In The Spotlight
GEA has opened a brand new software development lab in Belfast, Northern Ireland, marking a bold step forward in its mission to reshape modern dairy farming through technology. Housed at The Innovation Centre, the lab will bring 20 new roles in software development and UX design to the region, all dedicated to advancing GEA's flagship AI livestock solution, CattleEye, alongside its wider digital farming portfolio.
CattleEye is no ordinary piece of kit. The system is built to detect and predict lameness in cattle at an early stage and gather vital data on body condition scores, giving farmers the kind of precise, timely insight that can genuinely change how they manage their herds. Already active on more than 140 farms spanning the UK, Europe, the United States and Australia, the technology is currently keeping watch over more than 200,000 cattle across 23 countries as part of GEA's DairyNet herd management platform.
GEA acquired CattleEye in 2024, and the Belfast expansion represents the next chapter in embedding that technology deeper into its farming ecosystem. "With our new software lab in Belfast, GEA is strengthening its role as a technology leader in digital dairy farming," says Andreas Seeringer, CEO of GEA Farm Technologies. "By improving animal health and well-being through AI-based solutions like CattleEye, dairy farms become more efficient, more sustainable, and ultimately more profitable. That is why we commit to accelerating development in this area, driving technology innovation in our digital herd management solutions."
Northern Ireland was a natural fit for the venture, given its deep rooted dairy farming heritage and a tech sector that is quietly making a name for itself. Terry Canning, CattleEye co-founder and Senior Director at GEA, describes what the lab means in practice: "The new software lab will be a significant milestone in integrating CattleEye fully into our state-of-the-art herd management systems and will extend our digital footprint in farming. In the future, farmers can expect features which help reduce additional investments in equipment and necessary animal treatments. It will also help customers to farm more efficiently and cut greenhouse gas emissions through automated data insights."
Regional development agency Invest NI, backed in part by the UK Government Shared Prosperity Fund, is supporting the project financially. Vicky Kell, Director of Innovation, Research and Development at Invest NI, was clear about what it signals: "This investment in R&D is a vote of confidence in our talent, infrastructure and capabilities in Northern Ireland. The benefits of investing in R&D are rich, and the CattleEye solution is a testament to how R&D can further develop innovative products which can drive competitiveness in the global agri-tech market."
ICRISAT and University of Queensland collaborated to future-proof farming in Africa. (Image credit: ICRISAT)
Across the drylands of Africa, millions of smallholder farmers grow food in some of the most punishing conditions on earth.
Erratic rainfall, punishing heat and increasingly unpredictable growing seasons make every harvest a gamble. Now, two of the world's leading agricultural research institutions are joining forces to change that.
The International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) and The University of Queensland (UQ) in Australia have formalised a strategic partnership aimed at bringing the latest predictive breeding technologies directly into crop improvement programmes serving dryland farming communities. A Memorandum of Understanding signed between ICRISAT and UQ's ARC Training Centre in Predictive Breeding for Agricultural Futures sets the foundation for what could be a transformative shift in how new crop varieties are developed for the world's most food-insecure regions.
At its core, the collaboration is about speed and precision. Traditional crop breeding is a long game, often taking well over a decade to move from a promising genetic combination to a variety that farmers can actually grow. Predictive breeding collapses that timeline by using genomic data to identify which plants are most likely to thrive before they are ever put in the ground. For communities already feeling the weight of climate change, that difference can be measured in meals.
Himanshu Pathak, Director General of ICRISAT, said,"Dryland agriculture is on the frontline of climate change. Farmers in these regions cannot wait decades for improved crop varieties. Predictive breeding allows us to anticipate which genetic combinations will perform best before they are even field-tested. Through collaboration with one of the world's leading centres for predictive breeding at the University of Queensland, we are accelerating the delivery of climate-resilient crops that farmers urgently need to sustain productivity, nutrition, and livelihoods."
ICRISAT already has strong foundations to build on. The institute has contributed to the release of over 1,200 improved crop varieties across more than 40 countries, and has been rolling out rapid breeding cycle protocols for crops including chickpea, pigeonpea and finger millet. The new partnership is expected to further sharpen those efforts, with genomic prediction woven into existing pipelines to deliver varieties capable of achieving yield gains of 20 to 25 per cent under drought and heat stress.
