Health & Wellness~10 hours to build$5K/Month goal

Pawscript: Adaptive Dog Post-Op Recovery Plans

Pawscript builds breed- and household-aware dog post-op recovery plans so surgical clinics cut callbacks when crate rest meets real life.

By John IseghohiPublished July 22, 2026

Opportunity 8/10
Pain 9/10
Timing 8/10
Confidence 7/10

The Problem

Orthopedic practices do the hard part in the hospital and then lose control of the outcome at discharge. A dog goes home after TPLO, CCL repair, patella surgery, or fracture stabilization with a sheet that assumes the dog is calm, the owner heard everything, and the home can support textbook crate rest. Real homes are messier: stairs, slippery floors, elderly owners, anxious dogs, multiple pets, and caregivers who still have jobs.

The comprehension gap is well documented. A 2024 study in the Journal of Veterinary Internal Medicine found overall agreement between clinicians and clients at 68.9 percent at discharge and 66.8 percent two weeks later. The weakest recall areas were adverse medication effects at 29.0 percent agreement, residual clinical signs at 35.8 percent, and confinement instructions at 36.8 percent. Those are exactly the details that drive anxious callbacks and preventable mistakes at home.

The materials themselves are often too hard to use. A 2024 postoperative discharge study found a mean Flesch-Kincaid grade level of 8.64, with 98 percent of owner-directed instructions above sixth-grade reading level. Only 2 percent met the recommended readability threshold, and harder-to-read instructions were associated with complication occurrence in dogs. On top of that, a 2022 JAVMA study found orthopedic follow-up adherence at only 65.8 percent, meaning roughly one-third of cases were nonadherent.

So the real incumbent is not another software vendor. It is the generic PDF plus the inevitable phone cleanup afterward. Pawscript exists to turn surgeon intent into a staged recovery system that matches the actual dog, the actual owner, and the actual home.

The Solution

Pawscript is a recovery-plan generator and follow-through layer for canine orthopedic cases. At discharge, the clinic answers a short intake covering surgery type, breed and size, home layout, crate access, other pets, owner mobility limits, work schedule, and preferred contact channel. Pawscript then produces a staged recovery plan that fits the real household instead of the imaginary ideal one.

The output is a practical home-care guide broken into phases such as the first 72 hours, week one, weeks two to four, and later recovery. Each phase includes confinement setup, safe enrichment, leash and bathroom routines, medication timing, incision watch-outs, and simple scripts for what to do if the dog jumps, slips, refuses the crate, or misses a dose. Clinics approve the protocol blocks in advance so the product stays rules-driven and clinically safe.

For owners, Pawscript is a mobile checklist rather than a dense handout. They see today’s instructions, today’s restrictions, and today’s red flags. For clinics, it is a way to spot confusion early by tracking plan opens, repeated help taps, and reminder misses. That makes it a much easier sale than a PIMS replacement. Version one can sit on top of ezyVet or Cornerstone as a discharge layer and add deeper integrations later.

How it works:

Capture discharge context — A technician or surgeon answers a short intake covering surgery type, dog behavior, home layout, caregiver limits, and follow-up preferences.
Generate a staged recovery plan — Pawscript combines clinic-approved protocols with adaptive rules to produce phase-by-phase instructions, setup guidance, enrichment ideas, and escalation triggers.
Guide the owner daily — The owner receives a branded mobile plan with checklists, reminders, equipment suggestions, and simple scripts for common post-op scenarios.
Flag risk before it turns into callbacks — The clinic sees engagement, common question patterns, and missed-plan signals so staff can step in before confusion becomes a complication.

Market Research

This is a good wedge because it sits at the intersection of four markets that are all moving in the same direction: pet spending, orthopedic procedure volume, pet insurance, and veterinary software adoption.

First, the top-level spend is already there. APPA reported that U.S. pet industry expenditures reached $158 billion in 2025, with veterinary care and product sales contributing $41.0 billion. Owners are still spending on essential care even in a cost-sensitive economy, which matters because orthopedic surgery is not an impulse purchase category. These are high-stakes, high-ticket episodes where better follow-through has real financial value for both the family and the practice.

