Satyukt Analytics Private Limited software
Sat2Farm - Precision Farming App
Sat2Farm is a revolutionary mobile and web application developed by Satyukt Analytics that leverages satellite remote sensing to enhance agricultural productivity. This app offers a comprehensive suite of tools and features designed to provide real-time precision farming information, enabling farmers and agricultural enterprises to optimize their operations efficiently. One of its key capabilities is satellite-based soil testing that delivers essential macronutrient data, such as NPK levels, pH, and soil organic carbon, allowing for rapid nutrient deficiency identification. The app also provides early warnings for pest and disease outbreaks, based on environmental factors like humidity and temperature, enabling proactive pest management. Furthermore, Sat2Farm includes a 14-day weather forecast, crop calendars for optimal farming schedules, and precise irrigation advisories to minimize water usage. With features like soil moisture tracking, image advisory for pest identification, and the Land Surface Water Index, Sat2Farm empowers farmers to enhance their yields sustainably.
Sat4Agri - Web Application for Precision Agriculture
Sat4Agri is a comprehensive web application designed to revolutionize crop cultivation through satellite technology. It provides real-time precision data and enhanced management capabilities that benefit both farmers and agricultural enterprises globally. The platform offers unique features like crop stage analysis, allowing users to track growth stages such as flowering and ripening, which supports optimized harvest scheduling and improved yield quality. It also provides accurate crop acreage and health monitoring, utilizing remote sensing to produce detailed reports on crop conditions. Additionally, Sat4Agri offers agricultural crop classification, enabling precise identification of crop types in various geographical zones, such as villages and districts. Its soil health analysis feature provides macro-level insights into soil conditions, including macronutrient levels, SOC, and pH, reducing the need for traditional soil sampling. The soil moisture estimation component helps address drought challenges by integrating satellite data into management strategies, promoting resilience and sustainable water resource management.