"This partnership is a fantastic opportunity to put cutting-edge predictive breeding tools into the hands of ICRISAT's breeders. Beyond the technology itself, building local capacity to implement and adapt these approaches is critical and will help ensure long-term impact for farmers across India and Africa," said Professor Lee Hickey, Director of the ARC Training Centre.
The collaboration will be coordinated by Dr Janila Pasupuleti, who will lead the development of a transition strategy to embed rapid-cycle genomic prediction across ICRISAT's breeding programmes. For farming communities across sub-Saharan Africa and South Asia, it represents something simple but profound: better seeds, sooner.
EuroTier 2026 Puts Forage Production in the Spotlight With New Forage Days and Smart-Farming Showcase. (Image credit: DLG)
Forage production takes center stage at EuroTier 2026, scheduled for November 10-13, 2026, in Hanover, Germany.
Organized under the guiding theme "Intelligence in Animal Farming," the event will feature a dedicated DLG Spotlight on Forage Production alongside the newly launched Forage Days on November 12 and 13 marking a significant expansion in programming for ruminant nutrition professionals, forage specialists and equipment manufacturers worldwide.
Forage quality directly determines the profitability and productivity of ruminant herds. Despite this, measurable losses continue to occur at every stage of the forage chain from field to feedbunk. Bridging that gap is the central mission of EuroTier 2026's forage programming.
High-performing dairy and beef operations depend on a steady supply of consistent, nutrient-dense forage. Research consistently demonstrates that premium forage quality reduces reliance on purchased concentrate feeds, lowers input costs and improves overall feed efficiency outcomes that directly affect a farm's bottom line.
Achieving stable forage quality calls for well-coordinated machinery and tight process management at each production stage: harvesting, preservation, storage and daily feeding. Fast, low-loss operations -- such as completing ensiling within 24 hours and ensuring rapid drying during haymaking are critical benchmarks that leading producers are working toward.
Modern sensors, compaction monitoring and airtight covering systems are enabling a new generation of precision forage management. Properly adjusted equipment minimizes contamination risk and fermentation inconsistencies, while low-emission manure application and verified silage additives support both forage hygiene and storage stability.
At the feedout stage, clean face management, appropriate daily advance rates and fresh-feed protocols prevent reheating and aerobic spoilage factors that can quietly erode the nutritional value of even well-made silages.
The curated DLG Spotlight on Forage Production will bring together exhibitors from across the equipment, technology and agronomy sectors to demonstrate how digital and smart-farming tools can optimize forage quality at every stage of the production chain from initial cutting through to ensiling. The dedicated DLG Expert Stage Ruminants will complement this showcase with targeted content on needs-based feeding strategies for dairy and beef operations.
The new Forage Days on November 12 and 13 extend the programming to offer deeper technical engagement, providing attendees access to expert-led discussions, live equipment demonstrations and direct networking with forage specialists from across the industry.
Africa will take another important step towards reshaping its food future as leaders, partners and institutions gather for the 4th Africa Food Systems Transformation Meeting in Accra, Ghana, on 4–5 May 2026.
The hybrid event will bring together National Food Systems Convenors and representatives from across the continent to review progress and strengthen action on national food systems pathways developed in recent years.
The meeting comes at a crucial moment following key regional developments such as CAADP Kampala in January 2025 and the UN Food Systems Summit +4 Stocktake (UNFSS+4). It aims to provide a practical, country driven space where governments and partners can assess what has worked, identify persistent challenges and coordinate stronger support for food systems transformation as the continent moves towards the 2030 Sustainable Development Goals.
Organised by the UN Food Systems Coordination Hub in partnership with the UN Economic Commission for Africa, the African Union Commission, AUDA NEPAD and other regional institutions, the gathering will bring together a wide range of voices. Participants will include government leaders, UN agencies, development partners, civil society organisations, youth networks, Indigenous Peoples’ groups, research institutions and private sector representatives. Their shared goal is to create stronger collaboration and deliver solutions that reflect Africa’s realities.
