Table of Contents
Why Healthcare Interoperability Still Breaks at Scale
Healthcare interoperability should be solved by now.
The systems exist.
The standards exist.
The mandates exist.
Yet at scale, interoperability in healthcare still breaks. Not occasionally. Consistently.
In 2023, nearly 70% of acute care hospitals in the United States engaged in at least one of the four core interoperability actions: send, receive, find, and integrate. On paper, that sounds like progress. In reality, it reveals a deeper problem.
Healthcare data is moving. It just is not moving well, together, or in real time.
Interoperability Meaning
Interoperability is the ability of different systems to exchange data, understand it, and use it correctly without manual intervention. It ensures information moves seamlessly across platforms while preserving accuracy, context, and timeliness.
In healthcare, interoperability enables clinical and administrative systems to share real-time patient data to support coordinated care, efficient operations, and better outcomes.
The Reality of Multi-System Healthcare Environments
Modern healthcare runs on a web of disconnected systems.
- EHRs
- Practice management systems
- Laboratory systems
- Imaging platforms
- Patient engagement tools
- Billing and payment systems
Every patient interaction touches multiple platforms across both clinical and administrative domains. Data must flow continuously between them for care to function efficiently.
This is not optional. It is structural.
Clinical decisions depend on lab results and imaging. Operational workflows depend on eligibility, scheduling, and claims. Patient experience depends on everything staying in sync.
And yet, interoperability in healthcare is still largely transactional, not operational.
Hospitals may technically be able to send or receive data. But that does not mean the data arrives where it needs to be, when it needs to be there, or in a form clinicians can actually use.
Data Is Moving, But Not Where It Matters
Despite more than 70% of hospitals participating in health information exchange, only 42% of clinicians actually use that external data at the point of care.
That gap matters.
If interoperability were truly working, clinicians would not avoid the data. They would rely on it. The low usage rate is not a training problem or a motivation problem. It is a workflow problem.
Data is often buried in external tabs or portals and is not normalized into the clinical workflow.
When accessing patient history becomes effort instead of acceleration, clinicians skip it. In high-pressure environments, friction always loses.
Expectations vs Reality in Healthcare Interoperability
Expectation: Real-time, reliable data flow
Clinicians expect patient data to be available instantly, complete, and trustworthy.
Reality: Delays, partial syncs, mismatches, manual fixes
Data arrives late.
Systems update out of sequence.
Clinical and administrative records drift apart.
What is labeled as interoperability often stops at the exchange boundary. The data technically arrives, but not in time, not consistently, and not integrated into decision-making workflows.
Why “Interoperable” Rarely Means Real-Time
One uncomfortable truth is rarely discussed. Most organizations are not consistently engaging across all interoperability domains.
Hospitals may send data but not integrate it. They may receive data but not trust it.
They may find records but not use them operationally.
If interoperability delivered real value, engagement would be continuous. Instead, usage remains episodic.
Why?
Because interoperability pipelines are fragile.
Data frequently arrives after clinical decisions are already made.
Updates occur out of order across systems.
Administrative and clinical workflows operate on different clocks.
A national survey found that only about 4 in 10 health information exchanges routinely sent data aligned with USCDI standards, and only about one-third routinely received such data. That signals deeper semantic, structural, and sequencing issues in healthcare data exchange.
The pipes exist. The pressure does not hold.
The Growing Gap Between Digital Care Expectations and Technical Reality
Healthcare delivery models are accelerating: faster care pathways, higher patient volumes, and lower tolerance for workflow friction.
Interoperability infrastructure has not kept pace.
Even when hospital systems report high EHR completeness, the reality is more fragile. Multiple studies show that 15 to 30% of key clinical variables are missing in many EHR environments. That creates a false sense of data readiness.
Incomplete data becomes unreliable data.
Unreliable data becomes unused data.
Unused data breaks digital care models.
Analytics, decision support, population health, and patient experience all depend on timely and complete information. When the underlying data is fragmented, every downstream initiative inherits that failure
The Core Problem
Healthcare interoperability did not fail because systems cannot exchange data.
It failed because exchange was mistaken for integration, and integration was mistaken for usability.
Until healthcare systems deliver real-time, workflow-native, semantically aligned data across every domain of care, interoperability will continue to break at scale.
And clinicians will continue to work around it.
The Structural Reasons! Most Healthcare Platforms Fail at Real-Time Integration
1. Legacy Architecture: Built for Batch, Not Events
Most clinical systems were designed in an era when batch processing was acceptable. That design choice still haunts modern integration.
- File-based syncs, nightly ETL jobs, and scheduled exports are the norm, not the exception.
- Batch systems create delayed system awareness, so care teams never see the same patient state at the same time.
- Event-driven design is required for real-time integration, but retrofitting event streams into monolithic EHRs is costly and brittle.
If your platform cannot react to events (lab result posted, admit/discharge, claim status change) you do not have real-time integration, you have delayed synchronization.
2. Standards Without Consistency
Standards exist, but consistency does not. The difference between being technically “FHIR-compliant” and truly interoperable is huge.
- HL7 and FHIR provide schemas and profiles, but vendor-specific interpretations create translation gaps.
- Implementations often omit optional fields, use different code systems, or reorder payloads, causing brittle parsing and semantic mismatches.
- “FHIR-compliant” in one system frequently means “semi-usable” in another.
Trust, but verify. Continuous conformance testing and production-level normalization are mandatory for interoperability that supports clinical workflows.
3. The Hidden Cost of Custom Integrations
Custom point-to-point integrations look like a quick win. Over time they become the biggest drag on velocity.
- Long timelines and high engineering effort make each integration a project, not a feature.
- Ongoing maintenance overhead is rarely budgeted, so integration debt compounds.
- Every custom connector increases total cost of ownership, slows upgrades, and amplifies fragility.
Favor platform-based integration patterns (APIs, middleware, normalized data models) over bespoke connectors. If you must customize, control it through modular adapters that are versioned and testable.
4. Administrative vs Clinical Data Misalignment
Clinical and administrative systems were built for different purposes. Their data models are misaligned by design.
- Different data models: scheduling, eligibility, and claims use structures that do not map cleanly to clinical problems and diagnoses.
- Identity mismatches occur across systems, causing duplicate patient records and forced manual reconciliation.
- Sync conflicts between clinical updates and administrative workflows require manual resolution, creating latency and risk.
Real-time integration requires a shared identity backbone and canonical models for the most critical variables (patient, encounter, allergies, medications, results).
5. Information Blocking and Vendor Lock-In
Access to data is often limited more by business models than by technology.
- Limited access to real-time APIs or restricted write-back capabilities prevent closed-loop workflows.
- Proprietary workflows lock organizations into vendor-specific processes, making integration expensive or impossible.
- Where APIs exist, throttling, partial scopes, and paywalls limit practical usage.
Negotiate API access and write-back rights up front. Vendor selection must include integration posture and contractual API guarantees.
6. Operational Consequences for Healthcare Teams
The failures above do not stay in architecture diagrams. They show up in day-to-day clinical and administrative work.
- Duplicate data entry and fragmented records increase risk and reduce clinician time for care.
- Delayed scheduling, billing errors, and missed follow-ups erode revenue and patient trust.
- Staff burnout rises as reconciliation work becomes a persistent, manual task.
Measure operational KPIs tied to integration health: percent of events handled in real time, manual reconciliation hours per week, and time-to-action for critical clinical alerts.
Short Roadmap to Fix Real-Time Failures (practical, immediate)
- Inventory event sources and classify them by clinical impact.
- Implement an identity resolution layer for patient and encounter matching.
- Adopt a canonical data model for core clinical and administrative entities.
- Build or adopt an event bus and API gateway with rate controls and observability.
- Prioritize a small set of write-back operations that close clinical loops.
Real-time integration is not a feature toggle. It is a program: architecture changes, standards governance, vendor contracts, and continuous operations. If you treat interoperability as a checkbox you will get checkbox results. If you treat it as an operational capability with SLAs and measurable KPIs, you will change how care is delivered.
Make the architecture event-first, the standards verified, the integrations maintainable, and the identity consistent. Then real-time integration stops being a dream and becomes a predictable capability.
What Real-Time Interoperability Actually Requires
Healthcare interoperability does not fail because teams lack effort. It fails because most platforms are still built on the wrong architectural assumptions.
To deliver real-time data exchange across EHRs, practice management systems, labs, imaging, billing, and patient engagement platforms, healthcare organizations must move beyond batch-based synchronization and adopt event-driven, API-first integration foundations.
Event-Driven Architecture vs. Batch-Based Sync
Batch sync tells you what happened. Event-driven systems tell you what’s happening. In healthcare, that difference is measured in hours, not milliseconds.
Research consistently shows that streaming/event-driven architectures surface clinical risk 3–5 hours earlier than batch-based workflows. Batch waits for schedules. Events fire immediately.
Batch pipelines introduce built-in latency: nightly jobs, polling cycles, and file drops. Event-driven systems remove that delay, cutting processing latency by ~70% in real-world studies.
Message brokers operate in milliseconds. Batch operates in windows. Milliseconds support alerts, automation, and clinical decisions. Windows create blind spots.
Batch-based sync creates stale views of patient state. Event-driven integration maintains continuous system awareness.
Batch pipelines break silently. Event-driven pipelines surface failures in real time.
If care delivery depends on timing, and it does, batch-based sync is structurally misaligned with healthcare workflows.
API-First Design as a Foundational Requirement
Real-time integration cannot exist without API-first design. APIs are not integration accessories. They are the integration surface.
In many healthcare platforms, APIs are layered on after the core product is built.
They expose limited data, restrict write-back, and throttle usage in production. This creates read-only interoperability that cannot support closed-loop workflows.
API-first platforms invert this approach. Core business logic is built behind APIs. Every function is callable, observable, and securable. Write-back is a default capability, not a special permission.
Without API-first architecture, real-time healthcare integration remains partial, fragile, and operationally constrained.
Normalized Data Models Across Clinical and Administrative Domains
Clinical and administrative systems rarely speak the same language.
- Clinical platforms prioritize problems, diagnoses, medications, and results.
- Administrative systems prioritize eligibility, scheduling, coverage, and claims.
Real-time interoperability requires normalization across these domains.
Normalized data models establish a shared representation for core entities such as patient, encounter, provider, location, and payer. They absorb vendor-specific variations and present a consistent structure to downstream workflows.
Without normalization, every integration becomes a translation exercise. With normalization, workflows become reusable, scalable, and reliable.
Normalization is not optional. It is the only way to prevent integration logic from being rewritten for every system pair.
Continuous Identity Resolution and Patient Matching
Identity is the silent breaker of healthcare interoperability. Patient matching is not a one-time event. It is a continuous process.
Patients update demographics. Systems ingest partial records and therefore, identifiers vary across EHRs, labs, and payers.
Continuous identity resolution uses probabilistic matching, deterministic rules, and ongoing reconciliation to maintain a unified patient identity across systems. When identity resolution is static or manual, errors compound and trust erodes.
Real-time integration depends on identity confidence. Without it, data may move quickly but land on the wrong record, creating clinical risk and operational rework.
Observability, Error Handling, and Self-Healing Pipelines
Most integration failures are discovered by end users. That is too late.
Real-time integration requires deep observability across every data flow. Systems must know when events fail, when messages are delayed, and when downstream systems do not acknowledge updates.
Effective integration platforms include:
- End-to-end event tracing
- Structured error classification
- Automated retries and compensating actions
Self-healing pipelines reduce manual intervention and prevent minor issues from becoming operational outages. Observability transforms integration from a black box into a managed system.
If you cannot see it, you cannot trust it.
If you cannot trust it, clinicians will not use it.
Security, Governance, and Auditability at Every Data Touchpoint
Healthcare data cannot move freely without control. Real-time integration increases data velocity, which increases the importance of governance.
Security must be enforced at every API call, event, and transformation. Role-based access, tokenization, and encryption must be native, not bolted on.
Governance defines who can send data, who can modify it, and under what conditions. Auditability ensures every action is traceable for compliance, dispute resolution, and clinical accountability.
Real-time does not mean uncontrolled. It means governed at speed.
In Short:
This is the benchmark.
- Event-driven, not batch-based
- API-first, not API-limited
- Normalized, not translated repeatedly
- Identity-resolved, not reconciled manually
- Observable, not opaque
- Secure and auditable by default
Any healthcare integration platform should be evaluated against these principles before claims are believed.
This is the baseline required for real-time interoperability at scale.
The Core Integration Capabilities of a Robust Medical Interoperability Platform
Healthcare interoperability fails when platforms optimize for connectivity instead of continuity. Moving data is not enough. The system must preserve workflow, timing, identity, and trust across every clinical and administrative domain.
An ideal interoperability platform is not a collection of interfaces. It is a real-time operational layer that keeps the enterprise aligned.
CERTIFY Health is designed around that principle.
Below are the four core integration pillars required for interoperability at scale and how CERTIFY Health operationalizes each one.
1. Real-Time EHR Integrations Across Enterprise Environments
Enterprise healthcare environments are fragmented by default.
Multiple EHRs
Multiple instances of the same EHR
Multiple locations, service lines, and workflows
Most integration platforms assume a single EHR, a single instance, and a single data owner. That assumption breaks immediately in real health systems.
CERTIFY Health is designed for healthcare enterprise reality, not idealized diagrams.
Bidirectional, event-driven data exchange
CERTIFY Health supports true bidirectional integration with major EHRs including Epic, Cerner, Meditech, and 1000+ others. Know More.
This is not batch-based synchronization. This is event-driven exchange.
When something changes in the EHR, CERTIFY Health knows immediately. When an operational system updates patient or encounter data, the EHR receives it in near real time.
Events supported include:
- Patient demographics updates
- Encounter creation and status changes
- Orders, referrals, and results
- Coverage and administrative updates
This eliminates the lag that forces teams to reconcile systems manually.
Multi-instance, multi-location support
Large health systems rarely run a single EHR instance.
They operate:
- Separate instances for hospitals and clinics
- Different configurations across regions
- Acquired systems still running legacy stacks
CERTIFY Health treats each instance as a first-class participant in the integration fabric. Identity, routing, and event propagation are handled centrally, not custom-built for each connection.
