In the ever-evolving world of agriculture, robotic technology has found its way into various aspects of farming, including dairy production. Automated feed pushing systems have emerged as a revolutionary solution for improving feed management in dairy farms.

In the realm of dairy farming, a cow's daily routine plays a pivotal role in her well-being and productivity. Cows thrive on consistency, particularly when it comes to their dietary needs.

The dairy industry is facing numerous challenges with a pressing need for sustainable practices that optimize resource utilization and improve profitability. Residual feed intake (RFI) provides a powerful tool for evaluating feed efficiency in dairy production.

As winter approaches in the U.S., there are measures dairy producers can take to prepare for the cold days and nights ahead. Categories to consider as the colder months get closer include housing, management and nutrition.

Over recent years, it has become obvious the dairy industry is showing increasing growth in the use of automation, robotics and artificial intelligence (AI) as solutions to many challenges on the farm, particularly as related to labor demands.

The year is 2015, and the philosophy for feeding a robotic milking herd is to feed limited energy at the bunks so the cows go to the robots for the remainder of their nutrient requirements; more energy available in the robot means more visits and ultimately more milk.

A typical dairy operation manages different animal types (from young heifers to lactating cows), intakes and rations characteristics, resulting in a wide range of feed load sizes.

Typical silage loss can run up to 20%. Using a product that is environmentally friendly and that prevents oxygen ingress cuts that loss in half.

Even when a farm does everything right prior to feedout, silage piles that are subjected to less-than-ideal face management have the potential for massive spoilage.