Cloud-Based EHR Systems: Complete Buyer's Guide (2026)

The shift to cloud-based EHR systems has moved from early-adopter trend to industry standard. In 2026, over 80% of new EHR implementations are cloud-first, and practices still running on-premise servers are increasingly finding themselves paying more for less. But the cloud EHR market has also become crowded, complex, and riddled with pricing structures that make apples-to-apples comparisons difficult.

This guide cuts through the noise. Whether you are a solo provider evaluating your first cloud-based EMR, a practice administrator managing a migration from legacy systems, or a health system CTO exploring hybrid deployment, you will find the specific information you need to make a confident decision about cloud-based electronic health records.

If you are starting your search from scratch, our EMR directory lets you compare over 700 systems, and our EMR Match tool can generate personalized recommendations in under two minutes.

What Is a Cloud-Based EHR System?

A cloud-based EHR system is electronic health record software that runs on remote servers managed by the vendor or a third-party cloud infrastructure provider, rather than on physical hardware inside your practice. You access the system through a web browser, desktop client, or mobile app over an internet connection. The vendor handles all server maintenance, security patching, data backups, and software updates.

This is fundamentally different from traditional on-premise EHR installations, where the practice purchases server hardware, installs the software locally, and takes responsibility for ongoing maintenance, security, and disaster recovery. Understanding this distinction is essential because it affects every downstream decision: cost structure, staffing, workflow design, data governance, and long-term flexibility.

Three Deployment Models for Cloud EHR

Not all cloud-based EHR systems are built the same way. The market includes three distinct deployment architectures, and the differences matter more than most vendors will tell you.

Software as a Service (SaaS) is the most common model for cloud EMR software. The vendor hosts a multi-tenant application on cloud infrastructure (typically AWS, Azure, or Google Cloud), and every customer runs on the same codebase. Updates roll out simultaneously to all users. SaaS cloud EHR systems offer the lowest maintenance burden and fastest deployment, but they also provide the least customization. athenahealth, DrChrono, and Practice Fusion all follow this model.

Hosted Private Cloud gives your practice a dedicated instance of the EHR software running on cloud infrastructure, but isolated from other customers. This offers more customization and control than SaaS while still eliminating on-premise hardware. eClinicalWorks and some Greenway Health configurations support this model. The trade-off is higher cost and slower updates.

Hybrid Cloud combines on-premise components with cloud services. Some data or functions run locally (often for performance or compliance reasons), while others operate in the cloud. This model is most common in large health systems using Epic or Oracle Health, where the core database may run on-premise while patient portal, telehealth, and analytics modules run in the cloud.

Cloud EHR vs On-Premise EHR: Key Differences

The decision between cloud-based EHR and on-premise EHR touches every operational dimension of your practice. The following comparison captures the ten factors that matter most when evaluating EHR cloud computing options against traditional server-based installations.

The total cost of ownership calculation is where many practices get surprised. On-premise EHR looks cheaper on a monthly basis once the initial investment is amortized, but hidden costs -- IT staff time, server hardware refreshes every 4 to 5 years, backup solutions, security audits, and downtime -- consistently push the real number higher than budgeted. For small and mid-size practices, cloud-based EHR systems are almost always more economical over a 5-year horizon.

For a detailed breakdown of costs across all deployment models, see our complete EMR pricing guide.

Benefits of Cloud-Based EHR Systems

The migration to cloud-based electronic health records is not driven by a single factor. It is the cumulative advantage across six operational dimensions that makes cloud EHR the default choice for modern practices.

Lower Upfront Costs

Cloud-based EHR systems eliminate the capital expenditure associated with server hardware, networking equipment, and perpetual software licenses. Instead of spending $15,000 to $70,000 before seeing your first patient, you pay a predictable monthly subscription that begins at $200 to $400 per provider for most cloud EMR software platforms.

This shift from capital expenditure to operating expense is particularly significant for new practices, where cash preservation during the first 12 to 18 months directly correlates with survival rates. Even established practices benefit, because operating expenses are fully deductible in the year incurred, while capital equipment must be depreciated.

Access from Anywhere -- Desktop, Tablet, Mobile

Cloud-based EHR systems are accessible from any device with a modern web browser and an internet connection. This means providers can review charts before morning rounds from home, complete documentation on a tablet between exam rooms, respond to patient messages during a commute, or cover calls from a vacation rental.

