PLUVA
AI-Powered Precision Agriculture Service Using Satellite Data
PLUVA Link is an innovative service that uses satellite imagery and AI analytics to provide crop growth monitoring, yield prediction, and smart farming log functions—supporting optimal farm management through a data-driven AI digital fertilizer platform.
As agricultural environments evolve and the impact of climate change intensifies, PLUVA link helps improve productivity and optimize farming decisions through data-driven precision agriculture.
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AI-powered crop growth monitoring is available.
- Using satellite data and AI analytics, we monitor growth conditions for each field in real time.
- Key agricultural indicators such as NDVI vegetation index, leaf area index, plant nitrogen content, and soil moisture are analyzed and provided.
- Growth changes caused by climate shifts can be detected in advance, enabling timely decision-making.
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Efficient farm management is supported through a smart farming log.
- Farming activities and growth data are automatically recorded, allowing for systematic agricultural planning.
- AI analysis predicts optimal fertilizer application rates and timing, reducing costs and maximizing productivity.
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Productivity is enhanced through AI-based yield forecasting.
- Using satellite data, the AI yield prediction system estimates harvest volumes and determines the optimal harvest time in advance.
- It supports minimizing damage caused by changes in the agricultural environment and extreme weather.
- Data-driven, customized cultivation management solutions are provided.
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AI supports farmers' decision-making.
- Comprehensive agricultural data is analyzed to recommend optimal farming strategies.
- Tailored nutrient and irrigation management solutions are delivered based on each crop's growth stage.
- Farm-specific customized data supports smart farming decisions.
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An AI-based cultivation index analysis system is provided.
- Satellite data is used to precisely analyze crop growth conditions and farming environments.
- Growth indicators such as vegetation index, leaf area index, and soil moisture can be monitored in real time.
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AI-powered yield prediction services are available.
- The prediction model analyzes harvest timing and expected yields to establish optimal farming plans.
- Data is provided to address agricultural climate change and extreme weather challenges.
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A customized AI farming decision-making system is in operation.
- Maximize farmers' productivity by optimizing fertilizer input, irrigation, and agricultural work schedules.
- Tailored cultivation strategies are delivered based on satellite and AI data.
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Data-driven agricultural management is supported.
- Using satellite imagery and AI analytics, operational efficiency in farming is maximized.
- More precise farming decisions can be made in response to agricultural climate change.
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Productivity is improved and costs are reduced.
- Through AI analytics, the optimal amounts of fertilizer and water are determined, conserving resources.
- Precision agriculture technology is applied to maximize agricultural productivity.
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Smart farming solutions are provided for the future of agriculture.
- PLUVA link digitizes conventional farming methods and integrates precision agriculture technologies to lead the future of agricultural innovation.
- Through AI and satellite-powered smart farming solutions, a sustainable agricultural environment is built.
Partnership Inquiries
We are looking for partners who will open up new possibilities for the next generation.
