In April 2026, Halter announced the launch of satellite-connected smart cattle collars powered by Starlink, enabling ranchers to manage livestock without cellular service-a development that matters because it removes the last major barrier to scaling virtual fencing across remote and expansive grazing lands.

The company becomes the first in the virtual fencing segment to integrate direct-to-satellite connectivity, eliminating the need for long-range radio towers that have traditionally limited adoption in rugged or isolated regions. For producers operating across large areas, this shift could translate into lower infrastructure costs, improved labor efficiency, and more flexible land management strategies, especially as input costs continue to rise across the U.S. livestock sector.

"Connectivity has been the final barrier to bringing virtual fencing across remote and expansive ranches," said Craig Piggott, CEO and founder of Halter, who highlighted that the new system allows producers to manage hundreds of thousands of acres in some of the most challenging terrains without relying on traditional network coverage. The integration with Starlink represents what the company describes as a technical milestone, given the constraints of solar-powered devices operating in the field.

Halter's collars are solar-powered and GPS-enabled, designed to guide cattle through behavioral cues within invisible boundaries set digitally by ranch managers. With the addition of satellite connectivity, the system can now function continuously in areas where connectivity was previously unreliable or nonexistent, opening the door to broader adoption of precision agriculture practices in livestock operations.

The technology has already been tested at High Lonesome Ranch in western Colorado, a 225,000-acre operation known for its complex terrain. Ranch managers reported that the system allows real-time monitoring of cattle without requiring constant human presence, a factor that directly impacts labor efficiency and operational oversight. According to on-site management, the ability to track livestock activity remotely has reshaped how grazing is managed across difficult landscapes, supporting more adaptive and responsive decision-making.

For ranchers already using Halter's tower-based systems, the company indicated that existing operations will continue unchanged, while those seeking to expand into more remote areas can adopt the satellite-enabled collars. The rollout is initially focused on beef operations in the United States and New Zealand, with plans to expand availability into Australia and Canada.

The introduction of satellite-based virtual fencing arrives as the livestock sector faces mounting pressure to improve sustainability, productivity, and resilience, particularly in regions affected by drought and variable forage conditions. By enabling more precise control over grazing patterns, technologies like this may help producers optimize pasture use, reduce overgrazing, and better align herd management with environmental conditions, all while maintaining visibility across increasingly larger and more remote operations.