This anywhere-access capability has shifted from a nice-to-have convenience to a clinical necessity. Patient expectations for rapid communication, the growth of hybrid work models in healthcare administration, and the expansion of multi-site practices all demand a system that is not tethered to a single physical location. We cover the mobile dimension in depth in the Mobile EHR section below.

Automatic Updates and Maintenance

With a cloud EHR, software updates, security patches, regulatory compliance changes, and performance improvements are deployed by the vendor automatically. There is no scheduling downtime for upgrades, no testing new versions on a staging server, and no risk of running outdated software because an update was postponed indefinitely.

This is not a trivial advantage. Regulatory changes in healthcare are constant. ONC Cures Act requirements, CMS quality measure updates, state-level prescription monitoring mandates, and evolving interoperability standards all require software changes. Cloud-based EHR vendors implement these across their entire customer base simultaneously, ensuring you stay compliant without any action on your part.

Built-In Disaster Recovery and Business Continuity

Major cloud-based EHR vendors replicate your data across multiple geographically dispersed data centers. If one data center experiences a hardware failure, natural disaster, or outage, the system fails over to another location automatically. Your practice may experience a brief interruption measured in minutes, but your data is safe and the system recovers without any intervention from your team.

Compare this to the on-premise reality: according to a 2025 HIMSS survey, 43% of small medical practices using on-premise systems had no tested disaster recovery plan. A single server failure, ransomware attack, or building incident could mean permanent data loss.

Easier Scalability for Growing Practices

Adding a new provider to a cloud-based EHR is typically a matter of creating a user account and selecting a license tier. There is no need to evaluate whether your server can handle the additional load, purchase additional hardware, or expand storage capacity. Cloud EMR software scales on demand, whether you are adding one provider or opening a new office location.

This elasticity also works in reverse. If a provider leaves or you consolidate locations, you can scale down your subscription without being stuck with underutilized hardware.

Reduced IT Burden

Small and medium practices using cloud-based EHR systems can operate with little to no dedicated IT staff. The vendor manages servers, storage, networking, security monitoring, backups, and updates. Your responsibility is limited to managing local devices (computers, tablets, printers), maintaining a reliable internet connection, and handling user account administration.

This does not mean IT becomes irrelevant. You still need someone who understands network configuration, device management, and basic security practices. But the scope is dramatically smaller compared to managing an on-premise server environment.

Risks and Concerns with Cloud EHR

Every technology decision involves trade-offs. Cloud-based EHR systems solve many problems inherent to on-premise deployments, but they introduce their own set of risks that deserve honest evaluation.

Internet Dependency and Downtime Risk

Cloud-based EHR systems are only as available as your internet connection. A local ISP outage, router failure, or fiber cut renders your system inaccessible. While this was a dealbreaker a decade ago, it is a manageable risk in 2026 given the availability of redundant internet options. Most practices mitigate this with a secondary connection: a cellular failover device ($50 to $150/month) that activates automatically when the primary connection drops.

Vendor-side outages also occur. Even the largest cloud-based EHR vendors experience downtime. athenahealth, eClinicalWorks, and other major platforms have all experienced outages ranging from minutes to hours in recent years. The key question to ask any vendor is: what is your uptime SLA, what is your actual historical uptime, and what compensation do you provide when the SLA is breached?

Data Ownership and Portability Questions

When your clinical data lives on a vendor's servers, questions of ownership and access become critical. You own the data -- that is both a legal and contractual certainty. But owning data and being able to practically access and move it are two different things.

Before signing with any cloud-based EHR vendor, verify: Can you export your complete dataset in standard formats (C-CDA, FHIR bundles, CSV)? What is the turnaround time for a full data export? Is there a fee? What format will the data arrive in? Can you run bulk exports on demand, or must you request them from the vendor?

The strongest cloud EMR software vendors provide self-service export tools that let you pull your data at any time in industry-standard formats. Vendors that make data export difficult or expensive are signaling that their business model depends on lock-in, not product quality.

Vendor Lock-In Considerations

Switching EHR systems is one of the most disruptive events a practice can experience. Cloud deployment does not eliminate switching costs -- it can actually increase them if the vendor uses proprietary data formats, custom integrations, or workflow configurations that do not transfer to another platform.