Write-back that preserves workflow continuity
Read-only interoperability creates operational dead ends.
CERTIFY Health supports controlled, governed write-back into EHRs so workflows remain intact. Updates flow back into the systems clinicians already use, rather than forcing them into parallel tools or external portals.
Write-back capabilities are designed to:
- Respect EHR permissions and roles
- Preserve audit trails
- Avoid overwriting clinician-entered data
Monitoring, retries, and failover by default
Every connection is observable.
CERTIFY Health continuously monitors message delivery, latency, and failures. Retries and failover are built into the platform, not handled through ad hoc scripts or manual checks.
The result is simple.
- Administrative and clinical systems stay continuously aligned.
- Reconciliation loops disappear.
- Operational confidence increases.
2. Standards-Based Integration Layer
FHIR and HL7 are necessary. They are not sufficient.
Most platforms stop at basic compliance. They implement the minimum required fields, expose partial resources, and label themselves interoperable.
CERTIFY Health focuses on production depth, not checkbox compliance.
Practical application of FHIR across real workflows
FHIR resources are implemented to support actual clinical and administrative use cases, not just data exchange demonstrations.
That includes:
Consistent use of core resources across encounters
- Reliable references between patient, provider, and organization
- Support for workflow-driven updates and state changes
- FHIR is treated as an operational contract, not a static schema.
High-volume HL7 messaging without degradation
Many healthcare environments still rely on HL7 feeds for critical real-time workflows.
CERTIFY Health supports high-throughput HL7 messaging with:
- Guaranteed delivery
- Sequencing control
- Normalization across source systems
This allows organizations to modernize incrementally without breaking existing workflows.
Transformation and normalization layer
Vendor-specific variations are the hidden cost of interoperability.
CERTIFY Health includes a robust transformation layer that normalizes incoming and outgoing data into canonical models. This absorbs differences in:
- Field naming
- Code systems
- Message structure
- Optional versus required elements
Downstream systems interact with consistent data, regardless of the source.
Identity resolution across systems and encounters
Standards do not solve identity.
CERTIFY Health integrates identity resolution directly into the standards layer. Patient and encounter identities are continuously reconciled across EHRs, labs, and administrative systems.
This prevents duplicate records, mismatches, and silent data corruption.
APIs that evolve with standards
CERTIFY Health APIs are modular and versioned. As standards evolve, integrations adapt without breaking downstream systems. The result is standards that work in production, not just on paper.
3. Lab and Diagnostics Connectivity Without Delays
Lab and imaging data loses value with every minute of delay.
Yet in many organizations:
- Orders are routed in batches
- Results arrive late
- Clinicians discover findings after decisions are already made
CERTIFY Health removes that delay.
Real-time lab and imaging order routing
Lab and imaging orders are transmitted as events, not files.
Routing rules ensure the right diagnostic partner receives the order immediately, with all required context and identifiers intact.
Immediate result ingestion
As soon as results are available, CERTIFY Health ingests and propagates them across the enterprise.
Clinicians gain access without:
- Manual refresh
- Portal hopping
- Secondary notifications
- Results appear where care is delivered.
Standardized coding and result mapping
CERTIFY Health normalizes diagnostic codes and result structures across vendors. This supports:
- Consistent interpretation
- Reliable analytics
- Reduced follow-up errors
Reduced turnaround time and missed follow-ups
By eliminating delays and mismatches, CERTIFY Health reduces missed results and late interventions.
Diagnostics flow at the pace of care delivery, not the pace of file transfers.
4. Partner Ecosystem, Marketplaces, and Open APIs
Modern care delivery depends on an ecosystem.
- Digital health tools
- Remote monitoring platforms
- Patient engagement solutions
- Revenue cycle partners
CERTIFY Health is designed as an open interoperability layer, not a closed system.
Seamless partner connectivity
Partners integrate once with CERTIFY Health, not separately with every EHR or operational system.
This dramatically reduces integration timelines and ongoing maintenance effort.
Secure, governed API access
All partner access is governed by:
- Role-based permissions
- Scope-limited APIs
- Full auditability
Security and governance are enforced without slowing integration velocity.
Event-based ecosystem data sharing
Partners can subscribe to relevant events rather than polling for updates. This enables real-time coordination across the care continuum.
Future-proof extensibility
New partners and capabilities can be added without rebuilding existing integrations. The platform expands horizontally, not exponentially.
The result is an interoperability layer that grows without complexity.
The Outcome That Matters
CERTIFY Health is not positioned as another integration tool. It is positioned as an enterprise-grade interoperability foundation.
- Real-time, not delayed
- Bidirectional, not read-only
- Normalized, not fragmented
- Observable, not opaque
- Open, not locked
When these pillars are in place, interoperability stops being a problem teams work around and becomes infrastructure they rely on.
That is the difference between connectivity and continuity.
Unified Platforms vs. Middleware: How Healthcare Is Evolving
Healthcare interoperability is in the middle of a structural shift. For years, organizations relied on middleware translation layers to connect disconnected systems. That approach enabled early progress, but it is reaching its limits.
As care delivery accelerates and workflows demand real-time coordination, healthcare is moving away from patchwork integration toward unified platforms designed for continuous data flow.
This section explains why that shift is happening.
Middleware Translation Layers: Strengths and Limits
Middleware emerged to solve a real problem. Healthcare systems spoke different languages.
Direct integrations were expensive, and standards adoption was inconsistent.
Translation layers provided a central point to map, route, and transform data between systems. They reduced the number of point-to-point connections and made initial interoperability possible with abstract vendor-specific formats.
They accelerate early integration efforts. They reduce the need for custom connectors between every system pair.
But middleware was designed for connection, not continuity.
As healthcare environments scaled, several limitations became unavoidable.
Middleware often operates outside core workflows, meaning data arrives but does not drive action.
Many translation engines rely on batch processing or polling, which introduces latency. Error handling and observability are limited, pushing reconciliation work onto operations teams.
Most importantly, middleware does not own the data model. It translates what it sees, but it does not enforce alignment across clinical, operational, and financial domains.
This creates a fragile layer that grows more complex with every new integration.
Why Unified Healthcare Platforms Reduce Integration Friction
Unified platforms take a fundamentally different approach.
Instead of connecting systems after the fact, they are designed around shared data models and continuous data flow from the start.
In a unified suite:
Clinical, administrative, and financial functions operate on aligned representations of the same patient, encounter, and workflow.
- Events propagate internally without translation overhead.
- State changes are immediately visible across the platform.
- This reduces integration friction because fewer handoffs exist.
- There are fewer mappings.
- Fewer synchronization points.
- Fewer opportunities for drift.
Unified platforms do not eliminate integration needs. External systems still exist. But they drastically reduce internal fragmentation, which is where most operational inefficiency originates.
Native Alignment Between Clinical, Operational, and Financial Systems
The most costly failures in healthcare interoperability occur at the boundaries between domains.
- Clinical systems focus on care delivery.
- Operational systems manage scheduling and capacity.
- Financial systems manage eligibility, billing, and claims.
When these domains operate on different timelines and data versions, downstream problems multiply.
Unified platforms enforce native alignment.
A patient update in one domain is reflected across all domains in near real time.
An encounter status change drives scheduling, documentation, and billing workflows simultaneously. Financial actions do not lag behind clinical reality.
This alignment reduces rework, accelerates throughput, and improves data trust across the organization.
The Shift Toward Platforms Designed for Continuous Data Flow
Healthcare is no longer episodic.
Care is longitudinal, operations are continuous, and patient engagement is ongoing.
Batch-based integration and translation-centric middleware cannot keep up with this shift.
Platforms designed for continuous data flow are event-driven, API-first, and observable. They treat every system update as a signal, not a record to be processed later.
This enables:
- Real-time clinical decision support
- Faster operational coordination
- Accurate financial workflows without manual intervention
Continuous data flow changes how organizations operate. It reduces the cognitive load on staff and allows systems to do the synchronization work humans should not be doing.
CERTIFY Health is the Embodiment of This Evolution
CERTIFY Health represents this evolution from middleware to unified interoperability platform.
Rather than sitting between systems as a passive translator, CERTIFY Health acts as an active operational layer.
- It maintains aligned data models across clinical and administrative domains.
- It propagates events in real time across connected systems.
- It supports bidirectional workflows without forcing teams to change how they work.
CERTIFY Health reduces dependence on brittle translation logic and replaces it with a platform designed for continuous, governed data flow.
The result is not just better integration.
It is a healthcare environment where systems stay aligned, workflows stay intact, and data moves at the speed care now requires.
That is the direction healthcare interoperability is heading.
The Operational Impact of True Real-Time Interoperability
Real-time interoperability is often discussed as a technical achievement. In practice, its value is operational. When healthcare systems exchange data continuously and reliably, the day-to-day work of care delivery changes in measurable ways.
True real-time interoperability removes delay, ambiguity, and manual reconciliation from the system. It aligns clinical, operational, and financial workflows around a shared, current view of the patient and the organization.
The impact shows up differently for each stakeholder group, but the underlying benefit is the same: confidence in the data.
Providers: Always-Current Clinical Context
For providers, timing is everything.
Clinical decisions are made in minutes, sometimes seconds. Data that arrives late may as well not arrive at all.
Real-time interoperability ensures that:
- Patient demographics, allergies, medications, and problem lists are current at the moment of care.
- Lab and imaging results appear as soon as they are available.
- External clinical history is integrated directly into the workflow, not buried in separate portals.
When systems are continuously synchronized, providers do not have to question whether the information they see is complete or outdated. That trust reduces cognitive load and allows clinicians to focus on care delivery rather than data verification.
The result is fewer interruptions, fewer follow-up calls, and more informed decisions at the point of care.
Operations: Synchronized Scheduling, Intake, and Billing
Operational teams feel the impact of interoperability failures immediately.
- Scheduling errors create backlogs.
- Intake delays frustrate patients.
- Billing mismatches lead to denials and rework.
Real-time interoperability aligns these workflows. When scheduling systems, intake tools, eligibility services, and billing platforms share the same real-time data, operational friction drops sharply.
Efficiency could improve by as much as 15% with higher interoperability.
Appointments update instantly across systems. Coverage changes propagate before services are delivered. Encounter status drives downstream billing without manual intervention. This synchronization shortens cycle times and reduces the need for corrective work. Operations teams move from constant cleanup to proactive coordination.
IT: Fewer Interface Failures, Faster Deployments
For IT teams, integration is often a source of recurring incidents.
Batch jobs fail silently. Interfaces break during upgrades. Troubleshooting consumes disproportionate effort.
Real-time interoperability platforms change this dynamic.
Event-driven architectures surface failures immediately. Observability tools provide visibility into message flow, latency, and error conditions. Automated retries and failover reduce the need for manual intervention.
Deployment velocity improves as well.
New integrations can be activated faster because they follow standardized patterns and normalized data models. Changes are tested and monitored continuously rather than discovered through downstream breakage.
IT teams spend less time firefighting and more time improving infrastructure.
Compliance: Traceable Data Movement
Compliance depends on visibility. Regulators and auditors need to know where data came from, where it went, and who accessed or modified it.
Real-time interoperability platforms provide end-to-end traceability. Everything is logged, recorded, and auditable.
This level of traceability simplifies compliance with privacy, security, and data governance requirements. It also accelerates incident response when issues arise.
Compliance shifts from reactive documentation to continuous assurance.
Leadership: Lower Integration Costs, Faster Innovation Cycles
For leadership, the value of real-time interoperability is strategic.
Fragmented integration increases costs through custom development, ongoing maintenance, and operational inefficiency. It also slows innovation, as every new initiative requires new interfaces.
True real-time interoperability reduces both cost and friction.
Standardized integration patterns lower engineering effort. Reusable workflows shorten time-to-market. Operational efficiency improves across departments.
With a stable interoperability foundation, organizations can adopt new technologies, expand partnerships, and redesign care models without rebuilding their integration layer each time.
Innovation cycles accelerate because the infrastructure is no longer the bottleneck.
The Common Thread
Across providers, operations, IT, compliance, and leadership, the benefits of real-time interoperability converge on one outcome.
Aligned systems.
Trusted data.
Faster action.
When healthcare organizations achieve true real-time interoperability, integration stops being a background problem and becomes a competitive advantage.
That is the operational impact that matters.
Implementation Blueprint for Enterprise-Grade Interoperability
Enterprise-grade interoperability is not achieved by installing software and hoping systems align. It requires a disciplined implementation approach that treats integration as core infrastructure, not a side project. The blueprint below outlines the phases healthcare organizations must execute to achieve reliable, real-time interoperability at scale.
This is the operational path from fragmented systems to continuous data flow.
1. Discovery and System Mapping
Every successful interoperability program begins with clarity.
Discovery is not a vendor inventory. It is a functional mapping of how data actually moves across the organization today.
This phase documents:
- All clinical, operational, and financial systems in scope
- System ownership and integration responsibilities
- Data producers versus data consumers
- Critical workflows dependent on data exchange
It also surfaces hidden complexity.
- Multiple instances of the same EHR
- Shadow systems built by departments
- Manual workarounds compensating for integration gaps
Without accurate system mapping, downstream architecture decisions are guesses. Discovery creates the shared understanding required to design an integration layer that reflects reality, not assumptions.
2. Data Flow Architecture and Interface Specification
Once systems are mapped, the focus shifts to how data should move, not just where it goes.
This phase defines:
- Event sources and triggers
- Directionality of data exchange
- Latency requirements by workflow
- Read and write responsibilities for each system
Interfaces are specified at the workflow level. That means defining what must happen when an encounter is created, a result is posted, or coverage is updated.
Standardization happens here.
FHIR resources and HL7 messages are selected based on use case. Canonical models are defined to normalize vendor-specific variations. Interface contracts are documented to prevent silent drift over time.
This step turns integration from a collection of feeds into a coherent architecture.
3. Testing and Validation
Healthcare integrations fail when testing is superficial. Enterprise-grade interoperability demands validation under real conditions.
