SLC Agrícola (SLCE3) investor relations material

Digital agriculture and technology integration

• Implementation of connectivity, drones, robots, and remote sensing for real-time data and precision agriculture.

• Use of integrated data lakes and artificial intelligence to enhance decision-making and operational efficiency.

• Telemetry and georeferenced projects enable operation monitoring and maintenance alerts.

• Soil sensors analyze macro/micronutrients, organic matter, pH, and biology for optimized crop management.

• Real-time decisions are supported by advanced monitoring and data analytics.

Nutrient management and sustainability

• Shift from estimate-based to nitrogen-availability-based agriculture to reduce fertilizer costs and risks.

• Nitrogen represents about 40% of fertilizer costs, with availability varying across space and time.

• AI-driven management and multi-element field analysis optimize resource use and sustainability.

• Proof of concept underway for continuous N cycle monitoring and improved fertilization recommendations.

• Current season observed ~10% cost savings and lower carbon footprint.

Operational management and escalation

• Operational Management Tower (TGO) centralizes oversight and supports rapid escalation by management level.

• Structured escalation channels from field assistants to executive board ensure timely response to downtime.