Mitigate lock-in risk by choosing cloud-based EHR vendors that support open standards (FHIR R4, C-CDA), provide thorough data export, and avoid proprietary integrations where standard alternatives exist. Also, negotiate contract terms that include a defined data transition period (typically 90 days after contract termination) during which you retain full access to your data.

Security and HIPAA Compliance in the Cloud

Entrusting protected health information to a third party understandably raises security concerns. The reality, however, is that major cloud EHR platforms are often more secure than the on-premise alternatives they replace. The reason is scale: cloud infrastructure providers like AWS, Azure, and Google Cloud invest billions of dollars annually in security, employ thousands of security engineers, and maintain certifications (SOC 2, HITRUST, FedRAMP) that no individual practice could achieve.

The security risk in cloud-based electronic health records typically lies not with the infrastructure but with the endpoints: a provider using a shared family computer to access the EHR, a staff member clicking a phishing link, or an administrator failing to enable multi-factor authentication. We cover security best practices in the Security and Compliance section below.

Performance and Speed Considerations

Cloud-based EHR system performance depends on two variables you do not fully control: the vendor's infrastructure and your internet connection. Latency -- the delay between clicking a button and seeing a response -- is inherently higher with cloud applications than with locally installed software. For most modern cloud EHR platforms on a decent internet connection (50+ Mbps), this latency is imperceptible (under 200ms). But on slower connections, satellite internet, or during peak usage periods, performance can degrade noticeably.

Ask vendors about their content delivery architecture. The best cloud-based EHR vendors use CDNs and edge computing to minimize latency regardless of your geographic location. Also ask about their approach to offline or degraded-connectivity operation -- some platforms cache recent patient data locally to allow limited functionality even when the connection drops.

Top Cloud-Based EHR Systems Compared (2026)

The cloud-based EHR vendor landscape in 2026 includes dozens of credible options. The following comparison focuses on the ten most established cloud-first platforms for ambulatory practices. All of these are purpose-built cloud EMR software solutions, not on-premise systems with bolted-on web access.

Below are deeper profiles of the five cloud-based EHR vendors that consistently rank highest across user satisfaction, feature completeness, and value for the practices they serve.

For more targeted recommendations, try our EMR Match tool or browse the full EMR directory filtered by cloud deployment.

Cloud EHR Pricing: What to Expect in 2026

Understanding the true cost of cloud-based EHR systems requires looking beyond the headline subscription price. Cloud EMR software pricing varies dramatically based on practice size, feature requirements, contract terms, and negotiation leverage.

Pricing by Practice Size

Common Add-On Costs

The base subscription price for cloud-based EMR software rarely tells the full story. Budget for these common additional costs:

Implementation and onboarding typically runs $500 to $5,000 for small practices and $5,000 to $50,000 for larger groups. This covers initial system configuration, template setup, and go-live support. Some cloud-based EHR vendors include basic implementation in the subscription; others charge separately.

Data migration from your existing system costs $2,000 to $15,000 depending on data volume, source system complexity, and the amount of historical data you need to transfer. Some vendors offer free migration from specific competitor systems as a competitive incentive.

Training ranges from free self-service video libraries to $500 to $2,000 per user for on-site or dedicated virtual training sessions. Do not underestimate this cost -- undertrained staff will lose far more in productivity than the training would have cost.

Integration fees for labs, pharmacies, imaging centers, and health information exchanges often carry per-connection monthly fees of $50 to $300. Ask specifically which integrations are included in the base price and which carry additional charges.

EPCS (Electronic Prescribing for Controlled Substances) add-ons typically cost $50 to $150 per provider per year for identity proofing and two-factor authentication tokens.

For a complete breakdown of all EMR pricing models including on-premise and hybrid options, see our thorough EMR pricing guide. If budget is your primary constraint, our guide to free EHR systems covers no-cost options worth considering.

Mobile EHR: Practicing Medicine on the Go

The rise of mobile EHR capability has transformed how and where providers interact with clinical data. In 2026, the ability to access, document, and manage patient records from a smartphone or tablet is no longer a convenience feature -- it is a baseline expectation for any credible cloud-based EMR platform.

Why Mobile EHR Matters

The clinical use cases for mobile EMR extend well beyond simple chart review. Providers routinely use mobile EHR apps to document encounters in real time using voice-to-text, respond to patient portal messages and refill requests during gaps in their schedule, review labs and imaging results as they become available, manage in-basket tasks and care team communications, e-prescribe medications including controlled substances, and conduct telehealth visits directly from a tablet or phone.

