OpenHealth
OpenHealth is a free browser-based search tool that consolidates published physician outcome data from CMS clinician directories, procedure volumes, quality measures, and state health agency reports into unified doctor profiles. Users search by procedure, specialty, NPI, or location and view each metric linked to its original public source, measure code, and reporting period. The tool requires no account, no seat licensing, and no integration setup. It updates nightly as new CMS and state health publications are released, and users can save shortlists locally in the browser for offline reference or sharing.
OpenHealth is a free browser-based search tool. InnovaAI rates it 4 of 10 for agency adoption, best for Content Strategist, SEO Consultant and Account Executive roles.
Agency Audit
OpenHealth aggregates published CMS and state physician outcome data into searchable doctor profiles, with each metric linked to its original public source and reporting period. Healthcare marketing agencies, medical practice SEO consultants, and patient-education content teams adopt it to replace manual CMS file downloads and fragmented outcome lookups with a single free search interface. The tool requires no account, no seat licensing, and no integration setup, making it a zero-friction addition to research workflows for teams creating physician-comparison content or patient decision-support materials.
3recommended
30/mo
No paid plan published
Low
Illustrative scenario. Not a guarantee. Net capacity needs a verified paid base plan, and none is published for this service, so it is not modeled. Hours saved come from the service estimate; implementation, taxes, and unprovided usage charges are excluded.
- Content Strategist handling physician outcome research for comparison content
- SEO Consultant handling patient education material data gathering
- Account Executive handling location-based physician landing page population
- Your agency works exclusively with private practices or specialty clinics that do not report to CMS or state health agencies. OpenHealth only surfaces published outcome data, so practices without public reporting will not appear in search results.
- Your team needs proprietary or unpublished clinical outcomes, patient satisfaction scores beyond CMS measures, or real-time procedure scheduling data. OpenHealth is a read-only aggregator of public health reports and does not connect to EHR systems or practice management platforms.
- Your content workflow requires API-driven data pipelines or automated metric updates into your CMS or design tools. OpenHealth is a browser-based search tool with local browser storage for shortlists; it does not offer API access or webhook integrations.
Internal Adoption Path
No paid plan published
30 hr/mo
3 seats × 10 hr each
$2,250/mo
modeled at $75/hr labor rate
No paid plan published
Illustrative scenario. Not a guarantee. No verified paid base plan is published for this service, so subscription cost and net capacity are not modeled. Implementation, taxes, and unprovided usage charges are excluded.
Platform Features
Core capabilities of OpenHealth
Search doctors by procedure, specialty, and location
Content strategists query physicians by knee replacement, cardiac surgery, or other procedure categories, then filter by state and NPI to build targeted comparison lists. Eliminates manual CMS directory downloads and spreadsheet filtering for location-based physician content.
Aggregate CMS procedure volume and quality measures into unified profiles
Each doctor profile displays Medicare procedure volume, patient count, and risk-adjusted outcome rates from CMS MIPS and state health reports in a single view. Account executives and content teams no longer cross-reference three separate CSV files to populate physician-comparison tables.
Link each outcome metric to its original public source and reporting period
Every published outcome number includes a direct reference to the CMS measure code, reporting period, and source agency. Patient-education content teams cite these links as proof that metrics come from official health reports, not proprietary vendor claims.
Display state-published risk-adjusted cardiac surgery and hospital outcome rates
Cardiac and orthopedic specialists access state-level outcome data alongside CMS national measures, giving content teams access to regional performance benchmarks. Supports creation of geographically nuanced physician-selection guides.
Nightly updates to public health report coverage
OpenHealth checks for new CMS and state health publications each night and updates doctor profiles automatically. Content teams avoid manual refresh cycles and can trust that published metrics reflect the latest available data.
Save shortlists locally in the browser without an account
Researchers bookmark or export a list of doctors for a specific procedure and location without creating a login or account. Reduces friction for ad-hoc research and allows team members to share shortlists via browser export without platform dependency.
What Makes OpenHealth Different
Unique advantages vs similar tools in this niche
Links each outcome figure to its source, measure, and period
vs Review sites that sort doctors by star ratings and review countsThe site states each value keeps its source, measure and period, and that OpenHealth does not rank doctors or combine records into one score.
Surfaces published surgical outcomes rather than visit reviews
vs Review sites where reviews describe the wait, front desk, and parkingCopy notes that reviews rate the visit, not the surgery, while OpenHealth reads the public files for each doctor.
Value Equation
Outcome-likelihood-time-effort assessment for OpenHealth
Value math requires real pricing
The Value Equation (dream outcome × likelihood ÷ time × effort) feeds directly into ROI math. OpenHealth has no published pricing, so we hold this section until real numbers are available.
Contact OpenHealthPricing
Pricing data not yet available for OpenHealth.
Reality Check
OpenHealth covers only published outcome data from CMS and state health agencies, so it cannot surface unpublished clinical results or proprietary practice metrics. Teams expecting real-time data feeds or API access will need to continue manual CMS file downloads alongside OpenHealth searches.
Low effort: self-service setup with guided onboarding
How This Accelerates White-Label Services
Who It's For
- ✓healthcare-marketing-agencies
- ✓medical-practice-seo-consultants
- ✓patient-education-content-teams
Acceleration Steps
- 1Sign up and connect your account
- 2Configure search doctors by procedure, condition, specialty, or npi and location
- 3Launch your first client project
Academy for OpenHealth
Work through it in order: the course for this service first, then the modules behind it.
