Precision Agriculture Based on Computer Vision and Predictive Analysis
The solutions developed allow for the automatic monitoring of crop health, yield prediction, and the optimization of water, fertilizer, and energy resource usage. The data-driven approach transforms cultivation into a controlled and measurable process, where every decision is based on objective parameters and predictive analysis, providing farms with tangible advantages in terms of operational efficiency, harvest quality, and process traceability.
Intelligent Crop Monitoring with Computer Vision
Lanit-Tercom Italia introduces an operational model into the agricultural sector based on scientific analysis, automation, and continuous crop monitoring. The company utilizes computer vision, advanced sensors, and predictive models to transform land, vineyards, and extensive crops into ecosystems monitored with constant precision, reducing uncertainty in agronomic decisions to produce high-quality crops. The intelligent processing of images collected by agricultural machinery, drones, or fixed systems (as seen in VineSense) allows for assessing vegetative status, identifying anomalies, measuring ripening, and predicting production with greater accuracy than traditional techniques. This analysis replaces subjective and fragmentary inspections with objective and repeatable data.
Resource Optimization and Predictive Models
LTI integrates collected data with mathematical models and predictive algorithms that estimate crop evolution based on climatic, water, and nutritional variables. This enables the optimization of irrigation, treatments, harvesting, and handling, reducing resource waste and unnecessary interventions. Agriculture thus becomes a controlled process where every decision is guided by measurable indicators. This approach improves efficiency in resource allocation and minimizes the environmental impact of agricultural activities.
Operational Benefits and Product Quality
In operational terms, farms achieve more stable management, increased productivity, and more uniform product quality. Data traceability also ensures higher standards for supply chains, consortia, and international markets. Lanit-Tercom Italia provides the technological framework that allows agriculture to evolve toward a truly scientific, sustainable, and highly efficient model, ensuring long-term competitiveness and innovation.