For hospitalists, mobile EHR access means reviewing patient history before arriving on the unit. For primary care providers, it means clearing inbox items during a child's soccer practice rather than staying late at the office. For urgent care physicians covering multiple locations, it means seamless access to the same system from any site.

What to Look for in a Mobile EMR

Not all mobile EHR implementations are created equal. Some cloud-based EHR vendors offer fully native mobile apps with offline capability, while others simply provide a responsive web interface that renders poorly on small screens. When evaluating mobile EMR functionality, assess these dimensions:

Native app vs. mobile web. Native apps (downloaded from App Store or Google Play) generally offer better performance, offline capability, and device integration (camera, touch ID, GPS). A responsive web interface works adequately for chart review but struggles with complex documentation workflows on smaller screens.

Offline access. The best mobile EMR apps cache recent patient data locally, allowing you to review charts, draft notes, and queue prescriptions even without an internet connection. When connectivity returns, the app syncs automatically. This is critical for providers who work in areas with inconsistent cellular coverage or who need access during flights.

Documentation tools. Mobile EHR apps should support voice dictation, customizable templates optimized for touch input, drawing tools for anatomical diagrams, and photo capture for wound documentation or dermatological conditions. The most effective mobile EMR apps reduce -- rather than increase -- documentation time compared to desktop workflows.

Security on mobile devices. Mobile EHR access introduces unique security considerations: device theft, shared devices, screen visibility in public spaces, and unsecured Wi-Fi networks. Look for cloud-based EHR vendors that support biometric authentication (Face ID, fingerprint), automatic session timeout, remote wipe capability, and mobile device management (MDM) integration.

Top Mobile EMR Experiences in 2026

Among cloud-based EHR vendors, DrChrono leads in mobile EMR with its iPad-native application that was designed for mobile-first workflows from the beginning. athenahealth offers strong mobile apps for both iOS and Android with strong offline capabilities. Elation Health provides a clean mobile web experience optimized for primary care workflows. eClinicalWorks and AdvancedMD both offer full-featured mobile apps, though their interfaces are more desktop-derivative than mobile-native.

For practices where mobility is a top priority -- home health, concierge medicine, multi-site urgent care, or rural practices -- weighting mobile EMR capability heavily in your evaluation process is essential. Request live demos of the mobile app specifically, not just the desktop interface, and have a provider on your team test real clinical workflows on the actual device they would use.

Security and Compliance for Cloud EHR

Security in cloud-based electronic health records is a shared responsibility between the vendor, the cloud infrastructure provider, and your practice. Understanding where each party's responsibility begins and ends is essential for maintaining HIPAA compliance and protecting patient data.

The Shared Responsibility Model

Cloud infrastructure providers (AWS, Azure, Google Cloud) are responsible for physical security of data centers, network infrastructure, and the hypervisor layer. The cloud EHR vendor is responsible for application security, data encryption, access controls, audit logging, and compliance certifications. Your practice is responsible for user management, password policies, device security, staff training, and physical security of workstations.

This layered model means that even the most secure cloud-based EHR system can be compromised by a practice that fails to enforce basic security hygiene. Conversely, a practice with excellent internal security cannot compensate for a vendor with weak application-layer protections.

Certifications and Standards to Require

When evaluating cloud-based EHR vendors, require documentation of the following:

HIPAA compliance is the legal baseline, not a differentiator. Every cloud EHR vendor handling PHI must maintain HIPAA compliance and execute a BAA with your practice. The BAA should explicitly cover all services you use, including cloud storage, messaging, and any sub-processors.

SOC 2 Type II certification demonstrates that the vendor's security controls have been audited by an independent firm and found effective over a sustained period (typically 6 to 12 months). Type II is significantly more meaningful than Type I, which only verifies controls at a single point in time.

HITRUST CSF certification is the gold standard for healthcare-specific security frameworks. It consolidates requirements from HIPAA, NIST, ISO 27001, and other frameworks into a single certifiable standard. Not all cloud EHR vendors have achieved HITRUST certification, but those that have are demonstrating a serious commitment to security.

