Australia — 16/02/2026 — CropScanAg is proud to celebrate a decade-long partnership with CNH Australia, marking 10 years of collaboration that has helped transform on-combine grain analysis and precision agriculture across Australia.
Over the past decade, more than 850 CropScan on-combine grain analyzers have been deployed across Australian broadacre farming operations. This milestone highlights CropScanAg’s position as a global leader in real-time grain quality measurement, with Australia serving as a key catalyst in the development and adoption of this technology worldwide.
Australia’s progressive farming sector and strong uptake of precision agriculture tools have played a critical role in shaping how real-time grain quality sensing is applied at harvest — setting new benchmarks for data-driven decision-making, nutrient management, and harvest efficiency.
Mat Clancy, General Manager at CropScanAg, said the long-term collaboration with CNH Australia has been central to scaling the technology across the national fleet.
“This partnership has given us an amazing opportunity to reach markets that we would never have been able to access on our own. Partnering with CNH is a critical strategic alignment that ensures our technology gets into the hands of broad-acre farmers right across the country.”
Jeremy Duniam, Head of Precision Technology, CNH ANZ, said CropScanAg’s technology continues to play a key role in supporting growers at harvest.
“CropScanAg’s technology has become an important part of how our customers optimize harvest performance, providing clear, real-time insights that support better decision-making in the paddock. We’re proud of our partnership with CropScanAg and the value it continues to deliver for Australian growers.”
The partnership has enabled seamless integration of CropScan technology across CNH harvesting platforms, delivering real-time measurements of protein, moisture, oil and other grain quality parameters directly in the cab during harvest. This live data supports better segregation, logistics decisions, and in-season agronomic insight.
Building on this foundation, CropScanAg has expanded its digital ecosystem with the N-GAUGE™ Nutrient Manager app. N-GAUGE enables growers to bring together years of collected harvest and grain quality data, analyze historical field performance, and generate variable-rate nitrogen prescriptions. This allows farmers to improve crop production, input efficiency, and profitability using paddock-specific data layers developed over multiple seasons.
Looking ahead, CropScanAg and CNH Australia are focused on the next phase of growth with the rollout of Next Generation AF and CR combine platforms. These machines, combined with the latest CropScan 4000- series ISOBUS grain analyzser technology and expanded digital analytics, are expected to further strengthen real-time crop sensing and nutrient management capability. The companies see strong opportunity over the next decade to deepen integration, expand global reach, and continue delivering practical precision agriculture solutions to farmers.
Together, CropScanAg and CNH Australia remain committed to advancing precision agriculture and ensuring Australian growers continue to lead the world in data-driven crop production.
Facts Only
CropScanAg and CNH Australia have partnered for 10 years.
Over 850 CropScan on-combine grain analyzers have been deployed in Australia.
The partnership has focused on real-time grain quality measurement during harvest.
CropScanAg is positioned as a global leader in this technology.
Australia’s farming sector has been a key catalyst in the adoption of this technology.
Mat Clancy is the General Manager of CropScanAg.
Jeremy Duniam is the Head of Precision Technology at CNH ANZ.
CropScan technology is integrated into CNH harvesting platforms.
The technology provides real-time measurements of protein, moisture, oil, and other grain quality parameters.
CropScanAg has developed the N-GAUGE Nutrient Manager app for data analysis and variable-rate nitrogen prescriptions.
The companies are planning to expand integration with next-generation combine platforms.
The goal is to strengthen real-time crop sensing and nutrient management capabilities.
Executive Summary
CropScanAg and CNH Australia are celebrating a decade-long partnership that has significantly advanced on-combine grain analysis and precision agriculture in Australia. Over the past 10 years, more than 850 CropScan grain analyzers have been deployed across Australian farms, positioning the company as a global leader in real-time grain quality measurement. The collaboration has enabled seamless integration of CropScan technology into CNH harvesting platforms, providing farmers with real-time data on protein, moisture, oil, and other grain quality parameters during harvest. This data supports better decision-making in segregation, logistics, and agronomic practices. Additionally, CropScanAg has expanded its digital ecosystem with the N-GAUGE Nutrient Manager app, which helps farmers analyze historical data and generate variable-rate nitrogen prescriptions. Looking ahead, both companies are focused on further integrating their technologies into next-generation combine platforms to enhance real-time crop sensing and nutrient management. The partnership underscores Australia’s role as a leader in data-driven crop production and precision agriculture.
The relationship between CropScanAg and CNH Australia has been mutually beneficial, with CNH’s distribution network helping scale the technology nationwide. Mat Clancy, General Manager at CropScanAg, highlighted the strategic importance of the partnership in reaching broad-acre farmers, while Jeremy Duniam, Head of Precision Technology at CNH ANZ, emphasized the value of real-time insights for optimizing harvest performance. The companies are now preparing for the next phase of growth, aiming to deepen integration and expand their global reach while continuing to deliver practical solutions to farmers.
Full Take
The narrative presented here is a strong example of how technological innovation and strategic partnerships can drive advancements in precision agriculture. The collaboration between CropScanAg and CNH Australia has clearly delivered tangible benefits to farmers, providing real-time data that enhances decision-making and efficiency. The integration of grain analyzers into harvesting platforms and the development of apps like N-GAUGE demonstrate a commitment to leveraging data for improved agricultural outcomes. This aligns with broader trends in agtech, where data-driven tools are increasingly seen as essential for modern farming.
However, it’s worth considering the broader implications of such technological adoption. While the benefits of real-time data and precision agriculture are evident, questions remain about accessibility and equity. Who has access to these technologies, and who might be left behind? The focus on large-scale broadacre farming operations suggests that smaller farmers may not benefit equally. Additionally, the reliance on proprietary technology and data ecosystems could raise concerns about data ownership and control. Farmers may become dependent on these systems, potentially limiting their autonomy in the long term.
The narrative also reflects a paradigm where technological progress is framed as inherently positive, with little discussion of potential downsides or unintended consequences. For instance, the emphasis on efficiency and productivity might overshadow considerations of sustainability or the social impact of automation in agriculture. It’s important to ask: How does this technology affect labor dynamics in farming communities? What are the environmental trade-offs of increased precision?
If this narrative were part of a coordinated influence campaign, the playbook might involve emphasizing the inevitability and necessity of technological adoption while downplaying concerns about equity, autonomy, or sustainability. The actual content, however, does not appear to match this pattern. It presents a straightforward account of a successful partnership and its benefits, without overt manipulation or distortion.
Patterns detected: none
Sentinel — Human
This article appears to be written by a human journalist, showcasing a personal voice and idiosyncratic emphasis. The use of sentence length variance, balanced framing, and the lack of mechanical transitions suggest a human origin.