On-tag algorithms and connected livestock software organize individual and herd patterns.
Operators responsible for cattle and other grazing livestock, individual animals, herds, paddocks, grazing areas, breeding programs, biosecurity records, and remote ranch operations cannot continuously inspect every operating condition or developing fault. Periodic checks leave gaps between readings, while isolated local indicators provide limited history and context. A late response can cause downtime, safety exposure, equipment damage, or incomplete compliance evidence. Teams need timely measurements, clear exceptions, and a defined operating response.
Satellite Livestock Location Health and Grazing Intelligence combines connected field data with application software. Solar-powered smart ear tags capture GPS location, movement, grazing, resting, rumination, activity, and supported reproductive and pasture-feed-intake indicators on each animal. On-tag algorithms and connected livestock software organize individual and herd patterns, daily summaries, geofence exceptions, health or welfare indicators. Producers locate animals, prioritize health and welfare checks, plan mustering and grazing, adjust feed and stocking decisions.
Teams configure the monitored assets, users, and operating rules. Solar-powered smart ear tags capture GPS location, movement, grazing, resting, rumination, activity, and supported reproductive and pasture-feed-intake indicators on each animal. Ear tags send on-tag location and behavioural results directly through low-earth-orbit satellites to the selected livestock software platform. On-tag algorithms and connected livestock software organize individual and herd patterns, daily summaries, geofence exceptions, health or welfare indicators. Producers locate animals, prioritize health and welfare checks, plan mustering and grazing, adjust feed and stocking decisions.
Vendor documentation: link 1 · link 2 · vendor website
Evidence level: L2 · Documented: how evidence levels work
Less searching and mustering: Shows animal locations across remote properties without local network infrastructure.
Earlier animal intervention: Behaviour and health indicators help producers prioritize animals that need inspection.
Better grazing decisions: Pasture-use and intake evidence supports feed, stocking, and paddock planning.
Stronger traceability: Location and animal histories support provenance, biosecurity, theft response, and reporting.
Solar-powered animal devices transmit without on-property towers or receivers.
GPS positions and movement exceptions help teams find and manage livestock.
Activity, grazing, resting, and rumination patterns support earlier welfare checks.
Supported algorithms identify reproductive signals for herd-management decisions.
Behaviour and feed-intake evidence supports stocking and grazing plans.
Tag records flow into supported livestock, research, conservation, and traceability applications.
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