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Drover Swine · Partner pilot

Individual-pig health monitoring
— before symptoms are visible.

Drover Swine builds a health profile for every pig from RFID readers at the feeder, flags deviations against each animal's own rolling baseline, and surfaces the pigs that need attention 2–3 days before your crew would see them. Requires RFID reader hardware at feeders — works with existing ear tags on every animal.

How it works

Every pig. Every day.
Against its own baseline.

Drover Swine doesn't compare your pigs to a barn average or an industry benchmark. It builds an individual baseline for each animal from behavioral data captured at the feeder — and flags when that animal's own pattern breaks. The pigs that need attention surface before they look sick.

What the system tracks
Drover Swine captures behavioral data continuously via RFID at the feeder. Each pig builds its own rolling baseline. Deviations from that individual baseline — not a barn average — trigger scoring. The system detects health pressure across multiple behavioral dimensions and matches flagged patterns against a library of known disease signatures.
What it surfaces
Per-animal health score, updated daily. Ranked attention list of pigs showing the earliest deviation. Plain-English flag explanation from Helix AI. Every flag cites the specific behavioral data behind it.
What Drover detects

Pattern-matched against known disease signatures.

Flagged individual-pig patterns are matched against a library of behavioral signatures for the diseases that cost grow-finish operations the most.

01
PRRSv
02
Swine influenza
03
Enteric disease
PED and bacterial
04
Heat stress
05
Subclinical health pressure
Every flag includes the specific behavioral data that triggered it. Your vet makes the call — Drover assembles the evidence. Helix AI never surfaces a diagnosis, only a ranked flag with cited evidence.
Validation status

TTU pilot confirmed.
Deploying next.

The Drover Swine detection system is fully built. The pilot is confirmed at Texas Tech University's swine facility. Hardware deploys post-funding. The 2.8-day early detection floor is established in published veterinary literature — the TTU pilot is what validates it with our system on real animals.

Detection lead time
2.8 days
Before visible symptoms. Funk et al., USDA ARS — literature floor, not yet our validated result.
False positive target
< 10%
Built-in confidence threshold — uncertain flags are marked, not suppressed.
Pilot status
Confirmed
Texas Tech University · deploying post-funding.
For integrators and grow-finish operations

Pilot on one barn. Expand when the math is obvious.

Most partners start with a single grow-finish barn. After 90 days, the economics of early detection are visible in your own mortality and treatment records. You decide the rollout pace. We don't ask for system-wide commitments before we've earned them.

What a pilot requires
Hardware installation in your barns. We pay for the hardware. You pay for the software.
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