Veterinary electronic medical records: a practical guide for 2026
- CoVet
- Mar 24
- 13 min read
Updated: Mar 26
A veterinary electronic medical record, or EMR, is the clinical documentation layer inside your practice management software. It stores patient history, SOAP notes, diagnoses, lab results, and prescriptions. In most practices, it lives inside a broader system called a PIMS, which also handles scheduling, billing, inventory, and client communication.
This article covers what modern veterinary EMRs include as standard, how the main platforms compare, what to check before switching, and where standard EMRs fall short on documentation. That last point matters more than most platform comparisons acknowledge. Most practices already have a PIMS. Many still finish charts after hours. The two facts are related, and the fix is not always a better platform.
By the end, you will have a clear picture of the EMR landscape, a practical checklist for evaluating platforms, and an understanding of where AI scribes fit in as a complementary layer that no PIMS replaces on its own.
TL;DR
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Veterinary EMRs, PIMS, and EHR: what each term actually means
If you've spent any time researching veterinary software, you've probably seen EMR, PIMS, and EHR used as if they mean the same thing. They don't, and the confusion makes it harder to evaluate what you actually need.
A PIMS (Practice Information Management System) is the operational backbone of a veterinary practice. It handles scheduling, billing, inventory, client communication, and reporting. When veterinarians talk about "the system," they mean their PIMS.
An EMR (Electronic Medical Record) refers specifically to the clinical documentation layer within that system: the patient history, SOAP notes, diagnoses, lab results, and prescriptions. In veterinary medicine, the EMR almost always lives inside the PIMS rather than existing as a separate product.
An EHR (Electronic Health Record) takes the concept further by enabling record sharing across providers and settings. In human medicine, EHR interoperability is driven by federal mandates and billions in government incentives. In veterinary medicine, no equivalent mandate exists. The result, as the Association for Veterinary Informatics confirmed in a 2020 JAMIA Open paper, is that most PIMS are "mainly designed for efficient charging and processing of transactions throughout a patient visit," with clinical records added as a secondary function.
A fourth category has emerged more recently: AI scribes. These sit on top of the PIMS rather than replacing it. Their job is not to store records but to create them, converting spoken clinical observations into structured SOAP notes during the appointment, then transferring the completed note into the PIMS. Vendor marketing uses EMR, PIMS, and EHR interchangeably, which is worth keeping in mind when reading product pages.
What digital records actually improve in a veterinary practice
Most practices reading this already have a PIMS in place. The question is less about whether to go digital and more about whether the system is being used in a way that actually reduces friction. Three areas tend to show the most measurable improvement when a PIMS is fully adopted.
Missed charges drop when documentation feeds directly into billing
The gap between what happens in the exam room and what ends up on the invoice is where revenue disappears. AAHA audit data found that 17% of lab tests were not billed to clients, costing practices nearly $1.1 million per year industry-wide. Broader estimates place missed charges at 5-10% of actual revenue, meaning a practice doing $2 million per year could be leaving up to $200,000 uncollected annually. Practices using automated charge capture see an average 13% increase in revenue compared to those that don't. A well-configured veterinary management software setup handles billing from the record, but only if the record is complete to begin with.
Satisfaction is significantly higher in fully digital practices than hybrid ones
Hybrid setups, where some records are digital and others are still on paper, tend to create more friction than either approach on its own. Research found that 71% of veterinarians in completely electronic clinics reported satisfaction with their systems, compared to only 34% in clinics using a hybrid approach. Half-measures create inconsistency in how records are created, stored, and accessed, which means the team never fully benefits from either system.
DEA inspection failure rates point to a recordkeeping problem, not a compliance one
Approximately 96% of veterinary practices fail DEA inspections due to recordkeeping errors. Most of those failures are not intentional non-compliance. They reflect what happens when controlled substance logs, treatment records, and invoices live in different places and don't reconcile automatically. Digital records with audit trails close that gap by showing who documented what and when, in a format that can be produced on request.
The main veterinary EMR platforms compared
The veterinary PIMS market has split clearly into two camps: legacy server-based systems built for an older pace of practice, and modern cloud-native platforms built with integrations and AI in mind. The right choice depends on practice size, specialty, and how much weight you put on built-in documentation tools. No single platform is right for every clinic.
