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[SITUATION] · [ACTIVE] · [TECHNOLOGY]
2 clusters · 10 sources · 22 days · First seen · Last updated
Virtual fencing technology adoption in agriculture
Overview
Virtual fencing technology, which uses sensor-equipped collars to manage livestock via digital boundaries, is undergoing testing and expanding its market presence.
In France, trials at the Borde Basse farm have tested systems from Nofence and Gallagher. These systems use sound cues and graduated electrical stimulations to encourage animals to self-correct. Early results from sheep testing showed rapid learning, though some precision issues occurred near physical structures.
In Australia, the technology is gaining significant traction within the livestock sector. Proponents highlight benefits such as improved pasture utilization, soil health, and labor efficiency. The sector has seen rapid growth, exemplified by the company Halter reaching a $3 billion valuation, though some experts advise producers to carefully evaluate the cost-to-return ratio of these investments.
Entities
Nofence · Borde Basse farm · Adam Armstrong · Campus Pyrénées Cominges · Australia
Timeline
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[TECHNOLOGY] 7 sourcesVirtual fencing technology gains traction in Australian livestock sector
Virtual fencing technology is seeing high adoption rates in Australia, offering improved pasture management and labor savings despite ongoing debates regarding investment returns.
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[TECHNOLOGY] 3 sourcesVirtual fencing technology tested at French farm
A farm in Haute-Garonne, France, is testing virtual fencing technology using collars to manage livestock via sound and electrical cues, eliminating the need for physical posts and wires.
Sources
agri-mutuel.com · farmonline.com.au · farmweekly.com.au · northqueenslandregister.com.au · queenslandcountrylife.com.au · rse-magazine.com · stockandland.com.au · stockjournal.com.au · theland.com.au · web-agri.fr