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Kropie Help Center

website·Indexed 31 days ago

https://help.kropie.com

Documentation for Kropie, a climate intelligence platform for agriculture and viticulture. Includes guides on precision agriculture tools, weather station installation and maintenance, agronomic indexes (such as Winkler, Huglin, and Evapotranspiration), data insights, and API integrations including webhooks.

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What's inside Kropie

  1. Overview of Kropie Climate Intelligence Platform

    Kropie is a climate intelligence platform designed for agriculture and viticulture. It transforms meteorological and environmental data into actionable insights to help farmers, agronomists, and researchers make informed field decisions. The system provides real-time information, predictive analysis, and agronomic indices to optimize water use, improve crop quality, and reduce operational risks.

  2. Overview of Kropie Observations

    Observations are user-submitted records used to document relevant meteorological events, providing a precise local picture of atmospheric conditions. They are particularly useful for identifying heavy rain, thunderstorms, hail, fog, strong winds, nearby fires, and unusual atmospheric phenomena. Each observation is stored in the user's profile and can be viewed individually or via an interactive map.

  3. Overview of Kropie Drone Imaging

    Kropie Drone Imaging provides ultra-detailed, high-resolution views of fields captured at low altitudes. Unlike satellite imagery, drone imaging allows for plant-level analysis, enabling users to identify localized stress, planting gaps, and early signs of pests, diseases, or nutritional deficiencies. It is primarily used for technical inspections, specific diagnostics, and intra-plot analysis to support precise irrigation and fertilization decisions.

  4. Overview of Kropie Field Notebooks

    Kropie Field Notebooks are digital records used to document, organize, and consult observations made directly in the field. They replace traditional paper notebooks with a structured, searchable, and synchronized solution. These records are integrated with meteorological data and agronomic indices from stations to support informed decision-making. Each record can include the date and time, property or plot (talhão), category (e.g., irrigation, pruning, pests, phenology, treatments), descriptions/notes, and photographs.

  5. Overview of Kropie Satellite View

    Kropie's Satellite View provides remote monitoring of fields using recent satellite imagery, vegetation indices, and soil data. It allows users to track crop growth, identify early signs of stress or vegetation degradation, and analyze field variability by correlating satellite data with meteorological parameters (temperature, precipitation, ET₀) and soil metrics.

  6. Overview of the Kropie Precision Agriculture Platform

    Kropie is a precision agriculture platform designed to help farmers, agronomists, and land managers monitor and manage crops and vegetation. It integrates technology and agronomy to turn data from sensors, drones, and satellites into practical decisions to optimize resources (like water and fertilizers) and detect crop stress or anomalies early. The platform's core capabilities include:

    • Drone flights and aerial image analysis
    • Proximity sensors for soil, humidity, and temperature
    • Satellite and multispectral data processing
    • Telemetry and embedded systems for real-time data collection

  7. Overview of Kropie Observations

    Observations are user-submitted records used to document relevant meteorological events, such as intense rain, thunderstorms, hail, fog, strong winds, nearby fires, or unusual atmospheric phenomena. Each observation is stored in the user's profile and can be viewed individually or via an interactive map.

  8. Overview of the Kropie Precision Agriculture Platform

    Kropie is a precision agriculture platform designed to transform data from sensors, drones, and satellites into actionable knowledge for crop and vegetation management. The platform integrates remote sensing, electronics, embedded systems, and data analysis to support agriculture, viticulture, and forest management. Key capabilities include:

    • Drone flight and aerial image analysis
    • Proximity sensors (soil, humidity, temperature, etc.)
    • Satellite and multispectral data processing
    • Real-time data collection via telemetry and embedded systems

    The goal is to help producers and agronomists optimize resources (water, fertilizers) and detect crop stress or anomalies early.

  9. Overview of Kropie Precision Agriculture Platform

    Kropie is a climate intelligence platform designed for modern agriculture and viticulture. It collects environmental data from weather stations, soil sensors, and satellites, processing this information through scientific models to provide actionable insights via an interactive dashboard. The platform is intended for vineyard managers, enologists, agronomists, cooperatives, and researchers to monitor crops and the environment in real-time.

  10. Overview of Kropie Precision Agriculture Platform

    Kropie is a climate intelligence platform designed for modern agriculture and viticulture. It collects environmental data from weather stations, soil sensors, and satellites, processing this information through scientific models to provide actionable insights via an interactive dashboard. The platform serves producers, vineyard managers, enologists, agronomists, cooperatives, and researchers.

  11. Overview of Kropie Field Notebooks

    Kropie Field Notebooks (Cadernos de Campo) are digital records used to document, organize, and consult observations made directly in the field. They replace traditional paper notebooks with a structured, searchable, and synchronized solution integrated with weather data and agronomic indices. Each record can include date and time, property or plot (talhão), category (e.g., irrigation, pruning, pests, phenology, treatments), descriptions/notes, and photographs.

  12. Overview of Kropie Webhooks

    Kropie Webhooks allow real-time notifications and data transmission to external systems via automatic HTTP POST requests. They are used to automate alerts, integrate meteorological/agronomic data, or connect Kropie to third-party tools like Slack, Microsoft Teams, Google Sheets, Zapier, Make, n8n, or custom ERPs. Webhooks eliminate the need to poll the API continuously.