Cloud-based vs server-based: the practical difference for your clinic
Cloud-based means the vendor hosts and maintains the software, accessible from any internet-connected device via browser. Server-based means the practice owns and runs physical hardware on-site. The practical difference shows up in four areas: cost structure, maintenance, access, and resilience.
Cloud removes upfront hardware investment and shifts costs to a predictable monthly subscription. The vendor handles updates, security patches, and backups. Records are accessible remotely, which matters for multi-location practices and mobile or equine vets, though most cloud-only PIMS do not function offline, which is a real limitation in rural field settings. Server-based gives the practice more direct control but requires IT investment, hardware replacement every 3-5 years, and in-house responsibility for data backup and security.
The market has moved decisively in one direction. Cloud-based systems now hold over 80% of the veterinary software market by delivery mode. Nearly all new platform development is cloud-first. For a broader look at how these tools fit together in a clinic's tech stack, vet clinic software covers the full category.
The platforms most commonly used in 2026
The platforms below represent the most widely used options across general practice, emergency, and specialty settings. Pricing and features change frequently, so treat these as starting points for your own evaluation.
Platform | Deployment | Best suited for | Native AI documentation | Starting price |
Cornerstone (IDEXX) | Server-based | Large practices with heavy IDEXX diagnostics use | No | ~$420/mo (Capterra) |
Covetrus Pulse | Cloud | Practices in the Covetrus ecosystem | No (AI in development) | Not publicly listed |
ezyVet (IDEXX) | Cloud | Multi-location and specialty practices | No (in development) | $260.50/mo |
Shepherd | Cloud | Clinically focused general practices | Yes (TranscribeAI, DiagnoseAI) | $299/mo |
Digitail | Cloud | Small to mid-sized practices prioritizing AI | Yes (Tails AI, 15+ workflows) | Not publicly listed |
Vetspire | Cloud | General and specialty practices | Yes | Not publicly listed |
DaySmart Vet | Cloud | Smaller practices prioritizing affordability | Yes (Daisy Voice, $99/mo add-on) | $116/mo |
NaVetor (Patterson) | Cloud | Practices already using Patterson services | In development | Free with select Patterson payment plans |
Pricing and features listed above were verified on vendor websites in March 2026. SaaS products update frequently, so we recommend confirming current details directly with each vendor before making a decision.
What to check before switching veterinary EMR platforms
Switching PIMS platforms is one of the most disruptive operational changes a practice can make. Features matter less than most practices expect. What causes the most friction are the things that don't come up until after the contract is signed.
Integration with your lab, imaging, and payment systems
Before committing to any platform, verify these three integrations specifically:
Lab connectivity: Check whether integration is two-way. You want to be able to order tests from within the PIMS and receive results automatically in the patient record. One-way integrations still require staff to log into the lab system separately to place orders.
Imaging: Look for DICOM Modality Worklist support. Without it, data entry at the imaging device is manual, and that is where errors tend to happen.
Payments: Make sure payment processing writes directly back to the invoice. Disconnected payment tools can fail to sync billing data accurately, and missed charges follow.
For a broader look at how AI tools in veterinary practice fit alongside these integrations, that page covers the full category.
Data migration, contract terms, and hidden costs
Data migration between platforms rarely transfers cleanly. Expect that SOAP notes may flatten to plain text, attached documents may not transfer, and historical lab results can lose their trending capability. Before signing anything, get these confirmed in writing:
What data will transfer, in what format, and at what cost
Whether you can export your full records in a usable format on exit
Who owns the data after migration
What the cancellation terms are, including notice periods and auto-renewal clauses
Watch out for overages, per-location fees, and storage charges. These do not always show up clearly in the base pricing and can add significantly to monthly costs. VetSoftwareHub has documented real cases of practices facing unexpected costs after signing, from SMS overages on reminder campaigns to storage fees from accumulated imaging files. Read the contract carefully before you sign, not after.
Security, SOC 2, and record retention by state
HIPAA does not apply to veterinary practices. Animal records fall outside its scope. That said, at least 35 states have their own laws governing veterinary record confidentiality, and DEA requirements apply to controlled substance records regardless of state.