Course for this service
OpenHealth Agency Implementation, Physician Data Monetization
Learn how to build physician comparison content, lead generation workflows, and healthcare reporting services using OpenHealth's consolidated CMS and state outcome data. This course teaches agencies to deliver client-ready doctor profiles, procedure volume reports, and quality measure comparisons without manual data aggregation or spreadsheet maintenance.
Open the courseNo Academy modules are published for this service yet. Browse the full Academy
Why this category matters
The commercial case before the tooling.
Core concepts
The mental model you need to price and scope the work.
- Self-Report Decay RateConcept
Self-Report Decay Rate is the framework for estimating how fast a piece of research evidence loses predictive value after collection. Stated preference decays fastest: a survey answer about intent holds for weeks, a behavioral recording holds for quarters, and a structured observation of what people actually did holds longest. Agencies that treat every input as equally durable end up rebuilding strategy decks on stale self-report while the behavioral record underneath has already shifted. The practical move is to date-stamp every insight with its decay class before it enters a client deliverable, then set a refresh interval per class. A conversational capture tool such as Typeform is efficient for stated-preference work, but its output should carry a shorter shelf life than a Hotjar-style session recording of the same funnel. With 69% of marketers publishing more AI-generated content than last year, the volume of cheap self-report keeps rising while its marginal predictive value falls, which makes decay classification a defensible differentiator rather than a research nicety.
- Evidence Depth LadderConcept
The Evidence Depth Ladder ranks research inputs by how much they can be trusted when a client challenges a recommendation. Rung one is self-reported data: survey answers, form responses, stated preferences. Rung two is observed behavior: session recordings, click paths, drop-off points. Rung three is verified outcome: what actually converted, renewed, or paid. Most agency research stacks stall on rung one because forms are cheap and fast, and the resulting decks collapse the moment a client asks why. The framework's rule is that no strategic claim ships on a single rung. Pair a Typeform intake with behavioral evidence before writing the recommendation, and treat tools that only capture stated intent (IdeaStream's Reddit and search-trend signals, for instance) as hypothesis generators rather than proof. The ladder also sets retainer pricing: rung-three evidence commands diagnostic fees, rung-one evidence gets bundled into project scope. Agencies that climb deliberately can defend a recommendation in a renewal meeting instead of re-running the study.
- Self-Report Decay RateConcept
Self-Report Decay Rate is the gap between what a respondent says in a form and what the same person does when observed. Every research tool in this category captures stated data: a Typeform survey, a moderated test, a feedback widget. That data is cheap to collect and fast to report, but its predictive value falls as the decision gets more expensive. The framework asks agencies to score each client decision on two axes, cost of being wrong and distance from the moment of behavior, then route only low-stakes calls to self-report alone. A useful calibration: an Anthropic study gave 50 experts an AI agent whose preferences were set by coin toss, and those experts adopted the agent's views up to 86 percent of the time on judgment calls. If trained specialists defer that readily to an ungrounded opinion, client stakeholders will do the same with a 40-response survey. Pair stated data with observed behavior before it reaches a retainer deliverable.
Decision and risk
How to judge the fit, and the ways it goes wrong.
- When Research Tools Produce Self-Reported Data Only, Add Behavioral Evidence Before ReportingEvaluation Rule
Treat self-reported research as a hypothesis generator, not a verdict, and pair every stated-preference finding with at least one behavioral or observational signal before it reaches a client report.
- When Research Tools Feed Agentic Workflows, Gate the Data Before It ActsEvaluation Rule
Insert a human approval checkpoint between any research tool's output and any automated action that touches client budget, messaging, or third-party platforms.
- The Self-Report Trap: Why Research Tools Produce Confident Answers Your Agency Cannot DefendFailure Pattern
- Why Research Tools Produce Confident Answers Nobody Can DefendFailure Pattern
8 modules selected for OpenHealth
Frequently Asked Questions
Answers about pricing, setup
OpenHealth aggregates published physician outcome data from CMS clinician directories, procedure volumes, and quality measures alongside state-published risk-adjusted cardiac and hospital outcome rates. Users search doctors by procedure, specialty, NPI, or location and view each metric linked to its original public source and reporting period. The tool is free, requires no account, and updates nightly as new public health reports are published.
OpenHealth is free with no account required. There are no per-seat licenses, subscription tiers, or usage limits.
Content strategists and SEO consultants building physician-comparison or patient-education materials use OpenHealth to replace manual CMS file downloads with searchable outcome profiles. Account executives preparing physician-selection guides or practice marketing materials use it to surface published outcome data alongside volume metrics. Operations teams managing research workflows for multiple content projects benefit from the nightly data updates, which eliminate manual refresh cycles.
A content strategist or SEO consultant who currently spends 2 to 4 hours per week downloading CMS CSV files, cross-referencing NPIs, and filtering by location can compress that research phase to 20 to 40 minutes per project using OpenHealth's unified search interface. Savings scale with the number of physician comparisons your team builds per month; teams producing 4+ comparison guides per month see the highest payback.
OpenHealth is a standalone browser-based search tool with no API, webhook, or plugin integrations. Teams export shortlists locally or manually copy metrics from doctor profiles into their design or CMS tools. If your workflow requires automated data pipelines or real-time metric updates into your content platform, you will need to continue manual CMS downloads or use a third-party data integration service.
OpenHealth aggregates CMS clinician directory listings, Medicare procedure volumes, MIPS quality measures, and state-published risk-adjusted outcome rates for cardiac surgery and hospital procedures. It does not include proprietary practice metrics, unpublished clinical outcomes, patient satisfaction scores beyond CMS measures, or real-time scheduling data. Coverage is limited to physicians and procedures with published CMS or state health agency reporting.