NEWS 10 FEED & ADDITIVE MAGAZINE December 2025 dsm-firmenich Animal Nutrition & Health unveiled the global launch of its Verax™ machine learning-based precision service for layers, designed to transform how egg producing farms can manage their animal health, welfare, and productivity. By applying advanced data analytics, the service reportedly enables producers to predict performance drops, stress events, and health challenges. This first of its kind early-warning capability empowers farmers to intervene proactively, reducing losses, improving livability, and enhancing egg production. “This launch marks a pivotal step in our journey to make poultry farming more predictive, more responsive, and more sustainable,” said Scott Cavey, Head of Precision Nutrition & Health at dsm-firmenich Animal Nutrition & Health. “By combining machine learning with real-time blood biomarker insights, we’re helping producers move from reactive to proactive management— improving both profitability and operational outcomes.” “Smart farming demands more than technology—it requires insight from inside of the bird,” noted Cavey. “Our precision service portfolio leverages advanced software experience, artificial intelligence algorithms and expert consultants to help producers make better decisions for their animals and their business.” The rollout of Verax™ for layers will initially be available to leading global layer producers, dsm-firmenich states. The service is part of the company’s broader Precision Services portfolio, which combines digital diagnostics, consultancy, and tailored nutrition to support profitable, sustainable food production. Read more>> A research project within Resource Recovery at the University of Borås, Sweden, explored how valuable substances can be extracted from organic waste – such as animal manure – and how this loop can be closed by producing animal feed. In her doctoral project, Clarisse Uwineza demonstrated how food waste and animal manure can be converted into valuable volatile fatty acids. These acids can then be used as a substrate to cultivate protein-rich fungal biomass, which in turn can be used to produce animal feed. Early in her studies, she developed an interest in creating sustainable methods for managing waste and by-products. Her research allowed her to combine her interests in both biotechnology and resource recovery. Organic waste, such as food waste and manure from agriculture, is a growing environmental issue. However, by using a method known as anaerobic digestion, where microorganisms break down waste in an oxygen-free environment, it is possible to extract these volatile fatty acids. These acids, along with nutrients such as nitrogen and minerals, can then be used to cultivate a specific fungus: Aspergillus oryzae. The fungus grows into a biomass rich in protein, minerals, and dietary fibre, and is also easily digestible for animals. Read more>> dsm-firmenich unveils Verax for layer producers Researcher explores waste-based feed protein production Photo: dsm-firmenich Photo: University of Borås
RkJQdWJsaXNoZXIy MTUxNjkxNQ==