On security, check for:
AES-256 encryption at rest and TLS 1.2 or higher in transit
Role-based access controls and multi-factor authentication
Immutable audit trails
SOC 2 Type II certification
Ask vendors directly about that last point. According to ezyVet, very few veterinary PIMS hold this certification, so do not assume it is in place without confirmation.
Record retention requirements vary by state, ranging from 2 to 7 or more years from the date of last patient visit. Make sure the platform you choose can meet the requirement for your state. For a full breakdown, veterinary medical records laws covers the details.
Most practices still chart after hours even with a PIMS in place
Most practices reading this already have a PIMS. They have had one for years. And most of those practices still have clinicians finishing notes after the last appointment, catching up on documentation at home, or starting the next day with records from the day before still open.
A survey of 75 European veterinarians conducted by the Federation of Veterinarians of Europe in 2024-2025 found that none reported a decrease in administrative workload in recent years, with 64% saying their workload had doubled and over half of that administrative work being unpaid. This is not a discipline problem or a training problem. It is a design problem, and understanding it is the first step to solving it.
PIMS were built for billing first, documentation second
Most legacy PIMS were not built around clinical documentation. They were built around scheduling and billing, with medical records added as a secondary function. A 2020 paper by the Association for Veterinary Informatics published in JAMIA Open confirmed that veterinary PIMS are "mainly designed for efficient charging and processing of transactions throughout a patient visit," with clinical records stored largely as free text.
The result is a system that does not support the moment of clinical observation. It stores the record after the fact. So documentation defaults to memory, completed between appointments or at the end of the day. That is the gap no PIMS upgrade closes on its own, and it is why so many practices report the same documentation fatigue regardless of which platform they are running. For more on how this connects to burnout in veterinary medicine, that page covers the data in detail.
What is an AI scribe? An AI scribe is a documentation tool that listens to a clinical appointment and generates structured clinical records in real time, including SOAP notes, treatment notes, and discharge instructions. It sits on top of the PIMS rather than replacing it. The PIMS stores and manages records. The scribe creates them during the appointment, so the DVM is not relying on memory at the end of the day. The completed records are reviewed, approved, and transferred into the PIMS. Most scribes work across platforms and do not require switching software.
AI scribes close the gap by creating the record during the appointment
The DVM conducts the appointment as normal. The scribe listens, filters out small talk and background noise, and generates a structured SOAP note. The DVM reviews and approves it. The completed note transfers into the PIMS. No catch-up. No memory-based charting. No notes left open at the end of the day.
Adoption has grown quickly. VIN polls tracked AI scribe usage among veterinarians growing from approximately 3.5% in July 2024 to 17.5% by September 2025. For context on how this compares to dictation vs transcription approaches, that page explains the distinction. For outcomes data from comparable clinical settings, a study of over 7,000 physicians found AI scribes saved 15,791 hours of documentation time over 63 weeks, with 84% reporting improved patient interactions as a result.
💡 CoVet is an AI scribe built for veterinary practices. It records appointments and generates clinical records including SOAP notes, treatment notes, and discharge instructions, then syncs with your existing PIMS so nothing has to change about how your practice is set up. It works alongside platforms like Cornerstone, ezyVet, Shepherd, and others. DVMs review and approve every record before it enters the system. See how CoVet works and what it costs.
What to look for in an AI scribe for your veterinary practice
Not all AI scribes work the same way, and the differences matter more than the marketing suggests. The three areas worth evaluating carefully before committing are how deeply the scribe integrates with your existing PIMS, how it handles veterinary-specific terminology and accuracy, and who owns the records it generates.
Integration with your existing PIMS
Integration depth varies significantly across products. Some scribes push completed records directly into the PIMS via a native API. Others use a browser extension, desktop widget, or copy-paste workflow.
The practical difference adds up over a full clinic day. A native two-way integration pulls patient context into the scribe before the appointment starts, including weight, breed, and history, so the generated record is more accurate from the start. It also pushes completed records back into the PIMS automatically, without a manual transfer step. A copy-paste workflow is functional, but it introduces a step that gets skipped under pressure.
Before committing to any scribe, ask these questions directly:
Is the integration with our PIMS native and two-way, or does it require copy-paste?
Does it pull patient data in, or only push records out?
