles), platform distribution through EHR marketplaces and health plan partnerships (lower cost per acquisition but less control), and consumer-pull strategies that create patient demand that health systems cannot ignore.

  • Build EHR integration capability early — health systems will not adopt products that do not integrate with Epic, Cerner, or their existing clinical systems
  • Pursue lighthouse accounts: one or two prestigious health system deployments create credibility that accelerates the entire sales pipeline
  • Invest in implementation and customer success teams that understand clinical workflow — healthtech deployment is not software deployment; it requires clinical change management
  • Leverage payer and employer channels for distribution in addition to direct health system sales — selling through the entity that pays often has shorter sales cycles than selling to the entity that delivers care
Case StudyAthenahealth

Athenahealth's Cloud-Based Disruption of Practice Management

When Jonathan Bush founded Athenahealth in 1997, the practice management and electronic health records market was dominated by legacy on-premise vendors who charged hundreds of thousands of dollars for installations that took months and required dedicated IT staff. Bush's strategic insight was that cloud-based delivery could eliminate the implementation burden that kept small and mid-sized practices trapped on paper or outdated systems. Athenahealth offered its practice management and EHR software as a service with percentage-of-collections pricing — aligning the company's revenue with the practice's financial success. This model reduced upfront costs to near zero and made adoption economically rational for practices of any size. By the time Athenahealth was acquired for $5.7 billion, it served over 160,000 providers.

Key Takeaway

The most powerful distribution strategies in healthtech remove the barriers that prevent adoption: cost, implementation complexity, and risk. Athenahealth did not win by building the best EHR — they won by making EHR adoption economically and operationally painless.

1
Secure lighthouse health system deploymentsTarget 2–3 prestigious health systems (academic medical centers, large IDNs) for your first deployments. These accounts validate your product clinically and operationally, and their names carry weight with every subsequent prospect.
2
Build EHR integration from day oneOver 90% of US hospitals use Epic or Oracle Health (formerly Cerner). Build certified integrations with these platforms and list your product in their app marketplaces. Health systems will not consider products that require separate logins or manual data entry.
3
Invest in clinical implementation teamsHealthtech deployment is 30% technology and 70% clinical change management. Build a team that includes clinical informaticists, implementation managers, and training specialists who understand how healthcare workflows actually function.
4
Design for multisite scalabilityHealth systems often pilot in one department or facility and then roll out across the organization. Design your product and implementation process for rapid multisite expansion — from pilot to systemwide deployment in under 6 months.

Distribution gets your product into health systems. But installation is not adoption. The most common healthtech failure mode is a product that is technically deployed but clinically abandoned — sitting unused because it does not fit into the way providers actually deliver care.

6

Clinical Workflow Integration & Provider Adoption

Making Technology Invisible Inside the Care Delivery Process

Provider adoption is the graveyard of healthtech products. Physicians and nurses operate under extreme time pressure, see dozens of patients per day, and have been burned by decades of poorly designed technology that promised to help but instead added documentation burden and clicks. The average physician already spends 2 hours on EHR documentation for every 1 hour of patient care. Any product that adds to this burden — even by 30 seconds per encounter — will face resistance from the people whose adoption is essential for clinical and commercial success. The most successfully adopted healthtech products share a common design principle: they are invisible inside the existing workflow. They do not require new logins, new screens, or new steps. They surface the right information at the right moment within the tools providers already use. Epic's app marketplace succeeds because apps launch within the Epic interface. Clinical decision support tools that surface alerts within the EHR note are adopted; those that require switching to a separate application are ignored.

  • Design for the clinical workflow as it actually exists, not as you wish it existed — shadow providers for at least 40 hours before finalizing product design
  • Minimize provider burden: the product should save time on net, not add time. If your product adds any steps, it must demonstrably remove more steps elsewhere
  • Integrate within existing tools (EHR, clinical communication platforms) rather than requiring providers to use a standalone application
  • Measure adoption through clinical utilization metrics (orders placed, alerts actioned, recommendations followed), not login counts or page views

Do

  • Shadow clinicians in their actual work environment for 40+ hours before designing your product
  • Build within the EHR workflow using SMART on FHIR or EHR-native app frameworks whenever possible
  • Provide real-time clinical value at the point of care — information that is useful during the patient encounter
  • Design for the 2-minute rule: any provider-facing interaction should take less than 2 minutes per patient encounter

Don't

  • Require providers to log into a separate application outside their EHR to access your product
  • Add documentation burden without removing an equal or greater documentation burden elsewhere
  • Design clinical workflows based on how you think medicine should be practiced rather than how it is actually practiced
  • Ignore the nursing workflow — nurses are often the primary users of clinical technology and the biggest advocates or blockers of adoption

The best healthtech products are the ones clinicians forget are there. They surface the right information at the right moment without requiring the clinician to do anything different. The moment you ask a doctor to change their workflow, you have already lost.