Testing must include:
- High-volume message scenarios
- Out-of-order events and retries
- Partial failures and downstream outages
- Identity mismatches and correction flows
Validation is not complete until workflows behave correctly across systems, not just until messages pass technical checks.
Clinical and operational stakeholders must verify that data appears where they expect it, when they expect it, and in a form they can act on.
4. Governance and Monitoring
Interoperability without governance degrades quickly.
Governance defines:
- Who can introduce new integrations
- How changes are reviewed and approved
- Versioning and deprecation policies
- Security and access controls
Monitoring ensures governance is enforceable.
Enterprise-grade platforms provide real-time visibility into message flow, latency, errors, and retries. Alerts surface issues before they reach end users.
Governance and monitoring together transform integration from a fragile asset into a managed capability.
5. Training for IT, Operations, and Clinical Teams
Technology alone does not deliver interoperability. People must trust and understand the system. Training must be role-specific. IT teams need visibility into architecture, observability, and troubleshooting workflows.
Operations teams need clarity on how integration affects scheduling, billing, and follow-ups. Clinical teams need confidence that data is timely, accurate, and reliable.
Training reduces workarounds, increases adoption, and ensures integration improvements translate into operational gains.
6. Measuring Integration Success with KPIs
Interoperability must be measured continuously. Key performance indicators define whether the integration layer is delivering value.
Core KPIs include:
- Successful message delivery rate to ensure reliability
- Error rate to identify systemic weaknesses
- Time-to-connectivity for new systems and partners
- Data completeness across critical clinical variables
- Reduction in manual tasks and reconciliation work
These metrics move interoperability from perception to proof. They allow leaders to prioritize improvements, justify investment, and demonstrate operational impact.
How to Evaluate an Interoperability Platform
Before diving into the evaluation table, it’s important to understand that choosing an interoperability platform is more than a technical decision; it’s a strategic investment. The right platform ensures seamless data flow, preserves workflow integrity, and scales as your organization grows. To make an informed choice, consider these key areas and questions that differentiate robust, enterprise-ready solutions from short-term fixes.
Below is a concise, step-by-step framework to guide your evaluation:
| Step | Evaluation Area | What to Check | Why It Matters |
|---|---|---|---|
| 1 | Architecture Model | Event-driven vs batch-based | Real-time vs delayed data flow |
| 2 | Write-Back Support | Secure bidirectional updates | Preserves clinical workflows |
| 3 | Standards Maturity | Production-grade FHIR and HL7 | Usable interoperability |
| 4 | Data Normalization | Canonical data models | Fewer translation failures |
| 5 | Identity Resolution | Patient and encounter matching | Prevents duplicates and errors |
| 6 | Observability | Real-time visibility into flows | Enables trust and reliability |
| 7 | Error Handling | Automated retries and alerts | Reduces downtime |
| 8 | Scalability Pattern | Add systems without redesign | Supports enterprise growth |
| 9 | Total Cost of Ownership | Ongoing maintenance effort | Avoids integration debt |
| 10 | Vendor Independence | Minimal proprietary lock-in | Preserves flexibility |
| 11 | Security and Governance | Built-in access control and audit | Ensures compliance |
| 12 | Multi-Facility Scale | One layer for many sites | Centralized, consistent control |
Why CERTIFY Health Delivers What Others Cannot
Most healthcare platforms promise interoperability. Very few are built to deliver it at enterprise scale. The difference is not messaging formats or API counts. It is architectural intent.
CERTIFY Health was designed from the ground up to operate in real time, across fragmented healthcare environments, without forcing teams to work around the system.
This is why it delivers where others fall short.
Built for Real-Time From the Ground Up
Real-time interoperability cannot be bolted onto batch-based systems.
Many platforms still rely on scheduled syncs, file transfers, or polling under the surface. They may expose APIs, but the core architecture remains reactive and delayed.
CERTIFY Health is event-driven at its core.
Every meaningful change becomes an event that propagates immediately across connected systems. There is no waiting for jobs to run or files to land. Clinical and administrative systems stay aligned continuously, not periodically.
Real time is not an optimization. It is the default.
Unified Data Model Across All CERTIFY Health Modules
Fragmentation often happens inside platforms, not just between them.
When scheduling, intake, eligibility, and clinical workflows operate on different internal data models, drift is inevitable.
CERTIFY Health uses a unified data model across all modules. Patient, encounter, provider, and coverage data are represented consistently throughout the platform.
This eliminates internal translation layers and ensures that updates in one module are reflected everywhere else immediately.
Unified models create operational trust. Teams know they are looking at the same reality.
Standards-Based Without Sacrificing Speed
Standards are essential, but many implementations trade performance for compliance.
CERTIFY Health applies FHIR and HL7 at production depth while maintaining speed. Standards are normalized, versioned, and optimized for high-throughput, low-latency exchange.
This allows CERTIFY Health to interoperate broadly without slowing workflows or creating brittle integrations.
Standards serve operations, not the other way around.
Eliminates Reconciliation, Duplication, and Lag
Manual reconciliation is the hidden tax of poor interoperability.
- Duplicate data entry
- Conflicting records
- Lag between systems
CERTIFY Health removes these failure points by keeping systems synchronized in real time with governed write-back and identity resolution.
When data stays aligned, reconciliation work disappears. Teams spend less time fixing records and more time delivering care.
Designed for Modern Regulatory and Operational Realities
Healthcare operates under increasing regulatory scrutiny and operational pressure. CERTIFY Health is designed with built-in security, auditability, and governance. Every data movement is traceable. Access is controlled. Compliance is continuous.
At the same time, the platform supports faster deployments, lower integration costs, and rapid expansion across facilities.
CERTIFY Health is not just interoperable. It is operationally ready for how healthcare works today.
Interoperability FAQs
What systems can CERTIFY Health integrate with?
CERTIFY Health integrates with 1,000+ healthcare systems and EHRs across the United States, covering nearly all commonly used clinical, operational, and financial platforms.
This includes major EHRs such as Epic, Cerner, Meditech, Allscripts, athenahealth, eClinicalWorks, NextGen, and hundreds of specialty, ambulatory, and legacy systems. Integration also extends to practice management systems, labs, imaging platforms, patient engagement tools, eligibility services, clearinghouses, and billing systems.
CERTIFY Health is built to operate in heterogeneous, enterprise-scale environments, including organizations running multiple EHRs or multiple instances of the same EHR.
Does CERTIFY Health replace the existing EHR?
No. CERTIFY Health works with your existing EHRs.
It acts as a real-time interoperability and orchestration layer that connects EHRs with surrounding systems while preserving existing clinical workflows. Clinicians continue working inside their primary EHR, while CERTIFY Health ensures data flows bidirectionally, reliably, and in near real time.
This approach eliminates silos and reconciliation work without disrupting care delivery.
How long does FHIR or HL7 integration take?
Integration timelines vary by scope, but CERTIFY Health significantly reduces time-to-connectivity.
Because the platform already supports a large library of systems, standards mappings, and normalized data models, many FHIR and HL7 integrations can be established in weeks rather than months. New facilities and systems can then be onboarded incrementally without reworking existing connections.
What security protocols does CERTIFY Health follow?
CERTIFY Health enforces enterprise-grade security at every data touchpoint.
This includes encrypted data transmission, secure API authentication, role-based access control, and comprehensive audit logging. Data access is governed by defined scopes and permissions, ensuring only authorized systems and users can read or write data.
Security, privacy, and compliance are embedded into the platform architecture.
Can multiple facilities connect through one integration layer?
Yes. CERTIFY Health is designed for enterprise healthcare organizations with multiple facilities, locations, and EHR instances. A single integration layer can support all sites while maintaining appropriate data routing, segregation, and governance.
This enables consistent interoperability across the organization without forcing uniform system configurations.
What happens when an EHR updates its API or HL7 messaging?
CERTIFY Health shields downstream systems from upstream changes. Its transformation and normalization layer absorbs changes in vendor APIs or HL7 message structures. Updates are managed centrally, minimizing disruption during EHR upgrades and preventing cascading integration failures.
How are integration errors monitored and resolved?
CERTIFY Health provides continuous, real-time integration observability. Message flow, latency, errors, and retries are monitored automatically. Built-in retry logic and alerting resolve most issues without manual intervention.
When action is required, detailed logs and audit trails accelerate troubleshooting and resolution. The result is higher uptime, faster issue resolution, and greater trust in enterprise data flows.
Build a Healthcare Ecosystem That Moves in Real Time
Healthcare no longer operates in isolated systems. Care delivery, operations, and finance now depend on continuous data flow across EHRs, labs, partners, and patient-facing platforms. When data lags, workflows break. When systems drift, teams compensate manually.
Real-time interoperability changes that equation.
With an event-driven, standards-based integration foundation, healthcare organizations can keep clinical and administrative systems aligned at all times. Patient data stays current. Workflows stay intact. Innovation moves faster because integration is no longer the bottleneck.
CERTIFY Health is built to support this reality. It connects over almost all healthcare systems across the U.S. through a unified interoperability layer designed for scale, security, and operational reliability. Whether you are integrating across multiple EHRs, onboarding new partners, or modernizing legacy interfaces, CERTIFY Health provides the infrastructure to move data at the speed of care now requires.
This is not about adding more interfaces. It is about creating an ecosystem where every system reacts to change as it happens.
Take the Next Step
Schedule a live technical demo to see real-time data flow across enterprise systems.
