Why it matters
Without AI, inconsistent shoeing intervals, missed remedial work, and incomplete records lead to hoof imbalances, lameness risk, and disputes over care responsibilities.
From design to safety
Design
AI guides shoeing design layout
The system reads current hoof health data, historical shoeing cycles, and facility layout to propose a shoeing schedule and recovery plan aligned with each horse, ensuring compatibility with fences, arenas, and paddocks. It also maps per-stall turnout groups, checks bedded depth, and flags hooves with irregular growth patterns.
- hoof measurement calipers
- farrier appointment calendar
- shoeing nails inventory
Build
Integrate devices and records
Install hoof sensors, configure the farrier calendar, and establish shoeing record templates and safety checks for ongoing data integrity, with tag readers on stalls and a central data cabinet. Sensors include inductive hoof pad wear sensors, temperature sensors on crates, and IP65-rated gateways; templates capture horseID, shoe type, size, clinician initials, and date.
- hoof measurement calipers
- farrier tools cabinet
- shoeing stock rack
Operation
Run daily care and scheduling
AI ingests live hooves data, tracks upcoming visits, triggers reminders, logs shoeing actions, and updates horse-health status and rider safety notes, while cross-checking with vaccination logs and exercise logs. It also records per-horse weather exposure, track surface interactions, and gait measurements via smart boots; reminders queue for farrier within 14 days of preferred cycle.
- remedial shoeing kit
- shoeing nails inventory
- evaluation and record binder
Maintenance
Maintain records and inventory
Continuous updates to shoeing cycles, stock levels, and tool calibration ensure traceability and readiness for the next farrier visit, with quarterly audit trails and stock rotation. Calibration includes torque checks on anvil, bolt tensions, and leather pad wear; stock rotation tracks batch numbers and expiry dates.
- farrier tools cabinet
- shoeing stock rack
- evaluation and record binder
Safety
Ensure safety and compliance
AI flags deviations from license requirements, vaccination and health surveillance, and ensures records are signed off by qualified personnel, with automated alerts to licensing officers when needed. It verifies fire and biosecurity drills, records PPE usage, and maintains access logs; all sign-offs require digital signatures from the yard manager and supervising vet.
- evaluation and record binder
- hoof measurement calipers
- remedial shoeing kit
Part by part
- 1
hoof measurement calipers
- Watch for
- inaccurate hoof dimension readings or tool wear affecting measurement accuracy
- AI action
- read hoof dimensions and trigger a validation alert to the yard manager
- 2
farrier appointment calendar
- Watch for
- overlapping visits or missed scheduled slots
- AI action
- update calendar and notify relevant staff with prep lists
- 3
shoeing nails inventory
- Watch for
- low stock or expired nails
- AI action
- reorder thresholds and issue restock work orders
- 4
remedial shoeing kit
- Watch for
- out-of-date remedial materials or worn tools
- AI action
- flag items for replacement prior to next visit
- 5
shoeing stock rack
- Watch for
- mislaid or inaccessible shoe components
- AI action
- optimize placement and provide accessibility alerts to staff
- 6
evaluation and record binder
- Watch for
- missing or incomplete shoeing records
- AI action
- generate status report and prompt for veterinarian sign-off
Worked example
Catching a remedial shoeing need before a limp worsens
Illustrative scenario with sample data.
A yard notices a horse showing subtle gait changes; AI analyzes recent shoeing history and current hoof data to trigger a reminder for a remedial shoeing consult.
Signal in
horseID: 101, lastShoeing: 8 weeks ago, hoofHealthScore: 2/5, upcomingVisit: none, inventory: nails: 60, clips: 40, calipers: worn, lastVetCheck: 6 months
System out
alert: remedial shoeing due for horse 101; activity: schedule visit with Farrier; record: update shoeing history; stock check: nails low for 101
Human sign-off: Yard manager reviews alert, confirms appointment with the farrier, and signs off the remedial plan
How to roll it out
Phase 1
Weeks 1 to 4
Baseline data collection and system calibration against current hoof histories and shoeing cycles.
Phase 2
Weeks 5 to 8
Full integration of inventory and appointment scheduling with rider and vet notification flows.
Phase 3
Weeks 9 to 12
Policy finalization, compliance checks, and quarterly review of data quality and action thresholds.
Where people stay in charge
- Medical or remedial hoof interventions must be signed by a licensed equine vet authorising action.
- Licensing and regulatory compliance decisions must be reviewed by the yard licensing officer prior to record finalisation.
- Substitution of materials or dosage must be reviewed by the lead farrier and vet.
Questions owners and crews ask
How often should farrier scheduling data be updated in the system?
Update after every shoeing, every ground work assessment, and when hoof measurements change; this keeps schedules accurate and records complete across all horses.
Can the AI suggest remedial shoeing types for specific hoof conditions?
Yes. It analyzes hoof health scores, gait observations, and history to propose remedial options and flag when specialist assessment is needed.
How are lost shoes tracked and managed?
The system logs shoe type, size, and batch, flags missing items, and generates a replacement work order with FIFO stock usage.
Who signs off on shoeing records and changes?
The yard manager validates the final records; the attending farrier and supervising vet sign off any clinical actions or changes to treatment.