Encryption standards should include AES-256 encryption for data at rest and TLS 1.2 or higher for data in transit. Verify that encryption keys are managed through a proper key management service, not hardcoded in the application.

Access controls should support role-based access control (RBAC), multi-factor authentication (MFA), IP whitelisting, automatic session timeouts, and granular audit logging of every PHI access event.

Incident Response and Breach Notification

Ask every cloud-based EHR vendor about their incident response plan. Specifically: How quickly will they notify you of a suspected breach? (HIPAA requires notification within 60 days, but the best vendors commit to 24 to 72 hours.) What forensic investigation capabilities do they maintain? What support will they provide to your practice during a breach response? Have they experienced a breach in the past, and if so, what changes were implemented afterward?

A vendor's willingness to discuss security incidents openly is itself a signal of maturity. Vendors that claim to have never experienced any security event are either very new, very small, or not being transparent.

Is Cloud EHR Right for Your Practice? Decision Framework

The right EHR deployment model depends on your practice size, specialty, growth trajectory, IT capabilities, and workflow priorities. The following framework maps these variables to a recommended approach.

Solo and Small Practices (1-5 Providers)

Cloud-based EHR systems are the clear default for solo and small practices. The operational advantages -- no server management, automatic updates, built-in disaster recovery, anywhere access -- address the exact constraints small practices face: limited IT resources, limited capital, and providers who wear multiple operational hats.

The primary decision for small practices is not whether to go cloud, but which cloud-based EMR to choose. Focus your evaluation on total monthly cost (including all add-ons), documentation efficiency for your specific specialty, mobile EMR capabilities (especially if you work across multiple locations), and the quality of integrated billing or RCM services.

For budget-conscious solo providers, our guide to free EHR options covers Practice Fusion and other no-cost cloud EHR alternatives. For a broader comparison tailored to small groups, see our best EMR for small practices guide.

Medium Practices (6-25 Providers)

Medium practices benefit from cloud EHR but should evaluate with greater rigor. At this scale, workflow customization, reporting capabilities, and integration depth become more important than raw cost per provider. You likely need strong practice management and billing functions alongside the EHR, and you may have specialty-specific requirements that not all cloud-based EHR vendors address well.

Consider platforms like athenahealth, AdvancedMD, or Greenway Health that offer thorough, bundled cloud solutions with the depth to support multi-provider, multi-location operations. Evaluate how each vendor handles provider-specific template customization within the shared cloud infrastructure, and assess the analytics and reporting tools -- medium practices need data-driven operational insights to maintain efficiency as they scale.

Large Groups and Health Systems (25+ Providers)

Large groups occupy a more complex evaluation space. Cloud-based EHR systems remain the preferred model for many large ambulatory groups, but the decision may involve hybrid considerations. If your organization has existing on-premise investments, complex integration requirements with hospital systems, or strict data governance policies, a pure SaaS cloud EHR may not satisfy all needs.

For large groups committed to cloud, athenahealth and eClinicalWorks offer the most proven track records at scale. For health systems that need to integrate ambulatory EHR with inpatient systems, Epic and Oracle Health offer hybrid cloud architectures that keep clinical data unified across care settings.

The key differentiator at this scale is not the technology itself but the implementation support, change management resources, and dedicated account management the vendor provides. A cloud EHR implementation for a 100-provider group is a major operational project regardless of the deployment model.

Specialty Practices

Specialty practices should prioritize cloud-based EHR vendors with deep, specialty-specific clinical content over generalist platforms with broad but shallow capabilities. A dermatology practice needs image management and procedure documentation tools. A behavioral health practice needs session note templates and outcome measurement tracking. An orthopedic practice needs surgical workflow support and implant tracking.

CureMD, Modernizing Medicine (now ModMed), and AdvancedMD are among the cloud-based EHR vendors with the strongest specialty-specific offerings. When evaluating, request demos using clinical scenarios from your actual specialty, not generic primary care workflows.

How to Migrate from On-Premise to Cloud EHR

Migrating from an on-premise EHR to a cloud-based system is a significant operational undertaking, but one that thousands of practices complete successfully each year. The following framework breaks the process into manageable phases.

Phase 1: Planning and Vendor Selection (8-12 Weeks)

Begin by documenting your current workflows, pain points, and requirements. Identify which features are mandatory versus nice-to-have. Inventory your existing data: how many years of patient records, how many active patients, what data formats are involved, and which integrations must be replicated in the new system.