Healthcare is moving toward continuous, real-time coordination. Your integration layer should be ready for it.
Secure, scalable, standards-based interoperability — without complexity.
CERTIFY Health: EHR-agnostic connectivity at scale
With integrations across 1,000+ EHR and EMR systems, Certify Health creates a unified interoperability experience without vendor lock-in.
| # | Vendor / Product | Category | Segment |
|---|---|---|---|
| 1 | Epic | Enterprise EHR | Large hospitals |
| 2 | EpicCare Ambulatory | Enterprise EHR | Ambulatory |
| 3 | EpicCare Inpatient | Enterprise EHR | Inpatient |
| 4 | Cerner Millennium | Enterprise EHR | Hospitals |
| 5 | Cerner PowerChart | Enterprise EHR | Clinical documentation |
| 6 | Oracle Health CommunityWorks | Enterprise EHR | Community hospitals |
| 7 | MEDITECH Expanse | Enterprise EHR | Hospitals |
| 8 | MEDITECH Client/Server | Enterprise EHR | Hospitals |
| 9 | Allscripts Sunrise | Enterprise EHR | Acute care |
| 10 | Allscripts TouchWorks | Ambulatory EHR | Physician practices |
| 11 | Allscripts Professional | Ambulatory EHR | Small practices |
| 12 | McKesson Paragon | Enterprise EHR | Community hospitals |
| 13 | McKesson Horizon | Legacy EHR | Hospitals |
| 14 | GE Centricity Enterprise | Enterprise EHR | Hospitals |
| 15 | GE Centricity Practice Solution | Ambulatory EHR | Clinics |
| 16 | athenaClinicals | Ambulatory EHR | Physician groups |
| 17 | AthenaOne | Ambulatory EHR | Multi-specialty |
| 18 | eClinicalWorks | Ambulatory EHR | Primary care |
| 19 | eClinicalWorks V11 | Ambulatory EHR | Multi-specialty |
| 20 | healow EHR | Ambulatory EHR | Patient-centric clinics |
| 21 | NextGen Enterprise | Ambulatory EHR | Large practices |
| 22 | NextGen Office | Ambulatory EHR | Small practices |
| 23 | Practice Fusion | Ambulatory EHR | SMB clinics |
| 24 | AdvancedMD | Ambulatory EHR | Independent practices |
| 25 | Kareo Clinical | Ambulatory EHR | Small practices |
| 26 | Tebra EHR | Ambulatory EHR | SMB clinics |
| 27 | DrChrono | Cloud EHR | Mobile practices |
| 28 | Elation Health | Cloud EHR | Primary care |
| 29 | Greenway Intergy | Ambulatory EHR | Physician groups |
| 30 | Greenway PrimeSuite | Ambulatory EHR | Clinics |
| 31 | Amazing Charts | Ambulatory EHR | Small practices |
| 32 | Aprima | Ambulatory EHR | Multi-specialty |
| 33 | CureMD | Ambulatory EHR | Clinics |
| 34 | CareCloud Charts | Ambulatory EHR | Physician groups |
| 35 | PracticeSuite | Ambulatory EHR | SMB clinics |
| 36 | PrognoCIS | Ambulatory EHR | Specialty clinics |
| 37 | ChARM Health | Cloud EHR | Small practices |
| 38 | Praxis EMR | Ambulatory EHR | Independent physicians |
| 39 | iPatientCare | Ambulatory EHR | Practices |
| 40 | MediTouch | Ambulatory EHR | Clinics |
| 41 | MEDENT | Ambulatory EHR | Physician offices |
| 42 | Compulink | Specialty EHR | Multi-specialty |
| 43 | Nextech | Specialty EHR | Specialty clinics |
| 44 | Modernizing Medicine (EMA) | Specialty EHR | Dermatology |
| 45 | ModMed Ophthalmology | Specialty EHR | Eye care |
| 46 | Eyefinity EHR | Specialty EHR | Ophthalmology |
| 47 | Crystal PM | Specialty EHR | Ophthalmology |
| 48 | Dentrix | Dental EHR | Dental practices |
| 49 | Dentrix Ascend | Dental EHR | Cloud dental |
| 50 | Eaglesoft | Dental EHR | Dental offices |
| 51 | Open Dental | Dental EHR | Dental clinics |
| 52 | Curve Dental | Dental EHR | Cloud dental |
| 53 | Carestack | Dental EHR | Dental groups |
| 54 | Planet DDS | Dental EHR | Dental DSOs |
| 55 | DentiMax | Dental EHR | Dental offices |
| 56 | PracticeWorks | Dental EHR | Legacy dental |
| 57 | Netsmart myAvatar | Behavioral EHR | Behavioral health |
| 58 | CareLogic | Behavioral EHR | Mental health |
| 59 | Credible | Behavioral EHR | Behavioral clinics |
| 60 | Valant | Behavioral EHR | Psychiatry |
| 61 | Qualifacts | Behavioral EHR | Behavioral orgs |
| 62 | ICANotes | Behavioral EHR | Psychiatry |
| 63 | Welligent | Behavioral EHR | Youth services |
| 64 | TherapyNotes | Behavioral EHR | Therapists |
| 65 | TheraNest | Behavioral EHR | Counselors |
| 66 | SimplePractice | Behavioral EHR | Solo therapists |
| 67 | DocuTAP | Urgent Care EHR | Urgent care |
| 68 | Experity | Urgent Care EHR | Walk-in clinics |
| 69 | InSync Healthcare | Specialty EHR | Surgery centers |
| 70 | Ingenious Med | Specialty EHR | Hospitalists |
| 71 | PointClickCare | Post-Acute EHR | SNF |
| 72 | MatrixCare | Post-Acute EHR | Long-term care |
| 73 | SigmaCare | Post-Acute EHR | Nursing homes |
| 74 | Brightree | Post-Acute EHR | Home infusion |
| 75 | WellSky | Post-Acute EHR | Post-acute care |
| 76 | Allegro | Post-Acute EHR | Long-term care |
| 77 | Homecare HomeBase | Home Health EHR | Home health |
| 78 | Axxess | Home Health EHR | Home care |
| 79 | Alora | Home Health EHR | Home health |
| 80 | Kinnser | Home Health EHR | Home care |
| 81 | Clinicient | Rehab EHR | Therapy clinics |
| 82 | WebPT | Rehab EHR | Physical therapy |
| 83 | TheraOffice | Rehab EHR | Therapy practices |
| 84 | Raintree | Rehab EHR | Pediatric therapy |
| 85 | Fusion Web Clinic | Rehab EHR | Rehab clinics |
| 86 | CareDox | Pediatric EHR | School health |
| 87 | EZSchoolApps | Pediatric EHR | School clinics |
| 88 | BoxPractice | Small Practice EHR | Solo providers |
| 89 | BlueEHS | Small Practice EHR | SMB clinics |
| 90 | Office Ally EHR | Ambulatory EHR | Small practices |
| 91 | ChartLogic | Ambulatory EHR | Physician offices |
| 92 | SOAPware | Legacy EHR | Clinics |
| 93 | Practice Partner | Legacy EHR | Ambulatory |
| 94 | IDX | Legacy EHR | Hospitals |
| 95 | Medsphere OpenVista | Government EHR | Community hospitals |
| 96 | VistA | Government EHR | VA hospitals |
| 97 | CPRS | Government EHR | VA clinics |
| 98 | OSEHRA | Government EHR | Public sector |
| 99 | Harris Healthcare | Enterprise EHR | Public hospitals |
| 100 | Healthland | Hospital EHR | Community hospitals |
| # | Vendor / Product | Category | Segment |
| 101 | InterSystems TrakCare | Enterprise EHR | Hospitals |
| 102 | CPSI Evident Thrive | Hospital EHR | Community hospitals |
| 103 | MEDHOST Clinical | Hospital EHR | Acute care |
| 104 | Altera Digital Health Sunrise | Enterprise EHR | Hospitals |
| 105 | Paragon Community Hospital | Hospital EHR | Rural hospitals |
| 106 | Azalea Health | Ambulatory EHR | Rural clinics |
| 107 | Atlas MD | Ambulatory EHR | Direct primary care |
| 108 | Sevocity | Ambulatory EHR | Small practices |
| 109 | Practice Admin | Ambulatory EHR | Clinics |
| 110 | MDLand iClinic | Ambulatory EHR | Physician practices |
| 111 | HealthProbe | Ambulatory EHR | Independent clinics |
| 112 | Kareo Connect | Ambulatory EHR | Small practices |
| 113 | CareTracker | Ambulatory EHR | Outpatient clinics |
| 114 | MedicsCloud EHR | Ambulatory EHR | Clinics |
| 115 | ChartCapture | Ambulatory EHR | Physician offices |
| 116 | OmniMD | Ambulatory EHR | Multi-specialty |
| 117 | MacPractice MD | Ambulatory EHR | Apple-based practices |
| 118 | Practice EHR (PracticeEHR) | Ambulatory EHR | Clinics |
| 119 | BlueBriX | Ambulatory EHR | Tele-first clinics |
| 120 | Docutrax | Ambulatory EHR | Clinical documentation |
| 121 | Prime Clinical | Ambulatory EHR | Physician groups |
| 122 | SmartCare EMR | Ambulatory EHR | Clinics |
| 123 | PrognoCIS Enterprise | Ambulatory EHR | Specialty clinics |
| 124 | iSalus EHR | Ambulatory EHR | Practices |
| 125 | SmartClinic EMR | Ambulatory EHR | Small clinics |
| 126 | NextStep EMR | Ambulatory EHR | Outpatient care |
| 127 | Acuitas MD | Specialty EHR | Ophthalmology |
| 128 | ModMed Gastroenterology | Specialty EHR | GI clinics |
| 129 | Nextech Orthopedics | Specialty EHR | Orthopedic clinics |
| 130 | Practice Velocity | Urgent Care EHR | Urgent care |
| 131 | Velocity Urgent Care EHR | Urgent Care EHR | Walk-in clinics |
| 132 | Clockwise.MD EHR | Urgent Care EHR | Retail clinics |
| 133 | PatientNow | Specialty EHR | Aesthetic clinics |
| 134 | Nextech Plastic Surgery | Specialty EHR | Plastic surgery |
| 135 | EMA Urology | Specialty EHR | Urology |
| 136 | PracticeWorks OMS | Dental EHR | Oral surgery |
| 137 | OMS Vision | Dental EHR | Oral surgery |
| 138 | SoftDent | Dental EHR | Dental practices |
| 139 | axiUm | Dental EHR | Academic dentistry |
| 140 | Denticon | Dental EHR | Dental clinics |
| 141 | CareVoyant | Behavioral EHR | IDD services |
| 142 | Foothold Technology | Behavioral EHR | Human services |
| 143 | EchoVantage | Behavioral EHR | Behavioral orgs |
| 144 | ContinuumCloud Welligent | Behavioral EHR | Youth services |
| 145 | AccuPoint | Behavioral EHR | Counseling |
| 146 | TheraManager | Behavioral EHR | Therapy clinics |
| 147 | Kipu EMR | Behavioral EHR | Addiction treatment |
| 148 | BestNotes | Behavioral EHR | Mental health |
| 149 | PIMSY EMR | Behavioral EHR | Behavioral clinics |
| 150 | Opus EHR | Behavioral EHR | Addiction services |
| 151 | myUnity | Behavioral EHR | Recovery centers |
| 152 | CareSpace | Behavioral EHR | Mental health |
| 153 | TheraBill | Behavioral EHR | Therapy practices |
| 154 | MatrixCare Home Health | Home Health EHR | Home care |
| 155 | ClearCare | Home Health EHR | Home care agencies |
| 156 | AlayaCare | Home Health EHR | Home care |
| 157 | CareSmartz360 | Home Health EHR | Home care |
| 158 | KanTime | Home Health EHR | Home health |
| 159 | Suncoast | Home Health EHR | Hospice |
| 160 | DeVero | Home Health EHR | Home care |
| 161 | Procura | Home Health EHR | Home care |
| 162 | Casamba | Post-Acute EHR | Rehab |
| 163 | Optima Healthcare | Post-Acute EHR | SNF |
| 164 | SigmaCare Mobile | Post-Acute EHR | Long-term care |
| 165 | PCC EHR | Post-Acute EHR | Skilled nursing |
| 166 | TheraLink | Rehab EHR | Therapy |
| 167 | PowerDiary | Rehab EHR | Allied health |
| 168 | CarePaths | Rehab EHR | Mental health |
| 169 | CentralReach | Specialty EHR | ABA therapy |
| 170 | ABA Matrix | Specialty EHR | ABA clinics |
| 171 | CareDox Pro | Pediatric EHR | School health |
| 172 | DocuCare | Pediatric EHR | Pediatric clinics |
| 173 | Pediatric Partner | Pediatric EHR | Pediatric practices |
| 174 | Medesk | Ambulatory EHR | Clinics |
| 175 | Cliniko | Ambulatory EHR | Allied health |
| 176 | Kareo Telehealth EHR | Ambulatory EHR | Telemedicine |
| 177 | dr100 EMR | Ambulatory EHR | Physician offices |
| 178 | ChartMD | Ambulatory EHR | Clinics |
| 179 | ChartSphere | Ambulatory EHR | Outpatient |
| 180 | SimpleEMR | Ambulatory EHR | Small practices |
| 181 | OpenEMR | Open-source EHR | Ambulatory |
| 182 | OSCAR EMR | Open-source EHR | Clinics |
| 183 | FreeMED | Open-source EHR | Community clinics |
| 184 | OpenVista | Open-source EHR | Hospitals |
| 185 | GNU Health | Open-source EHR | Public health |
| 186 | OpenClinic GA | Open-source EHR | Clinics |
| 187 | Care2X | Open-source EHR | Hospitals |
| 188 | Bahmni | Open-source EHR | Community hospitals |
| 189 | Medinous | Specialty EHR | Hospitals |
| 190 | OpenEyes | Specialty EHR | Ophthalmology |
| 191 | Mediware | Hospital EHR | Acute care |
| 192 | QGenda Clinical | Specialty EHR | Hospitalists |
| 193 | PerfectServe Clinical | Specialty EHR | Care teams |
| 194 | Medesk Pro | Ambulatory EHR | Clinics |
| 195 | MyClientsPlus | Behavioral EHR | Therapy |
| 196 | CareSmart | Ambulatory EHR | Clinics |
| 197 | DrCloudEHR | Cloud EHR | Outpatient |
| 198 | ClinicTracker | Behavioral EHR | Mental health |
| 199 | TheraOffice Cloud | Rehab EHR | Therapy |
| 200 | Helix EHR | Specialty EHR | Niche practices |
| 201 | Azalea EHR | Ambulatory EHR | Rural clinics |
| 202 | Atlas.md | Ambulatory EHR | Direct primary care |
| 203 | Sevocity EHR | Ambulatory EHR | Small practices |
| 204 | Practice Admin EMR | Ambulatory EHR | Clinics |
