AgroPulse

🌱 AgroPulse — From Orbit to Productivity

Overview

AgroPulse is an intelligent agricultural decision-support platform developed by a Brazilian multidisciplinary team for the 3rd CopernicusLAC Panama Hackathon – Food Security Edition.

Our mission is to transform Earth Observation data into actionable agricultural intelligence, helping large-scale producers optimize productivity, reduce resource waste, and strengthen climate resilience across thousands of hectares.

By combining satellite imagery from the Copernicus Sentinel missions, Artificial Intelligence, predictive analytics, and geospatial technologies, AgroPulse enables farmers and agribusiness managers to make faster, smarter, and more sustainable operational decisions.

The Challenge

Large agricultural operations face growing challenges driven by:

• Climate variability and extreme weather events;
• Rising costs of irrigation, fertilizers, and field operations;
• Water stress and heatwave impacts;
• Difficulty monitoring vast agricultural areas;
• Limited visibility into productivity patterns and climate risks.

Even small inefficiencies can generate significant economic losses and environmental impacts when scaled across thousands of hectares.

Our Solution

AgroPulse integrates data from multiple Copernicus Sentinel missions into a unified agricultural intelligence platform.

🛰️ Sentinel-1

Radar and soil moisture monitoring.

🌾 Sentinel-2

Vegetation analysis, crop health assessment, and NDVI monitoring.

🌡️ Sentinel-3

Land Surface Temperature (LST) and climate stress analysis.

These datasets are processed through AI-powered models and geospatial analytics to generate actionable insights for producers and farm managers.

Key Features

📍 Smart Productivity Heatmaps

Interactive maps identify underperforming areas and productivity anomalies, enabling precise allocation of machinery, inspections, and field operations.

💧 Dynamic Irrigation Prioritization

Combines soil moisture and surface temperature indicators to identify zones at greater risk after heatwaves and recommend irrigation priorities.

📈 Predictive Performance Zones

Analyzes multi-year Earth Observation patterns to identify consistently high- and low-performing agricultural regions, supporting strategic crop planning and resource optimization.

🌦️ Climate Risk Monitoring

Detects drought risks, thermal stress, and environmental anomalies before they significantly impact crop productivity.

🖥️ Operational Intelligence Dashboard

A centralized dashboard provides:

• Productivity indicators
• Climate monitoring
• Geospatial analytics
• Operational alerts
• Irrigation recommendations
• Resource optimization insights

Technology Stack

Earth Observation

• Copernicus Sentinel-1
• Copernicus Sentinel-2
• Copernicus Sentinel-3

Artificial Intelligence & Analytics

• Machine Learning
• Predictive Modeling
• Geospatial Intelligence
• Data Analytics

Software Engineering

• Next.js
• TypeScript
• React
• Tailwind CSS
• Mapbox
• DevOps & Cloud Infrastructure

Architecture

• Scalable Frontend Architecture
• CI/CD Pipelines
• Docker Containers
• Automated Workflows
• Cloud-Ready Deployment

Expected Impact

AgroPulse aims to:

✅ Increase agricultural productivity

✅ Reduce irrigation and operational waste

✅ Improve resource allocation efficiency

✅ Support sustainable agricultural practices

✅ Strengthen climate resilience

✅ Enable data-driven decision-making

✅ Contribute to food security across Latin America and the Caribbean

Team

We are a Brazilian multidisciplinary team bringing together expertise in:

• Full Stack Development
• Artificial Intelligence
• Geospatial Technologies
• Data Analysis
• DevOps & Cloud
• Software Quality Engineering
• UX/UI Design
• Product Strategy

Together, we are building a platform capable of transforming satellite observations into practical, scalable, and high-impact agricultural solutions.

Vision

Transform Earth Observation data into smarter agricultural decisions for a more productive, sustainable, and food-secure future.

🌱 AgroPulse

From Orbit to Productivity. 🚀🛰️🌾