Agricolus

Agricolus is a precision farming platform developed by Agricolus s.r.l. According to the vendor, it is designed to provide innovative technologies for agriculture, offering a complete Decision Support System (DSS) to help farmers efficiently manage their farms. With a focus on achieving environmental and economic sustainability goals, Agricolus is said to be suitable for farms of all sizes, from small-scale operations to large agricultural enterprises. This platform caters to a range of professionals and industries, including farmers, agronomists, winemakers, olive growers, and crop consultants.

Key Features

Field Mapping: According to the vendor, Agricolus enables efficient mapping and recording of information about fields using GIS technologies. It allows users to visualize and analyze data distributed in space, facilitating precise planning and management of farm operations based on field boundaries.

Satellite Imagery: The vendor claims that Agricolus utilizes satellite imagery for remote sensing and monitoring of crops. Users can access multispectral images from satellites like Sentinel-2 and Landsat 8, which enable spatial and temporal analysis. The platform also processes satellite images to calculate vegetation indices and assess plant health.

Forecast Models: According to the vendor, Agricolus implements forecast models to optimize pest identification and management. It aims to prevent and limit plant diseases through a combination of agronomic, mechanical, physical, biological, and chemical operations. The platform also promotes the reduction of environmental impact and the prudent use of water, fertilizers, and plant protection products.

Field Monitoring: Agricolus is said to offer real-time monitoring of crop development and health using vigor, chlorophyll, and water stress indices. It continuously assesses plant growth and response to environmental conditions, identifying anomalies and critical areas for further verification in the field. The platform also allows users to analyze historical trends of vegetation indices to track changes and compare different years.

Decision Support System (DSS): According to the vendor, Agricolus provides a complete DSS for agronomic management and decision-making. It integrates satellite images, forecast models, and weather data to support informed decision-making. The platform optimizes in-field activities based on spatial and temporal variability, and simplifies workflow through task management and data collection.

Traceability and Data Collection: The vendor states that Agricolus ensures traceability of products along the food chain using digital tools and machinery connection. It allows users to collect and record data on crop operations, interventions, and farm activities. The platform also facilitates the management of resources and inputs to reduce waste and optimize production. Historical data analysis is available to monitor and compare crop development on different plots and years.

Sensors for Agriculture: According to the vendor, Agricolus utilizes sensors to collect essential data for assessing crop health and enabling targeted interventions. Agro-meteorological sensors provide information on leaf wetting, air humidity, temperature, and wind speed. The platform aims to improve productivity, reduce product losses, save energy, and facilitate cultivation in open fields and greenhouses.

Precision Farming: Agricolus combines science, technology, and the natural world to optimize agricultural activities, according to the vendor. It allows users to monitor and control activities to optimize resource use, predict risk situations, and avoid unnecessary interventions. The platform aims to increase product quality while reducing economic resources and environmental impact.

Farm: Agricolus is designed to help users manage farms efficiently. According to the vendor, it provides a comprehensive platform that integrates innovative technologies for agriculture. Users can access features such as geolocated field mapping, satellite imagery, forecast models, task management, crop scouting, and prescription maps for fertilization. The platform aims to improve yield and quality, reduce input usage, and enable effective decision-making.