Bob Kocher, MD, General Partner at Venrock

Provider adoption means your product is being used in clinical care. The final strategic challenge is scaling beyond individual deployments to population-level impact — and proving that your product delivers measurable outcomes at scale that justify continued investment from payers, health systems, and employers.

7

Scaling & Outcome Measurement

Proving Value at Population Scale While Maintaining Clinical Integrity

Scaling in healthtech is fundamentally different from scaling in software. In SaaS, scaling means acquiring more users and expanding revenue. In healthtech, scaling means demonstrating that clinical outcomes improve as the product reaches more patients, providers, and health systems — and that the economic value created justifies the cost at population scale. This requires sophisticated outcome measurement infrastructure: the ability to track clinical endpoints (disease progression, hospitalization rates, medication adherence), economic endpoints (total cost of care, ER utilization, readmission rates), and experience endpoints (patient satisfaction, provider satisfaction, workflow efficiency) across large, diverse populations. The companies that scale successfully in healthtech — Teladoc, Livongo, and Athenahealth — all invested heavily in outcome measurement as a core product capability, not a reporting afterthought.

  • Build outcome measurement infrastructure into the product from day one — the ability to demonstrate value at scale is your most important scaling asset
  • Track clinical, economic, and experience outcomes simultaneously: payers care about cost, providers care about outcomes, patients care about experience, and you need all three
  • Publish outcomes data regularly: annual outcome reports, peer-reviewed publications, and case studies create a compounding evidence base that accelerates sales
  • Invest in health equity measurement: demonstrate that your product delivers equitable outcomes across demographic groups — health systems and payers increasingly require this data
📊

The Healthtech Scaling Framework

Healthtech companies scale through a sequence of validation stages, each requiring progressively stronger evidence and broader organizational commitment.

Pilot (1–2 sites, 100–1,000 patients)Validate clinical workflow integration, provider adoption, and preliminary outcome signals. Success metric: provider adoption rate above 60% and positive clinical trend data.
Expansion (5–20 sites, 5,000–50,000 patients)Demonstrate repeatable deployment and consistent outcomes across diverse settings. Success metric: published outcome data and at least 3 referenceable health system customers.
Scale (50+ sites, 100,000+ patients)Prove population-level impact with statistically significant clinical and economic outcomes. Success metric: peer-reviewed publications, payer contracts, and positive ROI demonstrated across multiple populations.
Platform (health system-wide or payer-wide)Become a standard of care integrated into clinical protocols and quality measurement programs. Success metric: inclusion in clinical guidelines, quality measure programs, or payer incentive structures.
💡

Did You Know?

According to a 2023 survey by AVIA, 78% of health system leaders reported that they would be willing to pay more for healthtech products that could demonstrate outcomes data from comparable health systems. However, only 23% of healthtech vendors could provide this level of evidence at the time of procurement. The companies that invest in outcomes measurement infrastructure gain a dramatic competitive advantage in health system sales — not because their product is necessarily better, but because they can prove it is effective.

Source: AVIA Digital Health Market Survey, 2023

Key Takeaways

  1. 1Clinical evidence is your go-to-market strategy. In healthcare, published outcomes data sells more product than any marketing campaign.
  2. 2Regulatory strategy is a competitive weapon, not just a compliance requirement. Early regulatory clearance creates 12–36 month moats against competitors.
  3. 3Healthcare has four stakeholders (patients, providers, payers, administrators) who must all be satisfied — missing any one blocks adoption.
  4. 4Self-insured employers are the fastest path to revenue for many healthtech companies. Payer contracts take 12–24 months; employer sales close in 3–6 months.
  5. 5EHR integration is non-negotiable. Health systems will not adopt products that exist outside of Epic, Oracle Health, or their primary clinical system.
  6. 6Provider adoption requires workflow invisibility: the best healthtech products add zero burden and save measurable time in every encounter.
  7. 7Build outcome measurement into the product from day one. The ability to prove population-level value is the single most important asset for healthtech scaling.