Second, the orthopedic case pool is large enough to support a focused product before you broaden out. The classic JAVMA study on cranial cruciate ligament injury estimated that U.S. owners spent $1.32 billion on RCCL treatment back in 2003, which shows how economically significant this condition has been for years. More recently, industry researchers covering TPLO implant systems estimate roughly 250,000 to 300,000 TPLO procedures annually in North America. Even if you discount that range as directional rather than exact hospital census data, it points to a procedure category with enough volume to support a specialized workflow tool.

Third, the insurance tailwind is meaningful. AVMA’s 2025 coverage of NAPHIA data showed the U.S. pet insurance market reached $4.7 billion in gross written premium in 2024, up 21.4 percent year over year. Insured pets reached 6.4 million in the U.S., yet overall penetration was still only 3.9 percent of 163.6 million pets, with dogs at 5.5 percent and cats at 2.0 percent. That matters in two ways. Low penetration means most owners are still price-sensitive and need better compliance support after a major surgery. Rising penetration means a growing subset of owners, insurers, and clinics increasingly care about documented recovery compliance.

Fourth, clinics are already buying software to modernize client communication. MarketsandMarkets sized the global veterinary software market at $1.54 billion in 2025, projected to reach $2.14 billion by 2030. Grand View Research put the practice-management-software segment alone at $855.3 million in 2024 with a 12.2 percent CAGR to 2030. Pawscript does not need to invent budget from scratch. It needs to redirect a tiny slice of existing software spend toward a more specific post-op outcome.

The communication demand signal is also obvious. In a Frontiers in Veterinary Science survey, only 25.2 percent of owners reported receiving appointment confirmations by text, but 51.5 percent said text was their preferred reminder channel. The same study found 53.8 percent of participants would pay extra for better medical updates during a hospital stay. That is exactly the behavioral opening Pawscript exploits: owners want structured, lower-friction updates, and clinics want a sustainable way to provide them.

Competitive Landscape

There is plenty of veterinary software in market, but almost none of it is built specifically for adaptive orthopedic recovery at home. Most tools either run the hospital or handle generic reminders.

ezyVet — Official U.S. pricing starts at $260.50 per month. Strong all-in-one PIMS, but post-op personalization is not the hero workflow.
Shepherd — Software Advice lists pricing starting at $299 per month. Excellent in-clinic workflow product, but still not a home-recovery protocol engine.
Digitail — Public plan structure exists, and pricing trackers place it around $149 to $300 per veterinarian per month. Strong client experience and AI features, yet still broad PIMS plus engagement rather than orthopedic recovery software.
PetDesk — Official pricing is quote-based, with software directories showing starting pricing around $249 per month. Useful for reminders and messaging, but not built to translate surgery type plus home context into daily restrictions.
Instinct EMR — Specialty-friendly EMR with no public pricing. Better viewed as a future integration surface than a direct template for Pawscript.
DIY discharge sheets — Free on paper, expensive in technician time, callbacks, and inconsistent owner follow-through.

Your Opportunity

Do not position Pawscript as one more practice management system. Position it as the post-op recovery layer that existing PIMS platforms do not do well. Start narrow with orthopedic discharge, prove value through a lower 30-day callback rate and better recheck adherence, and only then expand into other surgeries or a direct-to-consumer caregiver app. The wedge is not “better notes.” It is “fewer confused owners, fewer unnecessary calls, and better recovery behavior at home.”

Business Model

The most credible launch is B2B first, sold to specialty surgery clinics and progressive general practices that perform a meaningful volume of TPLO, TTA, patella, and fracture cases. The pricing the idea seed suggests already fits the category and feels light compared with full-hospital software contracts.

Starter — $199 per practice per month for one clinic, one branded protocol library, manual plan sending, and basic owner checklists.
Growth — $349 per month for multi-doctor practices, SMS reminders, engagement analytics, richer template branching, and callback-risk flags.
Referral — $499 per month for specialty centers, multi-surgeon templates, branded owner portal, reporting by procedure type, and integration support for ezyVet or Cornerstone.