Since 2021, more than forty African countries have designed national pathways to transform their food systems. These strategies show a growing political commitment to improving nutrition, supporting livelihoods, strengthening climate resilience and driving economic growth. Yet the pace of implementation remains uneven. Fragmented governance, gaps in financing, climate shocks, conflict and limited investment in science, innovation and technology continue to slow progress.
Recent regional dialogues, including the 2024 Africa Food Systems Transformation Meeting and the 2025 regional gathering ahead of UNFSS+4, underlined the need to shift from planning to delivery. There is increasing recognition that stronger policy alignment, greater investment and locally driven solutions are essential. Women, young people, smallholder farmers and community organisations are expected to play a central role in this transition.
The Accra meeting will focus on sharing lessons between countries, strengthening partnerships and promoting scalable solutions through the Ecosystem of Support and the Hub’s flagship initiatives. Discussions will be guided by the six priority areas outlined in the UNFSS+4 Secretary General’s Call to Action, with the aim of accelerating meaningful food systems transformation across Africa in the years leading to 2030.
South Africa has stepped up its response to Foot and mouth disease with the arrival of one million high potency vaccines at OR Tambo International Airport.
The shipment was received under the supervision of John Steenhuisen, Agriculture Minister marking a significant boost to the national vaccination drive already under way in affected regions.
The vaccines were supplied by Biogénesis Bagó in Argentina and form part of a broader supply programme. Further consignments are expected in the coming weeks from BVI in Botswana and Dollvet in Turkey. By the end of March, more than five million doses from these three international suppliers are set to arrive in the country.
At home, the Agricultural Research Council has committed to producing 20 000 vaccines per week, with plans to increase output to 200 000 per week in 2027. The expanded supply will allow authorities to move beyond targeted outbreak response and work towards wider suppression of the virus in high risk areas.
Steenhuisen said, “Vaccination has already begun in affected areas, but supply has limited the speed and coverage. With this arrival, we can now accelerate protection across priority provinces and stabilise the livestock sector.”
Outbreaks have been reported in every province, prompting quarantine measures, movement restrictions and ongoing surveillance. A risk based vaccination strategy will focus first on outbreak centres in KwaZulu Natal and parts of Gauteng, Free State and North West, before extending to other high risk and border regions.
The initial one million doses will be shared across all provinces, with KwaZulu Natal and Free State receiving the largest allocations. However, the minister warned that vaccines alone will not end the crisis.
“Quarantine rules, movement permits and biosecurity measures exist to protect every farmer in the country. Those who deliberately move animals illegally, conceal infections, or ignore restrictions threaten the recovery of the entire sector. Where there is wilful non compliance, we will work with law enforcement authorities and the full might of the law will be applied,” Steenhuisen added.
He will visit Mooi River in KwaZulu Natal on 27 February to vaccinate dairy cattle alongside veterinarians and farmers. “The dairy industry has been among the hardest hit with significant production losses, disrupted markets and immense strain on farming families. That visit marks the practical beginning of recovery at farm level. Each vaccinated herd means stability returning to a business, wages returning to workers and milk returning to shelves.”
“We are moving step by step from crisis management to control,” Minister Steenhuisen concluded. “Vaccines are arriving, the system is scaling up, and compliance will be enforced. Working together, we will stabilise the sector and rebuild confidence in South Africa’s animal health system.”
ICRISAT and University of Queensland collaborated to future-proof farming in Africa. (Image credit: ICRISAT)
Across the drylands of Africa, millions of smallholder farmers grow food in some of the most punishing conditions on earth.
Erratic rainfall, punishing heat and increasingly unpredictable growing seasons make every harvest a gamble. Now, two of the world's leading agricultural research institutions are joining forces to change that.
The International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) and The University of Queensland (UQ) in Australia have formalised a strategic partnership aimed at bringing the latest predictive breeding technologies directly into crop improvement programmes serving dryland farming communities. A Memorandum of Understanding signed between ICRISAT and UQ's ARC Training Centre in Predictive Breeding for Agricultural Futures sets the foundation for what could be a transformative shift in how new crop varieties are developed for the world's most food-insecure regions.