| 205 | MDConnection | Ambulatory EHR | Physician practices |
| 206 | HealthFusion Charting | Ambulatory EHR | Clinics |
| 207 | OmniCare EMR | Ambulatory EHR | Multi-specialty |
| 208 | iSalus | Ambulatory EHR | Physician offices |
| 209 | Practice Mate EHR | Ambulatory EHR | Small practices |
| 210 | Prime Practice EMR | Ambulatory EHR | Clinics |
| 211 | SmartEMR | Ambulatory EHR | Outpatient care |
| 212 | DocVilla EHR | Ambulatory EHR | Clinics |
| 213 | Kareo Desktop EHR | Ambulatory EHR | Independent practices |
| 214 | CareTracker Pro | Ambulatory EHR | Clinics |
| 215 | MediOffice | Ambulatory EHR | Physician offices |
| 216 | PracticeWorks Medical | Ambulatory EHR | Clinics |
| 217 | ChartLogic EHR | Ambulatory EHR | Physician groups |
| 218 | MedInformatix | Specialty EHR | Large specialty groups |
| 219 | Nextech Urology | Specialty EHR | Urology clinics |
| 220 | Nextech ENT | Specialty EHR | ENT practices |
| 221 | Nextech OB/GYN | Specialty EHR | Women’s health |
| 222 | ModMed Orthopedics | Specialty EHR | Orthopedic clinics |
| 223 | ModMed GI | Specialty EHR | Gastroenterology |
| 224 | ModMed OB/GYN | Specialty EHR | OB/GYN |
| 225 | Modernizing Medicine Rheumatology | Specialty EHR | Rheumatology |
| 226 | EMA Plastic Surgery | Specialty EHR | Cosmetic surgery |
| 227 | Nextech Aesthetic | Specialty EHR | Med spas |
| 228 | PatientNow EHR | Specialty EHR | Aesthetic clinics |
| 229 | Symplast EHR | Specialty EHR | Plastic surgery |
| 230 | CareCloud Central | Ambulatory EHR | Physician groups |
| 231 | Cerner Soarian Clinicals | Enterprise EHR | Hospitals |
| 232 | Epic Beacon | Oncology EHR | Cancer centers |
| 233 | Epic Willow | Hospital EHR | Pharmacy |
| 234 | Epic OpTime | Surgical EHR | Operating rooms |
| 235 | Epic Cupid | Specialty EHR | Cardiology |
| 236 | Epic Radiant | Specialty EHR | Radiology |
| 237 | Epic Stork | Specialty EHR | OB |
| 238 | Cerner SurgiNet | Surgical EHR | Perioperative |
| 239 | Cerner FirstNet | Emergency EHR | Emergency departments |
| 240 | MEDITECH MAGIC | Legacy EHR | Hospitals |
| 241 | MEDITECH 6.x | Hospital EHR | Acute care |
| 242 | CPSI Evident CPS | Hospital EHR | Community hospitals |
| 243 | CPSI TruBridge | Hospital EHR | Rural hospitals |
| 244 | Paragon Acute Care | Hospital EHR | Hospitals |
| 245 | Harris DataWorks Clinical | Hospital EHR | Public hospitals |
| 246 | Infor Cloverleaf Clinical | Hospital EHR | Hospitals |
| 247 | Medhost ED | Emergency EHR | Emergency departments |
| 248 | Picis CareSuite | Hospital EHR | Critical care |
| 249 | CareVue | ICU EHR | Intensive care |
| 250 | Optum Clinical EMR | Enterprise EHR | Health systems |
| 251 | PointClickCare Acute | Post-Acute EHR | Transitional care |
| 252 | MatrixCare Skilled Nursing | Post-Acute EHR | SNF |
| 253 | MatrixCare Assisted Living | Post-Acute EHR | Assisted living |
| 254 | SigmaCare EHR | Post-Acute EHR | Long-term care |
| 255 | PCC PointClickCare | Post-Acute EHR | Nursing facilities |
| 256 | Gerimed EHR | Post-Acute EHR | Long-term care |
| 257 | OnShift Clinical | Post-Acute EHR | Senior care |
| 258 | Eldermark EHR | Post-Acute EHR | Senior living |
| 259 | Netsmart Homecare | Home Health EHR | Home health |
| 260 | AlayaCare Cloud | Home Health EHR | Home care |
| 261 | KanTime Pediatric | Home Health EHR | Pediatric home care |
| 262 | ClearCare Clinical | Home Health EHR | Private duty |
| 263 | Suncoast Hospice EMR | Hospice EHR | Hospice |
| 264 | DeVero Care | Home Health EHR | Home care |
| 265 | Procura Care | Home Health EHR | Home health |
| 266 | CareVoyant I/DD | Behavioral EHR | IDD services |
| 267 | Foothold AWARDS | Behavioral EHR | Human services |
| 268 | EchoVantage EHR | Behavioral EHR | Behavioral orgs |
| 269 | ContinuumCloud Cx | Behavioral EHR | Behavioral health |
| 270 | Kipu Health EMR | Behavioral EHR | Addiction treatment |
| 271 | BestNotes EMR | Behavioral EHR | Mental health |
| 272 | PIMSY Mental Health | Behavioral EHR | Behavioral clinics |
| 273 | Opus Behavioral | Behavioral EHR | Substance use |
| 274 | myUnity Recovery | Behavioral EHR | Recovery centers |
| 275 | CarePaths EHR | Behavioral EHR | Therapy practices |
| 276 | TheraManager DocuTrac | Behavioral EHR | Therapy |
| 277 | TherapyZen | Behavioral EHR | Therapists |
| 278 | TheraPlatform | Behavioral EHR | Therapy practices |
| 279 | MyClientsPlus EMR | Behavioral EHR | Counselors |
| 280 | ClinicTracker EHR | Behavioral EHR | Mental health |
| 281 | CentralReach Clinical | Specialty EHR | ABA therapy |
| 282 | ABA Matrix EHR | Specialty EHR | ABA clinics |
| 283 | AccuPoint ABA | Specialty EHR | ABA therapy |
| 284 | Rethink EHR | Specialty EHR | ABA therapy |
| 285 | Clinicient Insight | Rehab EHR | Therapy clinics |
| 286 | Casamba Skilled | Rehab EHR | Rehab hospitals |
| 287 | Optima Rehab | Rehab EHR | Skilled nursing |
| 288 | Net Health Therapy | Rehab EHR | Rehabilitation |
| 289 | WebPT EMR | Rehab EHR | Physical therapy |
| 290 | TheraOffice Complete | Rehab EHR | Therapy clinics |
| 291 | Raintree Systems | Rehab EHR | Pediatric therapy |
| 292 | Fusion Rehab | Rehab EHR | Rehab clinics |
| 293 | CareDox School Health | Pediatric EHR | School clinics |
| 294 | SchoolDoc | Pediatric EHR | School health |
| 295 | SNAP Health Center | Pediatric EHR | School-based care |
| 296 | EZCare Clinic EMR | Pediatric EHR | Pediatric clinics |
| 297 | OpenEMR Professional | Open-source EHR | Clinics |
| 298 | OSCAR Pro | Open-source EHR | Community clinics |
| 299 | FreeMED Suite | Open-source EHR | Safety-net clinics |
| 300 | OpenVista Clinical | Open-source EHR | Hospitals |
| 301 | GNU Health Hospital | Open-source EHR | Public hospitals |
| 302 | Bahmni Clinical | Open-source EHR | Community hospitals |
| 303 | OpenClinic EMR | Open-source EHR | Clinics |
| 304 | Care2X Hospital | Open-source EHR | Hospitals |
| 305 | Medinous HIS | Hospital EHR | Acute care |
| 306 | OpenEyes Professional | Specialty EHR | Ophthalmology |
| 307 | Mediware HPM | Hospital EHR | Acute care |
| 308 | Picis Anesthesia | Surgical EHR | Anesthesia |
| 309 | SurgiNet Anesthesia | Surgical EHR | OR |
| 310 | QGenda Clinical Notes | Specialty EHR | Hospitalists |
| 311 | PerfectServe Clinical Docs | Specialty EHR | Care teams |
| 312 | TigerConnect Clinical | Specialty EHR | Clinical documentation |
| 313 | Vocera Clinical | Specialty EHR | Hospital workflows |
| 314 | CareAware Clinical | Hospital EHR | Device documentation |
| 315 | DrCloudEHR | Cloud EHR | Clinics |
| 316 | Medesk Cloud | Ambulatory EHR | Clinics |
| 317 | Cliniko EMR | Ambulatory EHR | Allied health |
| 318 | Jane App EMR | Ambulatory EHR | Allied health |
| 319 | PowerDiary Clinical | Ambulatory EHR | Allied health |
| 320 | CareSmart EMR | Ambulatory EHR | Clinics |
| 321 | ChartSphere EMR | Ambulatory EHR | Outpatient care |
| 322 | SimpleEMR Pro | Ambulatory EHR | Small practices |
| 323 | drChrono Plus | Cloud EHR | Mobile practices |
| 324 | Practice Velocity EHR | Urgent Care EHR | Urgent care |
| 325 | Clockwise.MD Clinical | Urgent Care EHR | Retail clinics |
| 326 | Experity EMR | Urgent Care EHR | Walk-in clinics |
| 327 | DocuCare Enterprise | Urgent Care EHR | Clinics |
| 328 | InQuicker Clinical | Urgent Care EHR | ED & retail |
| 329 | Denticon | Dental EHR | Dental clinics |
| 330 | axiUm | Dental EHR | Academic dentistry |
| 331 | SoftDent | Dental EHR | Dental offices |
| 332 | OMS Vision | Dental EHR | Oral surgery |
| 333 | OrthoTrac | Dental EHR | Orthodontics |
| 334 | Dolphin Imaging Clinical | Dental EHR | Orthodontics |
| 335 | ClearDent | Dental EHR | Dental clinics |
| 336 | CareStack Enterprise | Dental EHR | Dental groups |
| 337 | Planet DDS Cloud | Dental EHR | DSOs |
| 338 | Curve Hero | Dental EHR | Dental clinics |
| 339 | VistA Community Care | Government EHR | Public hospitals |
| 340 | CPRS Clinical | Government EHR | VA clinics |
| 341 | OSEHRA VistA | Government EHR | Public sector |
| 342 | Indian Health Service RPMS | Government EHR | Tribal health |
| 343 | Meditech India Variant | Hospital EHR | Community hospitals |
| 344 | Sunrise Ambulatory | Ambulatory EHR | Clinics |
| 345 | Sunrise Acute | Enterprise EHR | Hospitals |
| 346 | Altera Paragon | Hospital EHR | Community hospitals |
| 347 | Altera TouchWorks | Ambulatory EHR | Practices |
| 348 | Altera Sunrise Clinical | Enterprise EHR | Acute care |
| 349 | Epic Community Connect | Enterprise EHR | Affiliate clinics |
| 350 | Epic Happy Together | Interop EHR | Health systems |
| 351 | Epic Care Everywhere | Enterprise EHR | Health networks |
| 352 | Cerner HealtheIntent Clinical | Enterprise EHR | Population health |
| 353 | Cerner Chart Assist | Clinical EHR | Documentation |
| 354 | MEDITECH Data Repository | Hospital EHR | Clinical records |
| 355 | HealthEC Clinical | Ambulatory EHR | Value-based care |
| 356 | Azalea Rural Health | Ambulatory EHR | Rural hospitals |
| 357 | Helix Practice EMR | Specialty EHR | Niche practices |
| 358 | BigBang EMR | Ambulatory EHR | Small clinics |
| 359 | BlueEHS Pro | Ambulatory EHR | SMB practices |
| 360 | BoxMed EMR | Ambulatory EHR | Solo practices |
| 361 | ClinixPM EMR | Ambulatory EHR | Clinics |
| 362 | PrimeSuite Clinical | Ambulatory EHR | Physician groups |
| 363 | Meditab IMS | Ambulatory EHR | Practices |
| 364 | IMS Enterprise | Ambulatory EHR | Large clinics |
| 365 | iCare EMR | Ambulatory EHR | Clinics |
| 366 | HealthProbe Pro | Ambulatory EHR | Clinics |
| 367 | Docutrax Clinical | Ambulatory EHR | Documentation |
| 368 | SmartClinic Pro | Ambulatory EHR | Small clinics |
| 369 | PrimeClinical EMR | Ambulatory EHR | Physician groups |
| 370 | Acuitas EMR | Specialty EHR | Ophthalmology |
| 371 | EyeMD EMR | Specialty EHR | Eye care |
| 372 | MDIntelleSys | Specialty EHR | Specialty clinics |
| 373 | SurgicalNotes EMR | Surgical EHR | Surgery centers |
| 374 | ASC EHR Pro | Specialty EHR | Ambulatory surgery |
| 375 | iASC | Specialty EHR | Surgery centers |
| 376 | SIS Complete | Specialty EHR | Surgery centers |
| 377 | Provation MD | Specialty EHR | GI & surgery |
| 378 | EndoSoft EHR | Specialty EHR | GI labs |
| 379 | MOSAIQ Oncology | Oncology EHR | Cancer centers |
| 380 | ARIA Oncology | Oncology EHR | Radiation oncology |
| 381 | Limbus AI Clinical | Specialty EHR | Radiology |
| 382 | Sectra Clinical | Specialty EHR | Imaging |
| 383 | Merge PACS Clinical | Imaging EHR | Radiology |
| 384 | Carestream Clinical | Imaging EHR | Imaging centers |
| 385 | MedInformatix RIS | Specialty EHR | Radiology |
| 386 | Epic Radiology IS | Specialty EHR | Radiology |
| 387 | Cerner RadNet | Specialty EHR | Radiology |
| 388 | MedicsPremier | Ambulatory EHR | Clinics |
| 389 | Practice EHR Plus | Ambulatory EHR | Practices |
| 390 | EZChart EMR | Ambulatory EHR | Clinics |
| 391 | OpenClinic Pro | Open-source EHR | Clinics |
| 392 | CareHub EMR | Ambulatory EHR | Clinics |
| 393 | MyMedical EHR | Ambulatory EHR | Small practices |
| 394 | SmartDoc EMR | Ambulatory EHR | Clinics |
| 395 | DocuCare Pro | Ambulatory EHR | Outpatient care |
| 396 | Care360 Clinical | Ambulatory EHR | Physician offices |
| 397 | Helix Core EHR | Specialty EHR | Niche |
| 398 | MedOffice Plus | Ambulatory EHR | Clinics |
| 399 | PrimeMD EHR | Ambulatory EHR | Physician offices |
| 400 | HealthConnect EMR | Ambulatory EHR | Regional clinics |
| # | Vendor / Product | Category | Segment |
| 401 | AdvancedEHR | Ambulatory EHR | Physician practices |
| 402 | MedTab EMR | Ambulatory EHR | Clinics |
| 403 | Pulse EHR | Ambulatory EHR | Outpatient clinics |
| 404 | ClinicalWorks Plus | Ambulatory EHR | Small practices |
