Why it matters
Without it, mould growth, mycotoxins, and contamination can go undetected, risking feed safety, desensitizing horses to forage, and triggering biosecurity breaches or licensing concerns.
From design to safety
Design
AI-guided feed-storage safety design
Design phase defines sensor coverage, data interfaces, and alert thresholds for mould and contamination, informing storage layout, bin placement, ventilation requirements, and segregation zones for suspect stock to ensure traceability, emergency access, and compliant record-keeping.
- feed bins
- temperature sensor
- humidity sensor
Build
Install sensors and logging systems
During build, install temperature and humidity sensors in feed bins and bays, attach mould-detection sensors, set up storage log hardware, configure data pipelines, calibrate thresholds, and prepare disaster recovery plans with per-bin baselines and audit trails.
- mould detector sensor
- storage logs system
- feed bins
Operation
Active monitoring and routine checks
Operation uses continuous data streams from sensors and logs to detect anomalies, automatically flag potential mould, prompt staff to inspect or segregate affected stock, and trigger temporary quarantines with per-bin action histories and time-stamped notes.
- temperature sensor
- humidity sensor
- mould detector sensor
- storage logs system
Maintenance
Maintenance data informs upkeep
Maintenance reviews sensor calibration, bin integrity, and log accuracy; triggers corrective actions like resealing bins, cleaning areas, replacing worn seals, and re-ordering safe storage materials with replacement part IDs and vendor references.
- feed bins
- storage logs system
Safety
Safety oversight and compliance
Safety ensures timely quarantine, records for audits, and ensures biosecurity by documenting rodent activity, contamination events, containment outcomes, and cross-checks against licensing requirements, with signed-off preventive measures and corrective action timelines.
- rodent bait station
- storage logs system
Part by part
- 1
feed bins
- Watch for
- Cracks, compromised seals, and moisture ingress in bin lids or chutes.
- AI action
- Trigger alert to yard manager and quarantine affected bagged feed.
- 2
temperature sensor
- Watch for
- Unusual drift beyond 2°C from baseline during storage period.
- AI action
- Log anomaly and alert staff for inspection and possible bin transfer.
- 3
humidity sensor
- Watch for
- Rising humidity beyond acceptable range within stored feed area.
- AI action
- Initiate ventilation check and flag potential mould risk.
- 4
mould detector sensor
- Watch for
- Detection of mould spores or mycotoxin indicators in storage space.
- AI action
- Generate contamination warning and start traceability action.
- 5
rodent bait station
- Watch for
- Rodent activity signs near feed storage area, droppings, gnaw marks.
- AI action
- Alert pest control contractor and schedule preventative treatment.
- 6
storage logs system
- Watch for
- Inconsistent log entries, missing lot numbers, or policy non-compliance.
- AI action
- Flag record gaps and prompt staff to complete required documentation.
Worked example
Contamination risk in hay storage at a small livery yard
Illustrative scenario with sample data.
A small yard with eight stables notices damp hay in one bay and a musty odor; staff suspect mould growth.
Signal in
timestamp: 2026-11-08T08:15:00Z, binID: B12, tempC: 22.5, humidity: 68, detectedMould: true, mouldSeverity: moderate, hayLot: HC-458, purchaseDate: 2026-05-12, logComplete: true, rodentSigns: minimal
System out
Alert generated: potential mould risk in bin B12; quarantine bin; schedule inspection; record event in storage logs system; per-bin traceability initiated.
Human sign-off: Yard manager reviews alert, confirms quarantine and inspection plan, approves pest control if required, and records corrective actions in the log for audit.
How to roll it out
Phase 1
Weeks 1 to 4
Baseline sensor network confirmed; data quality checks and calibration routines established.
Phase 2
Weeks 5 to 8
Automated alerts and logging workflows activated across all feed storage areas.
Phase 3
Weeks 9 to 12
Staff training completed; maintenance testing and contingency plans rehearsed.
Where people stay in charge
- Decisions about quarantine and disposal of contaminated feed must be signed off by the yard manager and veterinary advisor.
- Contamination events require written incident reports and regulatory notification within 24 hours of discovery.
- Biosecurity and licensing implications must be reviewed by the regulatory compliance lead before any changes to storage policy.
Questions owners and crews ask
What sensors are needed to monitor feed storage health?
A practical setup uses temperature and humidity sensors inside feed bins, mould detectors for surface spores, and a storage logs system to track lots and actions.
How quickly should alerts be acted on?
Alerts should be reviewed by the yard manager within the same shift; high-risk detections trigger immediate quarantine and inspection.
What records prove compliance during inspections?
Storage logs, calibration records, corrective actions, and pest control logs demonstrate ongoing compliance and traceability.
Who signs off on major changes to storage policy?
The yard manager, veterinary advisor, and regulatory compliance lead must all sign off on policy changes.