Integration of Cloud-based precision agriculture platform part to a sensor-free, software-based solution that provides site-specific irrigation recommendations at the touch of a button, without the hassle of soil or plant sensors.
The open-source project for which we intend to consider various natural resources on the maps.
Agricam(Cloud-Based Precision Agriculture Platform)
The cloud-based platform which provides farmers the ability to analyze different indexes about their fields and increase productivity. The platform solves everyday problems for agriculture area. It analyzes satellite data in a smart way. The solution gets satellite information suitable for a broad variety of crops, which also provide with comprehensive coverage of the agricultural areas.
The drone delivery management solutions. It consists of the drones management system, monitoring system (real-time drones overview and collecting data for analysis), corrections system (based on the unforeseen situation or meteo situation), delivery tracking.
Building an app for connecting QGIS and “GEO” application. The purpose of the project was to connect and synchronize the app with closed eco-system "GEO" and QGIS. GUI allows users to connect two apps via soap API and synchronize map extents. Also, there are multiple options to work in both apps, one of them is to extract maps geometry from "GEO" to QGIS.
Geometry Measure Plugin
Building a plugin for QGIS application. The purpose of the project was to measure geometry in different places. The app allows a user to create a unified Coordinate Reference System (CRS), a new layer for calculation, to transform imported geometry and calculate different values such as road length, polygon perimeter, area and coordinates.
Geometry Implementation Check Tool
Building an application to detect user’s errors and miscodings. The objective is to check whether during workflow in "GEO" all geometry is implemented in the database and no errors are made. Also, this app provides tools for work improvement such as auto-tests.
Building an autoreporting tool. The objective is to create a tool for creating an individual report for each team in the department. It consists of two parts – one is a web scrapper that gets info for a specific project, the second part is a report preparation and exporting to excel.