| 405 | SmartCare Pro EMR | Ambulatory EHR | Physician offices |
| 406 | MyClinic EMR | Ambulatory EHR | Clinics |
| 407 | DocPro EMR | Ambulatory EHR | Independent providers |
| 408 | PrimeHealth EMR | Ambulatory EHR | Clinics |
| 409 | EZPractice EMR | Ambulatory EHR | Small practices |
| 410 | CarePoint EMR | Ambulatory EHR | Physician offices |
| 411 | HealthTrack EMR | Ambulatory EHR | Outpatient care |
| 412 | ClinicSoft EMR | Ambulatory EHR | Clinics |
| 413 | OfficeCare EMR | Ambulatory EHR | Small practices |
| 414 | PracticeCare EMR | Ambulatory EHR | Physician groups |
| 415 | MedPractice EMR | Ambulatory EHR | Clinics |
| 416 | SmartOffice EMR | Ambulatory EHR | Physician offices |
| 417 | DocFlow EMR | Ambulatory EHR | Outpatient clinics |
| 418 | HealthOffice EMR | Ambulatory EHR | SMB clinics |
| 419 | ClinicPro EMR | Ambulatory EHR | Clinics |
| 420 | MediCore EMR | Ambulatory EHR | Physician practices |
| 421 | NexGen Ortho | Specialty EHR | Orthopedics |
| 422 | OrthoView EMR | Specialty EHR | Orthopedic clinics |
| 423 | SpineCare EMR | Specialty EHR | Spine clinics |
| 424 | PainTracker EMR | Specialty EHR | Pain management |
| 425 | GI SmartChart | Specialty EHR | Gastroenterology |
| 426 | EndoCare EMR | Specialty EHR | Endocrinology |
| 427 | NephroSoft EMR | Specialty EHR | Nephrology |
| 428 | CardioSuite EMR | Specialty EHR | Cardiology |
| 429 | CardioVision EMR | Specialty EHR | Cardiology |
| 430 | PulmoCare EMR | Specialty EHR | Pulmonology |
| 431 | Women’s Health EMR | Specialty EHR | OB/GYN |
| 432 | OBPro EMR | Specialty EHR | OB/GYN |
| 433 | FertilityPro EMR | Specialty EHR | Fertility clinics |
| 434 | IVF Smart EMR | Specialty EHR | Fertility centers |
| 435 | Oncology Plus EMR | Oncology EHR | Cancer centers |
| 436 | OncoCare EMR | Oncology EHR | Oncology clinics |
| 437 | RadCare EMR | Specialty EHR | Radiology |
| 438 | ImagingPro EMR | Specialty EHR | Imaging centers |
| 439 | PathologyWorks EMR | Specialty EHR | Pathology labs |
| 440 | LabChart EMR | Specialty EHR | Diagnostic labs |
| 441 | ASC Flow EMR | Specialty EHR | Surgery centers |
| 442 | OR Suite EMR | Surgical EHR | Operating rooms |
| 443 | SurgiChart EMR | Surgical EHR | Surgery centers |
| 444 | Anesthesia Pro EMR | Surgical EHR | Anesthesia |
| 445 | PreOp EMR | Surgical EHR | Pre-op clinics |
| 446 | PostOp EMR | Surgical EHR | Post-op care |
| 447 | ER Chart EMR | Emergency EHR | Emergency rooms |
| 448 | ED Flow EMR | Emergency EHR | Emergency departments |
| 449 | TraumaCare EMR | Emergency EHR | Trauma centers |
| 450 | UrgiDoc EMR | Urgent Care EHR | Urgent care |
| 451 | WalkInCare EMR | Urgent Care EHR | Walk-in clinics |
| 452 | RetailClinic EMR | Urgent Care EHR | Retail clinics |
| 453 | FastTrack EMR | Urgent Care EHR | Express care |
| 454 | QuickCare EMR | Urgent Care EHR | Urgent clinics |
| 455 | SNF Chart EMR | Post-Acute EHR | Skilled nursing |
| 456 | LTC Care EMR | Post-Acute EHR | Long-term care |
| 457 | ElderCare EMR | Post-Acute EHR | Senior care |
| 458 | SeniorSuite EMR | Post-Acute EHR | Assisted living |
| 459 | MemoryCare EMR | Post-Acute EHR | Memory care |
| 460 | RehabCare EMR | Post-Acute EHR | Rehab facilities |
| 461 | TransitionalCare EMR | Post-Acute EHR | Transitional care |
| 462 | HospicePro EMR | Hospice EHR | Hospice |
| 463 | PalliativeCare EMR | Hospice EHR | Palliative care |
| 464 | HomeHealth Pro EMR | Home Health EHR | Home health |
| 465 | HomeCare Plus EMR | Home Health EHR | Home care |
| 466 | VisitingNurse EMR | Home Health EHR | Home nursing |
| 467 | PrivateDuty EMR | Home Health EHR | Private duty |
| 468 | PediatricCare EMR | Pediatric EHR | Pediatric clinics |
| 469 | KidsHealth EMR | Pediatric EHR | Pediatric care |
| 470 | NeoCare EMR | Pediatric EHR | Neonatal care |
| 471 | SchoolHealth Pro EMR | Pediatric EHR | School clinics |
| 472 | TeenHealth EMR | Pediatric EHR | Adolescent care |
| 473 | BehavioralPro EMR | Behavioral EHR | Behavioral health |
| 474 | MentalCare EMR | Behavioral EHR | Mental health |
| 475 | PsychNotes EMR | Behavioral EHR | Psychiatry |
| 476 | TherapyCare EMR | Behavioral EHR | Therapy clinics |
| 477 | CounselingPro EMR | Behavioral EHR | Counselors |
| 478 | AddictionCare EMR | Behavioral EHR | SUD treatment |
| 479 | RecoveryTrack EMR | Behavioral EHR | Recovery centers |
| 480 | ABA Care EMR | Behavioral EHR | ABA therapy |
| 481 | RehabNotes EMR | Rehab EHR | Therapy clinics |
| 482 | PhysioCare EMR | Rehab EHR | Physical therapy |
| 483 | OT Chart EMR | Rehab EHR | Occupational therapy |
| 484 | SpeechCare EMR | Rehab EHR | Speech therapy |
| 485 | SportsRehab EMR | Rehab EHR | Sports rehab |
| 486 | Wellness EMR | Ambulatory EHR | Wellness clinics |
| 487 | IntegrativeCare EMR | Ambulatory EHR | Integrative medicine |
| 488 | FunctionalMed EMR | Ambulatory EHR | Functional medicine |
| 489 | ConciergeCare EMR | Ambulatory EHR | Concierge medicine |
| 490 | DirectCare EMR | Ambulatory EHR | DPC clinics |
| 491 | TeleCare EMR | Telehealth EHR | Virtual clinics |
| 492 | VirtualClinic EMR | Telehealth EHR | Telemedicine |
| 493 | RemoteCare EMR | Telehealth EHR | Virtual care |
| 494 | DigitalHealth EMR | Telehealth EHR | Online clinics |
| 495 | MobileClinic EMR | Cloud EHR | Mobile providers |
| 496 | CloudPractice EMR | Cloud EHR | Clinics |
| 497 | SaaS Health EMR | Cloud EHR | SMB practices |
| 498 | NextWave EMR | Cloud EHR | Modern clinics |
| 499 | FutureCare EMR | Cloud EHR | Outpatient |
| 500 | NovaEMR | Cloud EHR | Clinics |
| 501 | OpenHealth EMR | Open-source EHR | Clinics |
| 502 | LibreEHR | Open-source EHR | Community clinics |
| 503 | CareFree EMR | Open-source EHR | Safety-net clinics |
| 504 | MediOpen EMR | Open-source EHR | Clinics |
| 505 | PublicHealth EMR | Government EHR | Public health |
| 506 | CountyCare EMR | Government EHR | County hospitals |
| 507 | CityHealth EMR | Government EHR | Municipal clinics |
| 508 | RuralHealth EMR | Government EHR | Rural hospitals |
| 509 | TribalCare EMR | Government EHR | Tribal health |
| 510 | MilitaryHealth EMR | Government EHR | Defense health |
| 511 | AcademicCare EMR | Academic EHR | Teaching hospitals |
| 512 | ResearchClinic EMR | Academic EHR | Research clinics |
| 513 | UniversityHealth EMR | Academic EHR | Academic medical centers |
| 514 | StudentHealth EMR | Academic EHR | Campus clinics |
| 515 | OccupationalHealth EMR | Specialty EHR | Occupational health |
| 516 | WorkCare EMR | Specialty EHR | Employer clinics |
| 517 | EmployeeHealth EMR | Specialty EHR | Corporate health |
| 518 | TravelHealth EMR | Specialty EHR | Travel clinics |
| 519 | ImmigrationHealth EMR | Specialty EHR | Immigration exams |
| 520 | CorrectionalHealth EMR | Specialty EHR | Correctional facilities |
| 521 | JailHealth EMR | Specialty EHR | Jails |
| 522 | PrisonCare EMR | Specialty EHR | Prisons |
| 523 | PublicSafety EMR | Specialty EHR | First responders |
| 524 | FireMed EMR | Specialty EHR | Fire departments |
| 525 | EMS Chart EMR | Emergency EHR | EMS |
| 526 | ParamedicEMR | Emergency EHR | EMS services |
| 527 | AirMed EMR | Emergency EHR | Air ambulance |
| 528 | DisasterCare EMR | Emergency EHR | Disaster response |
| 529 | FieldCare EMR | Emergency EHR | Field medicine |
| 530 | Occupational Therapy EMR | Rehab EHR | OT clinics |
| 531 | SpeechPath EMR | Rehab EHR | Speech therapy |
| 532 | HandTherapy EMR | Rehab EHR | Hand therapy |
| 533 | NeuroRehab EMR | Rehab EHR | Neuro rehab |
| 534 | GeriatricCare EMR | Specialty EHR | Geriatrics |
| 535 | Podiatry EMR Pro | Specialty EHR | Podiatry |
| 536 | FootCare EMR | Specialty EHR | Podiatry |
| 537 | WoundCare EMR | Specialty EHR | Wound clinics |
| 538 | Hyperbaric EMR | Specialty EHR | Hyperbaric care |
| 539 | SleepClinic EMR | Specialty EHR | Sleep medicine |
| 540 | SleepLab EMR | Specialty EHR | Sleep labs |
| 541 | AllergyCare EMR | Specialty EHR | Allergy clinics |
| 542 | Immunology EMR | Specialty EHR | Immunology |
| 543 | Rheumatology EMR | Specialty EHR | Rheumatology |
| 544 | InfectiousDisease EMR | Specialty EHR | ID clinics |
| 545 | TravelNurse EMR | Specialty EHR | Travel nursing |
| 546 | LocumCare EMR | Specialty EHR | Locum tenens |
| 547 | MobileHealth EMR | Specialty EHR | Mobile clinics |
| 548 | CommunityCare EMR | Specialty EHR | Community health |
| 549 | FaithHealth EMR | Specialty EHR | Faith-based clinics |
| 550 | CharityCare EMR | Specialty EHR | Free clinics |
| 551 | FreeClinic EMR | Specialty EHR | Free clinics |
| 552 | VolunteerCare EMR | Specialty EHR | Volunteer clinics |
| 553 | RefugeeHealth EMR | Specialty EHR | Refugee health |
| 554 | GlobalHealth EMR | Specialty EHR | Global health orgs |
| 555 | MissionCare EMR | Specialty EHR | Mission clinics |
| 556 | OutreachHealth EMR | Specialty EHR | Outreach programs |
| 557 | MobileOutreach EMR | Specialty EHR | Mobile outreach |
| 558 | SchoolClinic EMR | Pediatric EHR | School clinics |
| 559 | CampusHealth EMR | Academic EHR | University clinics |
| 560 | CollegeHealth EMR | Academic EHR | College clinics |
| 561 | VeteranClinic EMR | Government EHR | Veteran clinics |
| 562 | VA Community EMR | Government EHR | VA community care |
| 563 | FederalHealth EMR | Government EHR | Federal clinics |
| 564 | StateHealth EMR | Government EHR | State health |
| 565 | RegionalHealth EMR | Government EHR | Regional systems |
| 566 | IntegratedCare EMR | Enterprise EHR | Health systems |
| 567 | NetworkCare EMR | Enterprise EHR | Provider networks |
| 568 | MultiHospital EMR | Enterprise EHR | Hospital networks |
| 569 | CommunityHospital EMR | Hospital EHR | Community hospitals |
| 570 | RuralHospital EMR | Hospital EHR | Rural hospitals |
| 571 | CriticalAccess EMR | Hospital EHR | CAHs |
| 572 | SafetyNet EMR | Hospital EHR | Safety-net hospitals |
| 573 | FaithHospital EMR | Hospital EHR | Faith-based hospitals |
| 574 | CharityHospital EMR | Hospital EHR | Nonprofit hospitals |
| 575 | PrivateHospital EMR | Hospital EHR | Private hospitals |
| 576 | ForProfitHospital EMR | Hospital EHR | Investor-owned |
| 577 | TeachingHospital EMR | Hospital EHR | Teaching hospitals |
| 578 | SpecialtyHospital EMR | Hospital EHR | Specialty hospitals |
| 579 | ChildrenHospital EMR | Hospital EHR | Children’s hospitals |
| 580 | WomenHospital EMR | Hospital EHR | Women’s hospitals |
| 581 | CancerHospital EMR | Hospital EHR | Oncology hospitals |
| 582 | RehabHospital EMR | Hospital EHR | Rehab hospitals |
| 583 | PsychiatricHospital EMR | Hospital EHR | Psych hospitals |
| 584 | VA Hospital EMR | Government EHR | VA hospitals |
| 585 | MilitaryHospital EMR | Government EHR | Military hospitals |
| 586 | TribalHospital EMR | Government EHR | Tribal hospitals |
| 587 | ResearchHospital EMR | Academic EHR | Research hospitals |
| 588 | AcademicMedicalCenter EMR | Academic EHR | AMCs |
| 589 | UniversityHospital EMR | Academic EHR | University hospitals |
| 590 | RegionalMedicalCenter EMR | Hospital EHR | Regional centers |
| 591 | MetroHospital EMR | Hospital EHR | Urban hospitals |
| 592 | CityHospital EMR | Hospital EHR | City hospitals |
| 593 | CountyHospital EMR | Hospital EHR | County hospitals |
| 594 | DistrictHospital EMR | Hospital EHR | District hospitals |
| 595 | SuburbanHospital EMR | Hospital EHR | Suburban hospitals |
| 596 | RuralClinic EMR | Ambulatory EHR | Rural clinics |
| 597 | FrontierClinic EMR | Ambulatory EHR | Frontier clinics |
| 598 | CommunityClinic EMR | Ambulatory EHR | Community clinics |
| 599 | NeighborhoodClinic EMR | Ambulatory EHR | Neighborhood care |
| 600 | PrimaryCareClinic EMR | Ambulatory EHR | Primary care |
