As part of the Agrotica exhibition, and at the exhibition area (Pavilion 11, Stand 1), the Institute of Bio-Economy and Agri-Technology (iBO) of the Centre for Research and Technology Hellas (CERTH) will offer interested visitors the opportunity to explore the latest technologies in the field of agriculture.
Bioeconomy, Energy, and Digital Agriculture form the triptych upon which the modern approach to sustainable and competitive agricultural production is built.
Bioeconomy focuses on the utilization of biological resources and by-products for the production of food, energy, and biomaterials, promoting the circular economy and reducing dependence on fossil raw materials.
Energy, through the integration of renewable sources and innovative technologies, contributes to energy self-sufficiency and the decarbonization of production.
At the same time, Digital Agriculture, by harnessing data, sensors, artificial intelligence, and geoinformation systems, enables precise and efficient resource management, reducing both costs and environmental impacts.
The convergence of these three sectors leads to a new production model in which technology, ecology, and economy coexist—creating added value and enhancing the sustainability of the primary sector in a rapidly changing global environment.
During the exhibition, visitors will have the opportunity to explore a series of topics specializing in the field of digital agriculture:
🔹 Smart Crop Monitoring
Sensors and field stations that collect data on soil, moisture, temperature, and microclimate—providing an accurate picture of plant needs.
🔹 Digital Analysis and Artificial Intelligence
Applications that transform data into actionable insights for decision-making on irrigation, fertilization, and crop protection.
🔹 Interoperable Platforms
Technological solutions that connect different systems and devices, enabling real-time information exchange.
🔹 Sustainable Energy & Environmental Responsibility
Innovations that help reduce energy costs, limit emissions, and manage resources with respect for the environment.
🔹 Climate Data Analysis Tools
Digital platforms that collect and process data to identify changes in cultivation conditions and support decision-making.
🔹 Advanced Forecasting and Simulation Models
Tools that use artificial intelligence and predictive models to assess the impact of climate on production, water, and soil.
🔹 Climate-Smart Agricultural Practices
Examples of applications and techniques that enhance crop resilience, reduce emissions, and improve input efficiency.
