November saw a surge in agrifood technology deals and pilot programmes integrating artificial intelligence, biologicals, and robotics into food supply chains and on-farm practices. While adoption remains a challenge, partnerships and pilot projects signal a shift towards practical, scalable solutions for sustainability and efficiency.
According to AgTechNavigator, the agriculture sector closed November with a string of technology deals and pilot programmes that underlin...
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Palantir Technologies is among the most visible players moving into agrifood, using its data-integration tools to help producers and procurers untangle supply‑chain complexity and turn messy inputs into actionable insight, Francisco Parga, deployment strategist at Palantir, told AgTechNavigator. Industry reporting also shows Palantir is joining with technology and energy partners to apply AI to the practical bottlenecks of data‑centre and infrastructure buildouts, a sign of how the company is exporting its operational software across adjacent sectors.
Investment and collaboration models are shifting too. The newly announced Alternate Futures Innovation Centre combines funding and hands‑on innovation to push cross‑sector solutions into real‑world use. “Investors have long chased smart ideas and brilliant founders. But our world’s biggest challenges no longer exist in silos,” said Keith Loo, Co‑Founder and Managing Partner of Alternate Futures, emphasising the centre’s focus on collaborative problem‑solving across food, energy and climate.
On the agronomy side, several partnerships and pilots aim to cut chemical inputs and boost sustainability. Kubota’s agreement to pilot Kilter’s AX‑1 autonomous weeding robot at Agritechnica extends a move towards ultra‑precise spot spraying, with the AX‑1 using AI weed recognition and Single Drop Technology to deliver micro‑doses of herbicide with millimetre accuracy. Kilter says the approach can slash herbicide use while protecting crops and soil structure.
PepsiCo, working with Griffith Foods and corn supplier Milhão, has launched a pilot in Brazil’s Cerrado that pays farmers upfront for sustainable inputs and offers bonuses for measured reductions in agrochemical use. According to the company, the programme covers 7,000 acres initially with plans to scale, testing a hybrid “payment for practice and payment for outcomes” model intended to accelerate regenerative adoption.
Biologicals development remains a major thread. Ginkgo Bioworks and Bayer have extended their multi‑year collaboration to advance microbial nitrogen fixation technology, with Bayer retaining commercialisation rights while Ginkgo focuses on strain development and R&D. The renewed agreement builds on assets from the former Joyn Bio venture and signals continued industry confidence in biological alternatives to synthetic fertilisers.
But adoption barriers persist. Panels at the World Agri‑Tech Innovation Summit and farmer surveys show wide interest in AI but low levels of current knowledge , farmers cite yield improvement, input cost savings and quality as the main drivers for digital uptake. Meanwhile, traceability rules such as the EU’s Regulation on Deforestation‑free Products are adding pressure on smallholders in commodity supply chains, where fragmented systems mean traders, regulators, NGOs and tech providers often work independently. “What’s needed most is collaboration, linking data driven traceability with on‑the‑ground support to make sustainability both measurable and inclusive,” said Ainu Rofiq, co‑founder of Koltiva, which develops digital traceability tools.
Corporate supply‑chain resilience and legal risk also featured in November coverage. Large CPG and ingredient companies continue to invest in farmer support and technology deployment to secure supplies and mitigate climate and regulatory risks, while major input suppliers remain under litigation and commercial scrutiny even as they push product and service innovation.
Taken together, the month’s announcements underline a pragmatic pattern: technologies are evolving from proofs of concept into field pilots and commercial partnerships, but widespread farmer adoption will require demonstrable economic benefits, simplified tools and stronger cross‑sector coordination to translate innovation into measurable, scalable impact.
Source: Noah Wire Services