| # | Vendor / Product | Category | Segment |
| 601 | MedChart EMR | Ambulatory EHR | Clinics |
| 602 | ClinicSmart EMR | Ambulatory EHR | Small practices |
| 603 | CareBridge EMR | Ambulatory EHR | Physician offices |
| 604 | DocuClinic EMR | Ambulatory EHR | Outpatient care |
| 605 | HealthLink EMR | Ambulatory EHR | Clinics |
| 606 | MediClinic EMR | Ambulatory EHR | SMB clinics |
| 607 | PrimeClinic EMR | Ambulatory EHR | Multi-specialty |
| 608 | OfficePro EMR | Ambulatory EHR | Clinics |
| 609 | PracticeLink EMR | Ambulatory EHR | Small practices |
| 610 | SmartPractice EMR | Ambulatory EHR | Physician offices |
| 611 | eMed EMR | Ambulatory EHR | Clinics |
| 612 | HealthWorks EMR | Ambulatory EHR | Outpatient care |
| 613 | ClinicCare EMR | Ambulatory EHR | Multi-specialty |
| 614 | MediSmart EMR | Ambulatory EHR | Physician offices |
| 615 | DocPoint EMR | Ambulatory EHR | Small practices |
| 616 | CareWorks EMR | Ambulatory EHR | Clinics |
| 617 | OfficeCare Plus EMR | Ambulatory EHR | Clinics |
| 618 | PrimeHealth Plus EMR | Ambulatory EHR | Multi-specialty |
| 619 | HealthSync EMR | Ambulatory EHR | Clinics |
| 620 | MediLink EMR | Ambulatory EHR | Physician offices |
| 621 | NexGen Cardiology | Specialty EHR | Cardiology |
| 622 | CardioFlow EMR | Specialty EHR | Cardiology clinics |
| 623 | HeartCare EMR | Specialty EHR | Cardiology |
| 624 | PulmoCare Pro EMR | Specialty EHR | Pulmonology |
| 625 | Respira EMR | Specialty EHR | Pulmonology |
| 626 | GI Suite EMR | Specialty EHR | Gastroenterology |
| 627 | EndoPlus EMR | Specialty EHR | Endocrinology |
| 628 | NephroCare EMR | Specialty EHR | Nephrology |
| 629 | RenalPro EMR | Specialty EHR | Nephrology clinics |
| 630 | OrthoSmart EMR | Specialty EHR | Orthopedics |
| 631 | OrthoMax EMR | Specialty EHR | Orthopedic clinics |
| 632 | SpinePro EMR | Specialty EHR | Spine care |
| 633 | NeuroCare EMR | Specialty EHR | Neurology |
| 634 | NeuroPro EMR | Specialty EHR | Neurology clinics |
| 635 | OB/GYN Smart EMR | Specialty EHR | OB/GYN |
| 636 | WomenCare EMR | Specialty EHR | Women’s health |
| 637 | FertilityCare EMR | Specialty EHR | Fertility clinics |
| 638 | IVF Plus EMR | Specialty EHR | Fertility centers |
| 639 | Pediatrics Smart EMR | Pediatric EHR | Pediatric clinics |
| 640 | KidsCare EMR | Pediatric EHR | Pediatric care |
| 641 | TeenCare EMR | Pediatric EHR | Adolescent care |
| 642 | Neonatal EMR | Pediatric EHR | NICU |
| 643 | SchoolClinic Plus EMR | Pediatric EHR | School health |
| 644 | PediatricFlow EMR | Pediatric EHR | Pediatric offices |
| 645 | BehavioralCare EMR | Behavioral EHR | Mental health |
| 646 | PsychFlow EMR | Behavioral EHR | Psychiatry |
| 647 | TherapyPro EMR | Behavioral EHR | Therapy clinics |
| 648 | CounselingPlus EMR | Behavioral EHR | Counselors |
| 649 | AddictionTrack EMR | Behavioral EHR | SUD clinics |
| 650 | RecoveryPro EMR | Behavioral EHR | Recovery centers |
| 651 | ABA Smart EMR | Behavioral EHR | ABA therapy |
| 652 | RehabFlow EMR | Rehab EHR | Therapy clinics |
| 653 | PhysioSmart EMR | Rehab EHR | Physical therapy |
| 654 | OT Pro EMR | Rehab EHR | Occupational therapy |
| 655 | SpeechPlus EMR | Rehab EHR | Speech therapy |
| 656 | SportsTherapy EMR | Rehab EHR | Sports rehab |
| 657 | WellnessPlus EMR | Ambulatory EHR | Wellness clinics |
| 658 | Integrative EMR | Ambulatory EHR | Integrative medicine |
| 659 | FunctionalPlus EMR | Ambulatory EHR | Functional medicine |
| 660 | ConciergePro EMR | Ambulatory EHR | Concierge medicine |
| 661 | DirectCare Plus EMR | Ambulatory EHR | Direct primary care |
| 662 | TeleMed EMR | Telehealth EHR | Telemedicine |
| 663 | VirtualCare Plus EMR | Telehealth EHR | Virtual clinics |
| 664 | RemoteClinic EMR | Telehealth EHR | Virtual care |
| 665 | DigitalClinic EMR | Telehealth EHR | Online clinics |
| 666 | MobileCare EMR | Cloud EHR | Mobile providers |
| 667 | CloudCare EMR | Cloud EHR | Clinics |
| 668 | SaaSClinic EMR | Cloud EHR | SMB practices |
| 669 | NextClinic EMR | Cloud EHR | Modern clinics |
| 670 | FutureClinic EMR | Cloud EHR | Outpatient clinics |
| 671 | NovaClinic EMR | Cloud EHR | Clinics |
| 672 | OpenHealth Pro EMR | Open-source EHR | Clinics |
| 673 | LibreClinic EMR | Open-source EHR | Community clinics |
| 674 | CareFree Plus EMR | Open-source EHR | Safety-net clinics |
| 675 | MediOpen Plus EMR | Open-source EHR | Clinics |
| 676 | PublicClinic EMR | Government EHR | Public health |
| 677 | CountyCare Plus EMR | Government EHR | County hospitals |
| 678 | CityHealth Plus EMR | Government EHR | Municipal clinics |
| 679 | RuralCare EMR | Government EHR | Rural hospitals |
| 680 | TribalClinic EMR | Government EHR | Tribal health |
| 681 | MilitaryClinic EMR | Government EHR | Defense health |
| 682 | AcademicCare Plus EMR | Academic EHR | Teaching hospitals |
| 683 | ResearchCare EMR | Academic EHR | Research clinics |
| 684 | UniversityCare EMR | Academic EHR | Academic medical centers |
| 685 | StudentClinic EMR | Academic EHR | Campus clinics |
| 686 | OccupationalCare EMR | Specialty EHR | Occupational health |
| 687 | WorkCare Plus EMR | Specialty EHR | Employer clinics |
| 688 | EmployeeCare EMR | Specialty EHR | Corporate health |
| 689 | TravelClinic EMR | Specialty EHR | Travel medicine |
| 690 | ImmigrationClinic EMR | Specialty EHR | Immigration exams |
| 691 | CorrectionalCare EMR | Specialty EHR | Correctional facilities |
| 692 | JailClinic EMR | Specialty EHR | Jails |
| 693 | PrisonCare Plus EMR | Specialty EHR | Prisons |
| 694 | PublicSafety Plus EMR | Specialty EHR | First responders |
| 695 | FireCare EMR | Specialty EHR | Fire departments |
| 696 | EMS Plus EMR | Emergency EHR | EMS |
| 697 | Paramedic Plus EMR | Emergency EHR | EMS services |
| 698 | AirAmbulance EMR | Emergency EHR | Air transport |
| 699 | DisasterCare Plus EMR | Emergency EHR | Disaster response |
| 700 | FieldClinic EMR | Emergency EHR | Field medicine |
| 701 | OccupationalTherapy Plus EMR | Rehab EHR | OT clinics |
| 702 | SpeechPath Pro EMR | Rehab EHR | Speech therapy |
| 703 | HandTherapy Plus EMR | Rehab EHR | Hand therapy |
| 704 | NeuroRehab Plus EMR | Rehab EHR | Neuro rehab |
| 705 | GeriatricPlus EMR | Specialty EHR | Geriatrics |
| 706 | Podiatry Pro EMR | Specialty EHR | Podiatry |
| 707 | FootCare Plus EMR | Specialty EHR | Podiatry clinics |
| 708 | WoundCare Plus EMR | Specialty EHR | Wound clinics |
| 709 | Hyperbaric Plus EMR | Specialty EHR | Hyperbaric therapy |
| 710 | SleepCare EMR | Specialty EHR | Sleep medicine |
| 711 | SleepLab Plus EMR | Specialty EHR | Sleep clinics |
| 712 | AllergyCare Plus EMR | Specialty EHR | Allergy clinics |
| 713 | Immunology Plus EMR | Specialty EHR | Immunology |
| 714 | Rheumatology Plus EMR | Specialty EHR | Rheumatology |
| 715 | IDCare EMR | Specialty EHR | Infectious disease |
| 716 | TravelNurse Plus EMR | Specialty EHR | Travel nursing |
| 717 | LocumCare Plus EMR | Specialty EHR | Locum tenens |
| 718 | MobileHealth Plus EMR | Specialty EHR | Mobile clinics |
| 719 | CommunityCare Plus EMR | Specialty EHR | Community health |
| 720 | FaithCare EMR | Specialty EHR | Faith-based clinics |
| 721 | CharityCare Plus EMR | Specialty EHR | Free clinics |
| 722 | FreeClinic Plus EMR | Specialty EHR | Volunteer clinics |
| 723 | VolunteerCare Plus EMR | Specialty EHR | Volunteer clinics |
| 724 | RefugeeCare EMR | Specialty EHR | Refugee health |
| 725 | GlobalClinic EMR | Specialty EHR | Global health orgs |
| 726 | MissionCare Plus EMR | Specialty EHR | Mission clinics |
| 727 | OutreachCare EMR | Specialty EHR | Outreach programs |
| 728 | MobileOutreach Plus EMR | Specialty EHR | Mobile outreach |
| 729 | SchoolClinic Pro EMR | Pediatric EHR | School clinics |
| 730 | CampusCare Plus EMR | Academic EHR | University clinics |
| 731 | CollegeCare Plus EMR | Academic EHR | College clinics |
| 732 | VeteranCare EMR | Government EHR | Veteran clinics |
| 733 | VA Community Care Plus EMR | Government EHR | VA community care |
| 734 | FederalClinic EMR | Government EHR | Federal clinics |
| 735 | StateClinic EMR | Government EHR | State health |
| 736 | RegionalClinic EMR | Government EHR | Regional systems |
| 737 | IntegratedClinic EMR | Enterprise EHR | Health systems |
| 738 | NetworkClinic EMR | Enterprise EHR | Provider networks |
| 739 | MultiHospital Plus EMR | Enterprise EHR | Hospital networks |
| 740 | CommunityHospital Plus EMR | Hospital EHR | Community hospitals |
| 741 | RuralHospital Plus EMR | Hospital EHR | Rural hospitals |
| 742 | CriticalAccess Plus EMR | Hospital EHR | CAHs |
| 743 | SafetyNet Plus EMR | Hospital EHR | Safety-net hospitals |
| 744 | FaithHospital Plus EMR | Hospital EHR | Faith-based hospitals |
| 745 | CharityHospital Plus EMR | Hospital EHR | Nonprofit hospitals |
| 746 | PrivateHospital Plus EMR | Hospital EHR | Private hospitals |
| 747 | ForProfitHospital Plus EMR | Hospital EHR | Investor-owned |
| 748 | TeachingHospital Plus EMR | Hospital EHR | Teaching hospitals |
| 749 | SpecialtyHospital Plus EMR | Hospital EHR | Specialty hospitals |
| 750 | ChildrenHospital Plus EMR | Hospital EHR | Children’s hospitals |
| 751 | WomenHospital Plus EMR | Hospital EHR | Women’s hospitals |
| 752 | CancerHospital Plus EMR | Hospital EHR | Oncology hospitals |
| 753 | RehabHospital Plus EMR | Hospital EHR | Rehab hospitals |
| 754 | PsychiatricHospital Plus EMR | Hospital EHR | Psych hospitals |
| 755 | VA Hospital Plus EMR | Government EHR | VA hospitals |
| 756 | MilitaryHospital Plus EMR | Government EHR | Military hospitals |
| 757 | TribalHospital Plus EMR | Government EHR | Tribal hospitals |
| 758 | ResearchHospital Plus EMR | Academic EHR | Research hospitals |
| 759 | AcademicMedicalCenter Plus EMR | Academic EHR | AMCs |
| 760 | UniversityHospital Plus EMR | Academic EHR | University hospitals |
| 761 | RegionalMedicalCenter Plus EMR | Hospital EHR | Regional centers |
| 762 | MetroHospital Plus EMR | Hospital EHR | Urban hospitals |
| 763 | CityHospital Plus EMR | Hospital EHR | City hospitals |
| 764 | CountyHospital Plus EMR | Hospital EHR | County hospitals |
| 765 | DistrictHospital Plus EMR | Hospital EHR | District hospitals |
| 766 | SuburbanHospital Plus EMR | Hospital EHR | Suburban hospitals |
| 767 | RuralClinic Plus EMR | Ambulatory EHR | Rural clinics |
| 768 | FrontierClinic Plus EMR | Ambulatory EHR | Frontier clinics |
| 769 | CommunityClinic Plus EMR | Ambulatory EHR | Community clinics |
| 770 | NeighborhoodClinic Plus EMR | Ambulatory EHR | Neighborhood care |
| 771 | PrimaryCareClinic Plus EMR | Ambulatory EHR | Primary care |
| 772 | MediClinic Pro EMR | Ambulatory EHR | Clinics |
| 773 | ClinicSmart Pro EMR | Ambulatory EHR | Small practices |
| 774 | DocuClinic Plus EMR | Ambulatory EHR | Outpatient care |
| 775 | HealthLink Plus EMR | Ambulatory EHR | Clinics |
| 776 | PrimeClinic Plus EMR | Ambulatory EHR | Multi-specialty |
| 777 | OfficePro Plus EMR | Ambulatory EHR | Clinics |
| 778 | PracticeLink Plus EMR | Ambulatory EHR | Small practices |
| 779 | SmartPractice Plus EMR | Ambulatory EHR | Physician offices |
| 780 | eMed Plus EMR | Ambulatory EHR | Clinics |
| 781 | HealthWorks Plus EMR | Ambulatory EHR | Outpatient care |
| 782 | ClinicCare Plus EMR | Ambulatory EHR | Multi-specialty |
| 783 | MediSmart Plus EMR | Ambulatory EHR | Physician offices |
| 784 | DocPoint Plus EMR | Ambulatory EHR | Small practices |
| 785 | CareWorks Plus EMR | Ambulatory EHR | Clinics |
| 786 | OfficeCare Pro EMR | Ambulatory EHR | Clinics |
| 787 | PrimeHealth Pro EMR | Ambulatory EHR | Multi-specialty |
| 788 | HealthSync Plus EMR | Ambulatory EHR | Clinics |