Evaluate a minimum of three cloud-based EHR vendors through structured demos using your real clinical scenarios. Request references from practices similar to yours in size and specialty. Negotiate contract terms with clear language on data migration support, implementation timeline, training, and go-live support.

Phase 2: Data Migration and Configuration (6-10 Weeks)

Data migration is the most technically complex phase. Your existing on-premise system must export patient demographics, encounter history, medication lists, problem lists, allergies, immunization records, and document attachments. The cloud EHR vendor will map these data elements to their system's schema and import them.

Expect the first migration attempt to surface data quality issues: duplicate records, inconsistent formatting, missing fields. Plan for at least two migration cycles -- an initial test migration and a final production migration. Verify data integrity by having clinical staff spot-check a statistically significant sample of patient records after each migration.

Simultaneously, configure the cloud-based EHR: set up provider profiles, customize templates, configure order sets, establish user roles and permissions, and integrate with external systems (labs, pharmacies, clearinghouses, HIEs).

Phase 3: Training (2-4 Weeks)

Training should be role-specific. Providers need training focused on documentation, ordering, and inbox management. Clinical staff need training on scheduling, intake workflows, and patient communication. Billing staff need training on charge capture, claims submission, and denial management.

The most successful migrations dedicate at least 8 to 16 hours of training per user, spread across multiple sessions with practice time between. Avoid the temptation to compress training into a single marathon session -- retention drops dramatically after the first two hours.

Phase 4: Go-Live and Stabilization (2-4 Weeks)

Plan your go-live for a period of lower patient volume if possible -- avoid flu season or your historically busiest month. Many practices choose a Thursday or Friday go-live so that the first weekend provides a natural buffer to address issues before the next full week.

During the first two weeks, schedule reduced patient volumes (70% to 80% of normal) to give staff time to adapt. Have the vendor's go-live support team available on-site or via immediate-response virtual channels. Track and address issues daily with a shared log that the vendor's team can access.

Post-Migration: Decommissioning On-Premise Infrastructure

After confirming that the cloud-based EHR is stable and all data has been verified, you can begin decommissioning your on-premise servers. However, maintain read-only access to your legacy system for at least 6 to 12 months post-migration. There will inevitably be historical data queries, audit requests, or edge-case records that are easier to look up in the old system than to search for in migrated data.

Once the retention period ends, ensure all data on the legacy servers is securely wiped according to NIST 800-88 guidelines before disposing of or repurposing the hardware. Document the decommissioning process for your compliance records.

Choosing the Right Cloud EHR: Final Recommendations

The cloud-based EHR market in 2026 is mature, competitive, and filled with capable platforms. The differences between top-tier vendors are increasingly found not in feature checklists but in implementation quality, workflow fit for your specific specialty, and the vendor's willingness to support your practice as a true partner rather than just another subscription.

Here is a practical decision shortcut based on the most common practice profiles:

Solo or micro-practice on a tight budget. Start with Practice Fusion (free) or Kareo ($150 to $250/month). Prioritize simplicity and cash flow preservation. You can always upgrade later.

Growing small group (2-10 providers). Evaluate DrChrono, Elation Health, and CureMD. These cloud-based EHR vendors offer strong functionality at a mid-range price point with room to grow.

Established mid-size practice (10-50 providers). athenahealth and AdvancedMD are the strongest contenders. They offer the depth of platform capabilities and support infrastructure that mid-size practices need.

Large group or health system. athenahealth, eClinicalWorks, and Greenway Health for ambulatory-focused groups. Epic or Oracle Health for organizations that need unified ambulatory and inpatient cloud EHR.

Specialty practice. CureMD (broad specialty coverage), AdvancedMD (procedural specialties), or Elation Health (primary care and DPC). Always evaluate based on specialty-specific workflows, not generic demos.

Whatever your practice profile, the shift to cloud-based EHR systems is not just a technology decision -- it is an operational strategy that affects how your team works, how patients experience your practice, and how you scale over time. Take the time to evaluate thoroughly, negotiate assertively, and plan your implementation carefully. The right cloud EHR, chosen well and implemented properly, will be one of the best investments your practice makes.

Ready to start comparing? Visit our EMR directory to browse all vendors, or use our EMR Match tool for personalized recommendations based on your practice size, specialty, and priorities.