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Sara Jensen | Sept. 3, 2026https://www.powermotiontech.com/technologies/artificial-intelligence/blog/55402335/john-deere-from-the-editors-desk-how-john-deere-is-bringing-ai-to-the-farm This week I had the opportunity to attend a media event hosted by John Deere to learn about the latest automation and maintenance systems for its agricultural equipment. But the big announcement at the event was the introduction of the company’s new AI assistant known as JD. With this

Google News | 05/09/2026https://baodongnai.com.vn/english/sci-tech/202609/ai-applied-to-agricultural-product-traceability-f182322/ The use of digital platforms and artificial intelligence (AI) for the certification and traceability of agricultural products is being increasingly promoted to ensure transparency of origin and enhance the competitiveness of Vietnamese farm produce in international markets. Consumers use smartphones to trace the origins of agricultural products at an exhibition showcasing

September 7, 2026 https://www.indexbox.io/blog/five-ways-ai-is-transforming-agriculture/ Three years ago, artificial intelligence at an agricultural expo in Izmir, Turkey, was mostly limited to inventory calculations, offered by specialized companies tucked behind the stands of major tractor manufacturers. That is changing, according to a report from EU Tech Loop, shared by Euronews. Crop monitoring has traditionally relied on intuition,

7 September 2026https://iafrica.com/ugandan-startup-sandi-ai-wins-us50000-gogettaz-agripreneur-prize-for-using-artificial-intelligence-to-unlock-finance-for-farmers/ Ugandan artificial intelligence startup SANDI AI Technologies has secured a major milestone after emerging as the Grand Prize Winner of the GoGettaz Agripreneur Prize 2026, receiving US$50,000 in growth funding for its innovative approach to improving access to finance for farmers across Africa. Founded by Ugandan entrepreneur Nabakka Sandra, SANDI AI was

Bill Wirtz | 07/09/2026https://news.inbox.lv/150pqsk-digital-agriculture-the-5-ways-ai-is-transforming-how-we-farm?language=en Artificial intelligence is increasingly helping farmers in things like precision irrigation, yield forecasting and monitoring. When I visited an agricultural expo in Izmir, Turkey, three years ago, the use of artificial intelligence in agriculture was constrained to running the numbers on inventory, and were sold as specialised products by companies that

Tim Hammerich | Sep 8th, 2026https://www.aginfo.net/report/66220/Farm-of-the-Future/AI-Improving-Sensors-In-The-Field For farmers, dust, branches, and other field obstacles can make it difficult for autonomous equipment to operate effectively. But AI is helping new sensor systems recognize potential roadblocks and respond appropriately, rather than simply bringing a machine to a stop. Bonsai Robotics CEO Tyler Niday explains how that shift

08 September, 2026https://report.az/en/aic/ministry-official-azerbaijan-s-ai-experience-in-agriculture-is-global-model Azerbaijan’s experience in applying artificial intelligence (AI) in agriculture is becoming one of the leading models worldwide, Surkhay Novruzov, Advisor to the Minister of Agriculture, said on the second day of Baku Climate Action Week 2026 (BCAW 2026), Report informs. “If we take a broad, high‑level view of Azerbaijan’s agricultural and AI policies, we

Seed World Staff | September 7, 2026https://www.seedworld.com/us/2026/09/07/ai-crop-breeding-stronger-cereals/ University of Idaho researchers are developing harvest-integrated sensors and predictive models to help breeders identify wheat, corn and sorghum plants that can better withstand stalk lodging. The University of Idaho has received a $6 million grant from the National Science Foundation to develop data collection technologies and artificial

MarketsandMarkets™, 08 Sep 2026https://www.marketsandmarkets.com/blog/FB/agricultural-robots-market-ai-precision-farming According to MarketsandMarkets, the agricultural robots market is estimated at USD 17.73 billion in 2025 and is projected to reach USD 56.26 billion by 2030, registering a CAGR of 26.0% during the forecast period. The rapid development of automation, precision farming, artificial intelligence, and connected technologies is changing the way agricultural