Strategic Patterns

Employer-First Digital Health

Best for: Chronic disease management, mental health, musculoskeletal health, and wellness programs where self-insured employers are the fastest path to revenue and scale

Key Components

  • Per-member-per-month pricing model aligned with employer benefits budgets
  • Clinical evidence demonstrating cost savings of $500+ per enrolled member per year
  • Integration with employer benefits platforms and health plan data feeds
  • Member engagement strategies that achieve 30%+ enrollment rates among eligible employees
Livongo (diabetes management)Virta Health (diabetes reversal)Hinge Health (musculoskeletal)Spring Health (mental health)

Provider Tools & Clinical Workflow

Best for: Products that improve clinical efficiency, reduce documentation burden, or enhance diagnostic accuracy — sold directly to health systems as SaaS subscriptions

Key Components

  • Deep EHR integration through SMART on FHIR, HL7, or native EHR app frameworks
  • Demonstrable time savings per provider per day (target 30+ minutes saved)
  • Clinical validation through peer-reviewed evidence or health system pilot data
  • Implementation methodology designed for multisite health system deployment
Athenahealth (practice management)Nuance/DAX (clinical documentation AI)Viz.ai (stroke detection)Notable Health (workflow automation)

Digital Therapeutics (DTx)

Best for: Software-based interventions that treat or manage medical conditions and require regulatory approval — creating defensible moats through FDA clearance and clinical evidence

Key Components

  • FDA De Novo or 510(k) clearance for the software as a medical device
  • Randomized controlled trial evidence published in peer-reviewed journals
  • CPT or HCPCS reimbursement codes enabling insurance coverage
  • Prescription-based distribution through provider ordering within EHR workflows
Pear Therapeutics (substance use disorders)Akili Interactive (ADHD)Freespira (PTSD and panic disorder)Welldoc (diabetes management)

Common Pitfalls

Building for patients without a payer strategy

Symptom

Millions of app downloads and strong patient engagement but no revenue because there is no reimbursement pathway and patients will not pay out of pocket for ongoing clinical tools

Prevention

Define your payer strategy (employer benefits, insurance reimbursement, fee-for-service, or direct-to-consumer) before building the product. If the product cannot be reimbursed through existing healthcare budget categories, redesign the business model or the product.

Ignoring EHR integration requirements

Symptom

Product works perfectly in isolation but is rejected by health systems because it does not integrate with their EHR, requires separate login credentials, and creates duplicate documentation workflows

Prevention

Build EHR integration (Epic, Oracle Health, MEDITECH) as a core product capability, not a Phase 2 feature. Budget 3–6 months and $200K–$500K for initial EHR integration and certification. List in EHR app marketplaces as early as possible.

Treating healthcare sales like SaaS sales

Symptom

Sales cycle expectations set at 30–60 days based on SaaS benchmarks, but actual health system procurement takes 6–18 months — leading to cash flow crises and missed board projections

Prevention

Plan for 9–18 month sales cycles for health system enterprise deals. Build a pipeline that is 4–5x your revenue target. Hire salespeople with healthcare-specific experience who understand procurement committees, IT security reviews, and clinical validation requirements.

Insufficient clinical validation

Symptom

Product has strong user engagement metrics but no peer-reviewed evidence — health system clinical leaders and payer medical directors refuse to champion adoption without published clinical data

Prevention

Invest in clinical evidence from Year 1: partner with academic medical centers for studies, hire a clinical research team, and publish in peer-reviewed journals. Budget $500K–$2M for a rigorous clinical evidence program over 2–3 years.

Over-relying on the pilot-to-contract pipeline

Symptom

Dozens of pilots running across health systems but almost none converting to paid contracts — pilots become perpetual "evaluations" that consume resources without generating revenue

Prevention

Define pilot success criteria and contract conversion timelines upfront in writing. Limit pilot duration to 90 days. Require a named executive sponsor and budget allocation before starting any pilot. Walk away from pilot requests that lack committed conversion intent.

Related Frameworks

Explore the management frameworks connected to this strategy.

Related Anatomies

Continue exploring with these related strategy breakdowns.

Continue Learning

Build Your Healthtech Strategy

Ready to apply this anatomy? Use Stratrix's AI-powered canvas to generate your own healthtech strategy deck — customized to your business, in under 60 seconds. Completely free.

Build Your Healthtech Strategy for Free