Technology in the Field: Where to Start?

TARIMKON Proje Ekibi 16 October 2026 · 3 min read · 32 views

Smart irrigation, drones, sensors, weather stations... Once the conversation turns to farm technology, the list grows fast. Yet the real question in the field is simpler: which of these does my farm need, and in what order? The first theme of the "The Future Is in Farming" campaign is devoted to that question.

Start with the need, not the device

The project's "Precision Farming and Advocacy Workshop" asks participants to pick no more than three solutions for their own scenario. The options include smart irrigation, drone and sensor monitoring, soil and crop monitoring, hands-on training, shared use, mobile demonstrations and digital advisory services. The idea behind the workshop is clear: the goal is not the most high-tech option but the best-justified package of solutions, one that can be defended. Every choice is tested against the same question: does this solution meet the real needs of the people it is meant for?

A presentation on the social and behavioural dynamics of adopting smart and precision farming asks why uptake stays low even though the technology is widely available. According to the data it cites, adoption among small and medium-sized farms is still around 15-20 percent. Farmers are not buying charts; they want to see a concrete rise in income or a fall in costs. Often what matters more than a sensor's water savings is whether anyone will answer the phone when it breaks.

Start small, compare side by side

The same presentation recommends trying a new technology on a pilot strip of about 10 percent of the land rather than the whole field. When a conventional strip and a smart-farming strip are watched side by side, the result speaks for itself. At Agro-Farm, which the project delegation visited in Athens on 9-12 June 2026, conventional fertilisation and software-guided precision fertilisation also run side by side. According to the visit report, targeted application there saves 25-35 percent on chemical fertilisers and pesticides.

Costs: shared, not shouldered alone

Upfront cost is one of the biggest barriers to technology. The agenda announced for ISFN's online meeting of 9 January 2026 addressed exactly this: installation and running costs of sensors, smart irrigation and digital monitoring, start-up costs for small farms, existing support schemes, step-by-step installation and shared use through cooperatives. The adoption presentation also suggests that cooperatives or chambers of agriculture hold expensive equipment, and points to subscription and rental models. During the Athens visit, the delegation noted that in Greece, where farms are small and fragmented, precision farming is spreading mainly through cooperatives and producer groups. Another presentation reminds farmers to count the cost of data collection in their profit calculations.

After installation: support and simplicity

According to the adoption presentation, farmers want to know what to do, not to read raw data: a clear prompt such as "water for two hours this evening" works better than a complex dashboard. It also stresses apps that keep working offline in villages where the connection drops, and technology companies that stay on as partners until the end of the season rather than simply selling equipment.

What it means for policy

The Anatolian Farmers' Council's 2025 report recommends treating investment in smart irrigation and precision farming as a separate "preventive transformation package": investment support tied to water efficiency in high-risk basins, demonstration sites, mandatory technical advice and training, and tracking of water use, yields and costs. The campaign's message for day two points the same way: "The right technology starts with understanding what the field needs."

Where do you think a farmer should start with smart farming? In your area, what makes the first step hardest: cost, knowledge, technical support or something else? Add your experience and ideas to the discussion in the Digital Advocacy Hub.