Key Takeaways
- iGrow Intelligence tracked 61 precision agriculture partnerships in 2025, up from 21 in 2024 — a 190% increase.
- Product integrations made up 43% of deals, indicating that companies are moving beyond intent agreements to technical implementation.
- Google and Amazon both formed partnerships with Arable in 2025, marking an early entry point for hyperscalers into precision ag data infrastructure.
- xFarm Technologies completed five product integrations in 2025, more than any other single company in the dataset.
- The shift from strategic MoUs toward working integrations suggests the sector is in a more operational phase than it was a year ago.
Precision Agriculture Partnerships in 2025: What the Jump in Volume Reflects
The number of precision agriculture partnerships tracked by iGrow Intelligence rose from 21 in 2024 to 61 in 2025 — a 190% increase. Some of that jump reflects Agritechnica, which tends to generate a cluster of announcements each year it runs. But the volume alone is less notable than the composition: in 2025, 26 of 61 partnerships — 43% — were product integrations, meaning APIs were connected, data was flowing, and the arrangement had moved past an intent agreement into something operational.
That is a shift from 2024, when strategic partnerships and MoUs were more common in the dataset. Whether it reflects genuine maturation of commercial relationships or simply different announcement patterns is hard to say with certainty, but the proportion of product integrations is a reasonable indicator that more companies are at a stage where building working integrations makes sense.
Big Tech Enters Precision Agriculture Data Infrastructure
Google and Amazon's Partnerships with Arable
Two of the more noted partnerships of 2025 involved companies without backgrounds in agricultural equipment. In May, Arable — a crop monitoring and microclimate analytics company — announced a strategic partnership with Google covering cloud and data infrastructure. In August, Amazon formed a separate project partnership with Arable focused on agricultural sensor data.
These are relatively early-stage arrangements, and their long-term commercial significance is not yet clear. What they do indicate is that large cloud platforms have an interest in farm-level sensor data, and see precision agriculture as a potential vertical. For OEMs and precision ag platform companies, this raises questions about where farm data will ultimately flow and who will control the aggregation layer — questions that are worth paying attention to now, even if they are not urgent today.
CNH Industrial and SpaceX: Addressing the Connectivity Gap
CNH Industrial's product integration with SpaceX involved embedding Starlink satellite connectivity into Case IH, New Holland, and STEYR equipment. The motivation is practical: many farms in the regions where precision ag adoption is growing have limited terrestrial broadband connectivity, which constrains real-time data transfer and remote monitoring capabilities. CNH's decision to address this directly through a satellite connectivity partnership, rather than waiting for infrastructure providers to expand coverage, reflects a broader trend of OEMs taking more control over the end-to-end precision farming experience.
xFarm Technologies: Europe's Farm Management Connectivity Layer
xFarm and the Precision Agriculture Partnerships in 2025 That Are Reshaping European Farm Software
xFarm Technologies completed five product integrations in 2025 — with Plasmon, SaMASZ, Krukowiak, Checkplant, and Bühler — more than any other single company in the iGrow Intelligence dataset. All five were technical integrations rather than strategic intent agreements. xFarm's approach appears to be positioning the platform as a neutral connectivity layer within European agricultural supply chains, connecting farm management data across equipment, input, and market participants without competing directly with OEM-native software platforms.
In European markets, where farms tend to be smaller, crop portfolios more diverse, and regulatory compliance requirements more varied, this kind of neutral aggregation position may be more commercially viable than a closed ecosystem approach. Whether xFarm can sustain that position as OEMs invest more in their own platform capabilities is an open question.
What the Partnership Data Points To
OEM Distribution Channels Absorbing Third-Party Technology
Nine distribution agreements were tracked in 2025, including Bushel Plus through John Deere's dealer network and Sabanto through OneAg and Vantage NSW in Australia. This pattern — startups distributing their technology through established OEM or agricultural retailer networks — is a common route to market in precision ag, given how important dealer relationships are for farmer purchasing decisions. It offers faster access to end customers but creates dependency on the distribution partner's priorities and terms.
Food Companies Moving Into Joint Development
The Fieldwork Robotics and Driscoll's research partnership — a 24-month collaboration on harvesting robotics for berries — is an example of a food company co-developing technology rather than buying or licensing it. That is a different relationship from earlier supply chain partnerships where food companies were primarily on the buying end. Whether more food companies adopt similar approaches depends on how much they value having influence over the technology development process, and how willing robotics developers are to share IP under co-development arrangements.
Explore the Full Report
This article draws on data from the 2025 Precision Agriculture Intelligence Report by iGrow Intelligence, covering funding, M&A, patents, partnerships, and global expansion across the precision agriculture sector.