What happens to the integration after a PIMS software update?
Accuracy, compliance, and who owns the final record
The DVM is always legally responsible for the final medical record, regardless of how it was generated. AI-generated records need to be reviewed before they enter the permanent chart, every time.
Common errors to watch for include hallucinations (plausible but fabricated content), misattribution of speaker, medication name confusion, and missing clinical negatives. A missing negative, such as "no vomiting," changes the clinical picture in ways that are not immediately obvious. Before committing to any scribe, run a structured pilot using real appointment types and score errors by category.
On data ownership, confirm in writing that records belong to the practice and that audio is not used to train AI models without explicit consent. Ask vendors directly. Do not assume.
A few other questions worth asking:
Are there DVMs on the development or advisory team?
How does the tool handle multiple speakers, background noise, and dog barking?
Is the vendor SOC 2 Type II certified?
For practices ready to evaluate a specific option, CoVet scribe pricing covers what CoVet costs and how it works alongside your existing setup. For efficient veterinary soap notes, that page also covers what good documentation looks like in practice.
Choosing a veterinary EMR that fits your practice
Most practices are not starting from zero. They have a PIMS, they have workflows built around it, and they have a team that knows how to use it. The decision is rarely whether to go digital. It is whether the current setup is actually working, and whether there is a layer missing that no platform switch will fix.
A PIMS handles the system of record. It stores and manages clinical data, billing, scheduling, and inventory. An AI scribe handles the moment of capture. It creates the record during the appointment so DVMs are not reconstructing clinical observations from memory at the end of a ten-hour day. Practices that use both tend to see the most meaningful reduction in after-hours charting, not because of any single feature, but because the two tools are solving different problems.
Choosing a PIMS comes down to practice type, size, integration requirements, and how much weight you put on built-in AI documentation tools. Choosing an AI scribe comes down to integration depth, accuracy with veterinary-specific terminology, and data ownership. Both decisions are worth evaluating carefully and separately.
For practices ready to explore the documentation side of that equation, see how CoVet works for general practice and what it fits alongside.
Frequently asked questions about veterinary electronic medical records
Do veterinary EMRs work for mixed species or mobile practices?
Most modern cloud-based PIMS support multiple species, with species-specific templates, drug dosing calculators, and lab reference ranges built in. For mixed practices seeing dogs, cats, exotics, and equine patients, check that the platform supports the species you see most before committing.
For mobile and ambulatory practices, cloud-based platforms offer the most flexibility since records are accessible from any device. The main limitation to verify is offline functionality. Most cloud-only PIMS require an internet connection to operate, which can be a genuine constraint for rural or field-based work. Ask vendors specifically about offline access, not just mobile access, as the two are not the same thing.
Will switching veterinary EMR platforms require replacing our current practice management software?
In most cases, switching EMR platforms means switching PIMS entirely, since the EMR is a component within the PIMS rather than a standalone product. Practices rarely run a separate EMR alongside their PIMS.
The more useful question to ask is whether the current PIMS is actually serving the practice well, or whether it is just familiar. Veterinary efficiency covers some of the practical markers worth looking at before deciding whether to switch.
How do veterinary EMRs support client communication after an appointment?
Most modern PIMS include built-in tools for post-appointment communication, including automated discharge instruction delivery, vaccination reminders, follow-up messages, and two-way texting. The quality and depth of these tools varies significantly across platforms, so it is worth testing them specifically during any demo rather than assuming they are included.
Discharge documentation is one area where the connection between the clinical record and the client-facing communication matters most. A well-configured system generates discharge instructions directly from the veterinary treatment sheet, so the information the client receives reflects exactly what happened during the visit.
Can veterinary EMR software generate records from handwritten notes or uploaded documents?
Most cloud-based PIMS do not convert handwritten notes automatically. Practices transitioning from paper records typically need to either manually enter historical records or scan and attach them as documents to the patient file. Some platforms support bulk document uploads during onboarding, but the level of support varies.
For ongoing record creation, AI scribes have changed what is possible. Rather than writing notes by hand or typing after the appointment, DVMs can now speak through the consultation and have structured clinical records generated in real time and transferred directly into the PIMS. Custom templates within the PIMS can further reduce the manual input required for routine appointment types.