At its core, the collaboration is about speed and precision. Traditional crop breeding is a long game, often taking well over a decade to move from a promising genetic combination to a variety that farmers can actually grow. Predictive breeding collapses that timeline by using genomic data to identify which plants are most likely to thrive before they are ever put in the ground. For communities already feeling the weight of climate change, that difference can be measured in meals.
Himanshu Pathak, Director General of ICRISAT, said,"Dryland agriculture is on the frontline of climate change. Farmers in these regions cannot wait decades for improved crop varieties. Predictive breeding allows us to anticipate which genetic combinations will perform best before they are even field-tested. Through collaboration with one of the world's leading centres for predictive breeding at the University of Queensland, we are accelerating the delivery of climate-resilient crops that farmers urgently need to sustain productivity, nutrition, and livelihoods."
ICRISAT already has strong foundations to build on. The institute has contributed to the release of over 1,200 improved crop varieties across more than 40 countries, and has been rolling out rapid breeding cycle protocols for crops including chickpea, pigeonpea and finger millet. The new partnership is expected to further sharpen those efforts, with genomic prediction woven into existing pipelines to deliver varieties capable of achieving yield gains of 20 to 25 per cent under drought and heat stress.
"This partnership is a fantastic opportunity to put cutting-edge predictive breeding tools into the hands of ICRISAT's breeders. Beyond the technology itself, building local capacity to implement and adapt these approaches is critical and will help ensure long-term impact for farmers across India and Africa," said Professor Lee Hickey, Director of the ARC Training Centre.
The collaboration will be coordinated by Dr Janila Pasupuleti, who will lead the development of a transition strategy to embed rapid-cycle genomic prediction across ICRISAT's breeding programmes. For farming communities across sub-Saharan Africa and South Asia, it represents something simple but profound: better seeds, sooner.
New Holland tractors are set to play a bigger role in transforming agriculture in Kenya following a new partnership between Inchcape and NCBA Group, one of East Africa’s leading financial institutions.
The collaboration focuses on making New Holland’s modern tractor range more accessible to farmers through a flexible and affordable financing solution designed around real farming needs.
The initiative enables farmers to acquire New Holland tractors with financing of up to 95 percent of the purchase value, making advanced machinery attainable for both small and large scale operations. Repayment periods can extend up to 60 months, with options structured to suit farming cash flows. Farmers can choose monthly or seasonal repayments aligned with harvest cycles, helping them manage costs without disrupting day to day operations. The financing package also includes cover for up to two farm implements, allowing farmers to fully utilise the capabilities of their New Holland equipment. To further support customers, each financed tractor comes with one year of free insurance through NCBA Bancassurance, offering reassurance throughout the loan term.
New Holland tractors are known for their durability, efficiency and suitability for a wide range of farming applications, from land preparation to harvesting support. By pairing these machines with tailored financial solutions, the partnership aims to improve farm productivity while reducing the operational strain often associated with equipment investment.
Marion Gathoga Mwangi, Managing Director of Inchcape Kenya, said, “Through this collaboration, we are not just offering financing; we are driving mechanisation, which remains a key pillar in increasing agricultural productivity and efficiency. When farmers have access to modern, reliable machines, their yields rise, their costs reduce, and their work becomes more rewarding.”
NCBA Group also emphasised the importance of aligning finance with the realities of farming. Lennox Mugambi, Group Director of NCBA Asset Finance and Business Solutions, added, “This partnership with Inchcape Kenya marks a major step in our mission. We aim to support farmers by providing accessible and flexible finance. By matching repayment schedules to the realities of farming, we remove barriers that have held back mechanization. We believe this will empower farmers to boost productivity and improve their livelihoods across Kenya.”
The programme brings Inchcape’s Accelerate+ strategy to life by combining high quality New Holland products with value added services such as financing and insurance. By improving access to trusted machinery, the initiative supports sustainable agricultural growth and creates long term benefits for farming communities across Kenya.
