InCeres

InCeres is an agricultural digital platform developed by Inceres Desenvolvimento de Software e Processamento de Dados S.A. According to the vendor, it is designed to provide data-driven solutions for the management of soil fertility and plant nutrition. The platform is marketed as suitable for companies of all sizes in the agricultural industry, including farmers, agricultural consultants, sugar and ethanol mills, cooperatives, and agricultural machinery dealerships.

Key Features

Easy and Accurate Soil Sampling: InCeres offers a soil sampling process facilitated by the Coleta Agile app. Users can collect soil samples directly in the field using their mobile devices, even without an internet connection. According to the vendor, this feature aims to optimize the soil sampling process, saving time and improving accuracy.

Crop Monitoring and Time Optimization: InCeres provides the capability to monitor crop conditions and optimize time management through satellite imagery analysis. Users can evaluate their crops through satellite images, generating fertility maps, productivity maps, compaction monitoring, pest and disease monitoring, and more. The vendor claims that this feature allows users to quickly assess their crops' health and make data-driven decisions for better management and productivity.

Business Intelligence and AI-driven Insights: InCeres utilizes business intelligence (BI) and artificial intelligence (AI) to provide users with valuable data for defining strategies and making informed decisions for their business. The platform's BI and AI capabilities enable users to analyze data, generate insights, and identify trends and patterns in their agricultural operations. According to the vendor, this information allows for better planning, resource optimization, and overall business improvement.

Efficient Input Application by Machinery: InCeres facilitates direct communication with agricultural machinery in the field, enabling more efficient application of inputs. Users can ensure that the right amount of inputs is applied in the right place, reducing waste and improving cost-effectiveness. The vendor suggests that this feature enhances the precision and accuracy of input application, leading to better resource management and improved results.

Waste Elimination and Resource Optimization: InCeres helps users eliminate waste and optimize resources by providing data-driven insights and recommendations. Through the platform, users can make informed decisions about input application, resource allocation, and overall farm management. According to the vendor, this feature enables users to reduce unnecessary expenses, improve resource efficiency, and achieve better outcomes in their agricultural operations.

Customized Sampling Grids and Zones: With the Coleta Agile app, users can create customized sampling grids and zones that meet their specific needs. This feature allows for more targeted and efficient soil sampling, ensuring that samples are collected from the most relevant areas of the field.

Fertility Mapping: InCeres offers fertility mapping functionality, allowing users to visualize and analyze the fertility levels of their soil. This feature helps users identify areas that may require additional nutrients or amendments, enabling them to make informed decisions about fertilization strategies.

Productivity Mapping: The platform enables users to generate productivity maps, providing insights into the yield potential and performance of different areas within their fields. This feature helps users identify high-performing areas and implement targeted management practices to maximize productivity.

Data-driven Pest and Disease Monitoring: InCeres provides tools for pest and disease monitoring, utilizing satellite imagery analysis and data-driven insights. This feature helps users detect and monitor potential threats to their crops, enabling them to take timely preventive measures and minimize crop losses.

Improved Resource Management: By providing data-driven insights and recommendations, InCeres helps users optimize their resource management strategies. This feature enables users to allocate resources more effectively, such as water, fertilizers, and pesticides, leading to improved efficiency and cost savings.