That alone can get to the stated revenue goal quickly. Fifteen clinics on a blended $335 monthly price is just over $5,000 in MRR. You do not need enterprise scale to validate the product. You need three pilot clinics and one strong case study showing a reduction in routine post-op confusion.

Later revenue layers are obvious. A direct-to-consumer caregiver companion at $29 per month can serve families referred by clinics that do not want the full B2B package. Insurer or rehab-data reporting can become a premium feature once enough recovery-plan outcomes exist. Affiliate or referral revenue with harness, brace, sling, and mobility brands is a small but real add-on.

Unit Economics

~$25 to $60 — Estimated monthly variable cost per clinic for messaging, AI generation, and hosting at early volume
80 percent plus — Plausible gross margin once onboarding is templatized
10 to 15 clinics — Enough to clear the first $5,000 MRR milestone
High retention potential — Surgical protocols change slowly, and once a clinic loads its templates and staff habits, churn should be lower than typical SMB SaaS

Recommended Tech Stack

The product should be built like a rules engine with AI assistance, not an unconstrained text generator. Clinics will trust it only if every plan stays inside approved recovery logic.

Next.js with TypeScript and Tailwind — Fast way to ship the intake dashboard, clinic settings, and owner portal in one codebase.
Convex or Supabase — Store clinic templates, patient cases, household intake answers, stage checklists, engagement events, and reminder schedules. Convex is a strong fit if you want real-time staff dashboards and easy scheduling; Supabase is a fine alternative if you prefer Postgres-first integrations.
Structured-output LLM layer — Use Claude or GPT only to map intake context into approved plan variants, rewrite content for readability, and produce owner-friendly explanations. Never let the model invent medical instructions outside clinic-approved protocol blocks.
Twilio for SMS and Resend for email — Owners clearly want text-forward communication, and clinics need a fallback email channel for PDFs and summaries.
Stripe Billing — Standard SaaS subscription flow with monthly clinic plans and a future caregiver upsell.
Integration layer — Start with CSV import and secure case links so pilots can launch fast. Add ezyVet and Cornerstone connectors only after the workflow is proven and the practices tell you which fields save the most staff time.

The product’s moat is not model sophistication. It is operational fit. The best version of Pawscript is boringly reliable, highly editable by clinics, and easy for a technician to use five minutes before a discharge.

AI Prompts to Build This

Copy and paste these into Claude, Cursor, or your favorite AI tool.

1. Project Setup

Create a multi-tenant Next.js app called Pawscript for veterinary orthopedic discharge planning.
 
Use TypeScript, App Router, Tailwind, and Stripe billing.
Model clinics, surgeons, approved protocol templates, patients, recovery plans, reminders, and owner engagement events.
Build a staff dashboard plus an owner-facing mobile checklist page.
Each clinic must be able to manage its own branding and approved protocol blocks.

2. Adaptive Recovery Plan Engine

Build Pawscript's plan generator.
 
Inputs:
- procedure type
- dog size and behavior profile
- stairs, flooring, crate access, other pets
- owner mobility limits and work schedule
- medication timing
 
Outputs:
- phase-based recovery instructions
- daily checklist
- confinement setup guidance
- low-movement enrichment ideas
- medication reminders
- red-flag escalation messages
 
Use a rules engine plus clinic-approved content blocks. The AI may rewrite for readability, but it must not invent medical rules.

3. Intake, Messaging, and Analytics

Create a 5-minute clinic intake form and a mobile owner portal for Pawscript.
 
Staff flow:
- choose procedure template
- answer household questions
- generate and approve plan
- send by SMS or email
 
Owner flow:
- see current recovery phase first
- mark checklist items done
- tap need-help or call-clinic actions
 
Add analytics for plan opens, missed reminders, repeated help taps, callback count, and recheck adherence so a pilot clinic can measure ROI.