A new livestock technology is being tested in central Alberta that could reduce the need for traditional fencing and change how cattle are managed.

A producer near Westlock, Alberta is the first in Canada to trial a virtual fencing system developed by Halter Virtual Fencing. The system uses GPS-enabled collars to control cattle movement without relying on physical barriers.

The collars guide animals using sound and vibration cues as they approach a boundary. If needed, a mild electric signal reinforces the boundary, but cattle typically learn to respond to the audio cues within a short period.

The technology replaces wire and posts with digital boundaries that can be adjusted through a mobile app.

Producers can move cattle, change grazing areas or protect sensitive land in real time without building or repairing fences.

Virtual fencing is being promoted as a way to cut labour and infrastructure costs while improving pasture use.

Fixed fencing can limit how precisely cattle are rotated, while digital boundaries allow more controlled grazing and better use of available forage.

The system also provides continuous tracking of cattle location and behaviour, giving producers more oversight of herd health and grazing patterns.

Interest in the technology is growing as producers look for ways to manage larger areas with less labour and adapt to changing conditions. Virtual fencing has already been adopted in countries such as New Zealand, Australia and the United States and is now being tested under Canadian conditions for the first time.

The Alberta trial will help determine how well the system performs in local environments and whether it can be widely adopted by Canadian cattle operations.