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In brief: In 2025 Hungary's fruit harvest collapsed by a third, and 2026's drought is deepening the pattern — but the real question isn't the weather, it's how your procurement is built. Here's what separates a temporary hiccup from a serious supply disruption when suppliers all fail at once.
In 2025, the volume of Hungary's fruit harvest fell by a third: apricot production dropped 68 percent and apples 48 percent. According to the Central Statistical Office (KSH), the apple crop was the weakest ever recorded. Overall crop production declined by 7.9 percent, but performance across individual cultures varied wildly: while fruit fell by a third, wheat volumes rose compared to the previous year.
For anyone who works with fruit, vegetables, or grain as raw material, a year like this hits procurement directly. There will be another poor harvest sooner or later, and how procurement is built determines how deep a mark it leaves.
Crop yields swing more widely from year to year, and this is now a factor to plan for, not a rare exception. The KSH attributes the 2025 decline to extreme weather: a spring frost wave followed by summer drought, especially across the central part of the country.
2026 reinforces the pattern. According to data from the National Water Directorate and HungaroMet, by midsummer roughly three-quarters of the country was hit by severe or extreme drought, and the premature drying of field crops caused irreversible damage in several areas. Materials from the Hungarian Chamber of Agriculture (NAK) indicate that the water shortage primarily affects non-irrigated land and water-sensitive cultures such as vegetable and fruit production.
For procurement, the specifics are secondary. The point is this: domestic raw-material supply can swing significantly from one year to the next, and the lean year is increasingly part of the plan rather than the exception.
The classic procurement approach—working with two or three trusted suppliers—breaks down precisely in a poor year. If those suppliers operate in the same microclimate, the same frost or drought hits all of them at once. The backup is missing exactly when it's needed most.
The defense lies in how procurement is built, and it breaks down into three elements.
The first is supplier diversification, within realistic limits. For agricultural raw materials such as raw milk, apples, or silage, transport distance quickly eats up any savings, so diversification doesn't mean bringing in a supplier from the far side of the country. It means a pre-mapped, multi-legged supplier pool within the region that can be activated quickly if one source drops out. This requires knowing your suppliers—not just their prices, but where they source from and with what risk profile.
The second is pre-qualifying suppliers. If a poor year suddenly calls for an alternative source, there's no time to start running food-safety (NÉBIH, HACCP) and quality-compliance checks from scratch. It's worth doing this in advance, so that when supply tightens you can choose from an already-vetted, qualified list.
The third is predictability. When procurement data lives in one place and can be searched back through, patterns from earlier periods become visible, and the buyer isn't forced to purchase at the last minute at prices driven up by tight supply. Instead, expected demand can be locked in on time, ahead of the market's price increase.
A procurement platform doesn't change the harvest, and it won't solve a drought year. What it does do: shorten procurement's reaction time, and make supplier risk visible before it turns into a disruption.
The gain in reaction time is tangible. In an AI-based system, supplier data, qualifications, and risk profiles sit in one place rather than scattered across emails and spreadsheets. The system monitors supplier performance and delivery deadlines, and flags when a partner moves into the risk zone. When a local partner signals a shortfall, the search starts from a pre-mapped regional list, and requests for quotation can go out immediately to already-qualified growers rather than starting from a blank page. Bringing in smaller local growers is also easier because participation on the supplier side is free of charge and requires no installation—just a browser.
Fluenta One's approach to agriculture follows this logic: shorter, more manageable supply chains, less loss, and proactive supplier-risk management across financial, operational, and quality dimensions.
The starting point is a review of the supplier pool for your most critical raw materials: how many there are and where they sit geographically. The next step is mapping potential alternative suppliers in advance, before you actually need them. Finally, unified transparency over procurement data—because what isn't visible is hard to address in time.
No single player can eliminate yield variability. The resilience of the procurement chain, however, can be shaped, and in an extreme year it can decide whether a crop shortfall stays a temporary hiccup or grows into a serious supply disruption.
On Fluenta One's agriculture page you can read more about how seasonality and supplier risk can be managed within a single system.
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