"Despite continued doubts over AI hype, it's clear that real-world deployments are demonstrating that AI can deliver measurable value across different sectors. Cutting costs, boosting productivity, and enabling smarter decisions are all potential benefits of AI, both generative and otherwise. Yet the most successful implementations share something in common: they start with a clear business challenge, not a fascination with technology for its own sake."
"Few sectors face as many variables as farming. Weather, soil conditions, and crop behavior shift constantly, creating a complex environment where every decision has an impact. For Bosch UK, this made agriculture the perfect proving ground for AI. In a pioneering initiative, Bosch joined forces with BASF Digital Farming, Chafer Machinery, and Rothamsted Research to tackle one of the UK's most destructive agricultural challenges."
"Namely, the companies are seeking to reduce the impact of black-grass, a resilient weed responsible for around £400 million in lost wheat yields each year. Bharath Jayakumar, innovation lead at Bosch UK, tells ITPro that the team's starting point was deceptively simple: "We wanted to work out how we could increase the reliability of identifying black-grass. With different fields, crops, and weather across the UK, it's a challenge to accurately identify what's what in a field.""
Real-world AI deployments are delivering measurable value across multiple sectors by cutting costs, boosting productivity, and enabling smarter decisions. The most successful implementations begin with a clear business challenge rather than technology fascination. Farming presents a complex environment with shifting weather, soil, and crop behavior, making it an ideal proving ground. Bosch, BASF Digital Farming, Chafer Machinery, and Rothamsted Research partnered to reduce damage from black-grass, a resilient weed causing around £400 million in annual lost wheat yields. The project used sensors, AI-based pattern recognition, and smart spraying cameras to capture high-resolution images that are analyzed to improve identification and targeted treatment.
Read at IT Pro
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