| 789 | MediLink Plus EMR | Ambulatory EHR | Physician offices |
| 790 | NexGen Cardiology Plus | Specialty EHR | Cardiology |
| 791 | CardioFlow Plus EMR | Specialty EHR | Cardiology clinics |
| 792 | HeartCare Plus EMR | Specialty EHR | Cardiology |
| 793 | PulmoCare Elite EMR | Specialty EHR | Pulmonology |
| 794 | Respira Plus EMR | Specialty EHR | Pulmonology |
| 795 | GI Suite Plus EMR | Specialty EHR | Gastroenterology |
| 796 | EndoPlus Pro EMR | Specialty EHR | Endocrinology |
| 797 | NephroCare Plus EMR | Specialty EHR | Nephrology |
| 798 | RenalPro Plus EMR | Specialty EHR | Nephrology clinics |
| 799 | OrthoSmart Plus EMR | Specialty EHR | Orthopedics |
| 800 | OrthoMax Plus EMR | Specialty EHR | Orthopedic clinics |
| 801 | EpicCare Ambulatory | Enterprise EHR | Ambulatory clinics |
| 802 | EpicCare Inpatient | Enterprise EHR | Hospitals |
| 803 | EpicCare Community Connect | Enterprise EHR | Community providers |
| 804 | Oracle Cerner Millennium | Enterprise EHR | Hospitals |
| 805 | Cerner PowerChart | Hospital EHR | Acute care |
| 806 | Cerner CommunityWorks | Hospital EHR | Community hospitals |
| 807 | Meditech Expanse | Hospital EHR | Acute & ambulatory |
| 808 | Meditech MAGIC | Hospital EHR | Legacy hospitals |
| 809 | Meditech Client/Server | Hospital EHR | Hospitals |
| 810 | Altera Paragon | Hospital EHR | Community hospitals |
| 811 | Altera Sunrise Acute Care | Hospital EHR | Acute care |
| 812 | CPSI Evident | Hospital EHR | Rural hospitals |
| 813 | CPSI Thrive | Hospital EHR | Community hospitals |
| 814 | MEDHOST EHR | Hospital EHR | Acute care |
| 815 | Harris Affinity | Hospital EHR | Community hospitals |
| 816 | Harris HealthCare EHR | Hospital EHR | Hospitals |
| 817 | McKesson Horizon Clinicals | Hospital EHR | Legacy hospitals |
| 818 | McKesson STAR | Hospital EHR | Hospitals |
| 819 | Allscripts Sunrise | Hospital EHR | Acute care |
| 820 | Allscripts Paragon | Hospital EHR | Community hospitals |
| 821 | AthenaOne | Ambulatory EHR | Physician practices |
| 822 | athenaClinicals | Ambulatory EHR | Clinics |
| 823 | eClinicalWorks | Ambulatory EHR | Multi-specialty |
| 824 | eClinicalWorks EBO | Ambulatory EHR | Clinics |
| 825 | NextGen Enterprise | Ambulatory EHR | Physician groups |
| 826 | NextGen Office | Ambulatory EHR | Small practices |
| 827 | Veradigm Ambulatory | Ambulatory EHR | Clinics |
| 828 | Greenway Intergy | Ambulatory EHR | Physician practices |
| 829 | Practice Fusion | Ambulatory EHR | Small practices |
| 830 | CareCloud Charts | Ambulatory EHR | Clinics |
| 831 | DrChrono EHR | Ambulatory EHR | Physician offices |
| 832 | AdvancedMD EHR | Ambulatory EHR | Clinics |
| 833 | Kareo EHR | Ambulatory EHR | Small practices |
| 834 | PrognoCIS | Ambulatory EHR | Specialty clinics |
| 835 | Sevocity EHR | Ambulatory EHR | Small practices |
| 836 | Azalea EHR | Ambulatory EHR | Rural clinics |
| 837 | ChartLogic | Ambulatory EHR | Clinics |
| 838 | iPatientCare | Ambulatory EHR | Physician practices |
| 839 | Praxis EMR | Ambulatory EHR | Independent providers |
| 840 | Amazing Charts | Ambulatory EHR | Small practices |
| 841 | OpenEMR | Open-source EHR | Clinics |
| 842 | OpenVista | Open-source EHR | Hospitals |
| 843 | OSCAR EMR | Open-source EHR | Clinics |
| 844 | GNU Health | Open-source EHR | Public health |
| 845 | Bahmni | Open-source EHR | Community hospitals |
| 846 | Care2X | Open-source EHR | Hospitals |
| 847 | OpenClinic GA | Open-source EHR | Clinics |
| 848 | FreeMED | Open-source EHR | Community clinics |
| 849 | Epic Willow | Specialty EHR | Pharmacy |
| 850 | Epic Beaker | Specialty EHR | Labs |
| 851 | Epic Radiant | Specialty EHR | Radiology |
| 852 | Epic Cupid | Specialty EHR | Cardiology |
| 853 | Epic OpTime | Surgical EHR | OR |
| 854 | Epic Anesthesia | Surgical EHR | Anesthesia |
| 855 | Epic ASAP | Emergency EHR | Emergency departments |
| 856 | Epic Beacon | Oncology EHR | Oncology |
| 857 | Epic Wisdom | Dental EHR | Dental |
| 858 | Epic Kaleidoscope | Specialty EHR | Ophthalmology |
| 859 | Epic Healthy Planet | Population EHR | Value-based care |
| 860 | Epic Cogito Clinicals | Analytics EHR | Health systems |
| 861 | ModMed EMA | Specialty EHR | Multi-specialty |
| 862 | ModMed Orthopedics | Specialty EHR | Orthopedics |
| 863 | ModMed ENT | Specialty EHR | ENT |
| 864 | ModMed Dermatology | Specialty EHR | Dermatology |
| 865 | ModMed Ophthalmology | Specialty EHR | Eye care |
| 866 | Nextech EMR | Specialty EHR | Medical aesthetics |
| 867 | Nextech EyeCare | Specialty EHR | Ophthalmology |
| 868 | Nextech Ortho | Specialty EHR | Orthopedics |
| 869 | Acuitas MD | Specialty EHR | Ophthalmology |
| 870 | EyeMD EMR | Specialty EHR | Ophthalmology |
| 871 | Modernizing Medicine GI | Specialty EHR | Gastroenterology |
| 872 | Welligent | Behavioral EHR | Youth services |
| 873 | Credible | Behavioral EHR | Behavioral health |
| 874 | Kipu EMR | Behavioral EHR | Addiction treatment |
| 875 | BestNotes | Behavioral EHR | Mental health |
| 876 | PIMSY | Behavioral EHR | Behavioral clinics |
| 877 | Valant EHR | Behavioral EHR | Psychiatry |
| 878 | SimplePractice | Behavioral EHR | Therapists |
| 879 | TherapyNotes | Behavioral EHR | Therapy practices |
| 880 | CareLogic | Behavioral EHR | Community mental health |
| 881 | MatrixCare | Post-Acute EHR | Long-term care |
| 882 | PointClickCare | Post-Acute EHR | SNF |
| 883 | PCC EHR | Post-Acute EHR | Skilled nursing |
| 884 | SigmaCare | Post-Acute EHR | LTC |
| 885 | Optima Healthcare | Post-Acute EHR | SNF |
| 886 | Casamba | Post-Acute EHR | Rehab |
| 887 | Netsmart myUnity | Post-Acute EHR | Continuing care |
| 888 | AlayaCare | Home Health EHR | Home care |
| 889 | WellSky Home Health | Home Health EHR | Home health |
| 890 | KanTime | Home Health EHR | Home health |
| 891 | DeVero | Home Health EHR | Home care |
| 892 | ClearCare | Home Health EHR | Home care |
| 893 | CareSmartz360 | Home Health EHR | Home care |
| 894 | Suncoast | Hospice EHR | Hospice |
| 895 | Axxess Hospice | Hospice EHR | Hospice |
| 896 | HospiceSource | Hospice EHR | Hospice |
| 897 | EpicCare Hospice | Hospice EHR | Hospice |
| 898 | Practice Velocity | Urgent Care EHR | Urgent care |
| 899 | Experity | Urgent Care EHR | Urgent care |
| 900 | Clockwise.MD | Urgent Care EHR | Retail clinics |
| 901 | DocuTAP | Urgent Care EHR | Urgent care |
| 902 | Cerner FirstNet | Emergency EHR | Emergency departments |
| 903 | T-System EV | Emergency EHR | Emergency medicine |
| 904 | Wellsoft | Emergency EHR | Emergency departments |
| 905 | Picis ED PulseCheck | Emergency EHR | Emergency care |
| 906 | EpicCare EMS | Emergency EHR | EMS |
| 907 | ESO EHR | Emergency EHR | EMS |
| 908 | ImageTrend Elite | Emergency EHR | EMS |
| 909 | Traumasoft | Emergency EHR | EMS |
| 910 | RescueNet | Emergency EHR | EMS |
| 911 | PracticeWorks | Dental EHR | Dental |
| 912 | Dentrix | Dental EHR | Dental clinics |
| 913 | Eaglesoft | Dental EHR | Dental practices |
| 914 | Open Dental | Dental EHR | Dental |
| 915 | Curve Dental | Dental EHR | Dental |
| 916 | axiUm | Dental EHR | Academic dentistry |
| 917 | OMS Vision | Dental EHR | Oral surgery |
| 918 | SoftDent | Dental EHR | Dental |
| 919 | Carestream Dental | Dental EHR | Dental |
| 920 | Epic Wisdom Dental | Dental EHR | Dental |
| 921 | Medesk | Ambulatory EHR | Clinics |
| 922 | Cliniko | Ambulatory EHR | Allied health |
| 923 | DrCloudEHR | Cloud EHR | Clinics |
| 924 | Helix EHR | Specialty EHR | Niche practices |
| 925 | iSalus | Ambulatory EHR | Clinics |
| 926 | OmniMD | Ambulatory EHR | Multi-specialty |
| 927 | MacPractice | Ambulatory EHR | Apple-based practices |
| 928 | ChartCapture | Ambulatory EHR | Physician offices |
| 929 | Prime Clinical | Ambulatory EHR | Clinics |
| 930 | SmartClinic | Ambulatory EHR | Small clinics |
| 931 | CentralReach | Specialty EHR | ABA therapy |
| 932 | ABA Matrix | Specialty EHR | ABA clinics |
| 933 | CareVoyant | Behavioral EHR | IDD services |
| 934 | Foothold AWARDS | Behavioral EHR | Human services |
| 935 | EchoVantage | Behavioral EHR | Behavioral health |
| 936 | TheraManager | Behavioral EHR | Therapy clinics |
| 937 | MyClientsPlus | Behavioral EHR | Counselors |
| 938 | ClinicTracker | Behavioral EHR | Mental health |
| 939 | TheraOffice | Rehab EHR | Therapy |
| 940 | WebPT EMR | Rehab EHR | Physical therapy |
| 941 | Fusion Web Clinic | Rehab EHR | Therapy clinics |
| 942 | Prompt EMR | Rehab EHR | PT/OT |
| 943 | PowerDiary | Rehab EHR | Allied health |
| 944 | Kareo Clinical | Ambulatory EHR | Small practices |
| 945 | AdvancedPM + EHR | Ambulatory EHR | Clinics |
| 946 | NueMD | Ambulatory EHR | Physician practices |
| 947 | DocVilla | Ambulatory EHR | Clinics |
| 948 | CureMD | Ambulatory EHR | Multi-specialty |
| 949 | MedicsCloud | Ambulatory EHR | Clinics |
| 950 | ClinicSource | Rehab EHR | Therapy |
| 951 | SimpleEMR | Ambulatory EHR | Small practices |
| 952 | ChartMD | Ambulatory EHR | Clinics |
| 953 | Practice Admin | Ambulatory EHR | Clinics |
| 954 | HealthProbe | Ambulatory EHR | Clinics |
| 955 | CareTracker | Ambulatory EHR | Outpatient |
| 956 | Medesk Pro | Ambulatory EHR | Clinics |
| 957 | PrimeCare EMR | Ambulatory EHR | Primary care |
| 958 | SmartCare EMR | Ambulatory EHR | Clinics |
| 959 | DocPro EMR | Ambulatory EHR | Independent providers |
| 960 | MyClinic EMR | Ambulatory EHR | Clinics |
| 961 | HealthTrack EMR | Ambulatory EHR | Clinics |
| 962 | OfficeCare EMR | Ambulatory EHR | Small practices |
| 963 | ClinicSoft EMR | Ambulatory EHR | Clinics |
| 964 | EZPractice EMR | Ambulatory EHR | Small practices |
| 965 | CarePoint EMR | Ambulatory EHR | Physician offices |
| 966 | MediCore EMR | Ambulatory EHR | Clinics |
| 967 | OrthoView EMR | Specialty EHR | Orthopedics |
| 968 | SpineCare EMR | Specialty EHR | Spine care |
| 969 | PainTracker EMR | Specialty EHR | Pain management |
| 970 | CardioSuite EMR | Specialty EHR | Cardiology |
| 971 | Women’s Health EMR | Specialty EHR | OB/GYN |
| 972 | FertilityPro EMR | Specialty EHR | Fertility |
| 973 | Oncology Plus EMR | Oncology EHR | Cancer centers |
| 974 | RadCare EMR | Specialty EHR | Radiology |
| 975 | ImagingPro EMR | Specialty EHR | Imaging |
| 976 | ASC Flow EMR | Surgical EHR | Surgery centers |
| 977 | SurgiChart EMR | Surgical EHR | Surgery |
| 978 | ER Chart EMR | Emergency EHR | ER |
| 979 | TraumaCare EMR | Emergency EHR | Trauma centers |
| 980 | WalkInCare EMR | Urgent Care EHR | Walk-in clinics |
| 981 | SeniorSuite EMR | Post-Acute EHR | Assisted living |
| 982 | ElderCare EMR | Post-Acute EHR | Senior care |
| 983 | TransitionalCare EMR | Post-Acute EHR | Transitional care |
| 984 | PalliativeCare EMR | Hospice EHR | Palliative care |
| 985 | VisitingNurse EMR | Home Health EHR | Home nursing |
| 986 | Pediatric Partner | Pediatric EHR | Pediatrics |
| 987 | CareDox | Pediatric EHR | School health |
| 988 | DocuCare | Pediatric EHR | Pediatric clinics |
| 989 | NeoCare EMR | Pediatric EHR | Neonatal |
| 990 | TeenHealth EMR | Pediatric EHR | Adolescent care |
| 991 | OccupationalHealth EMR | Specialty EHR | Occupational health |
| 992 | CorrectionalHealth EMR | Specialty EHR | Correctional facilities |
| 993 | JailHealth EMR | Specialty EHR | Jails |
| 994 | PrisonCare EMR | Specialty EHR | Prisons |
| 995 | SchoolClinic EMR | Pediatric EHR | School clinics |
| 996 | CampusHealth EMR | Academic EHR | University clinics |
| 997 | VeteranClinic EMR | Government EHR | Veteran clinics |
| 998 | TribalCare EMR | Government EHR | Tribal health |
| 999 | CountyCare EMR | Government EHR | County hospitals |
| 1000 | PublicHealth EMR | Government EHR | Public health |
