Andrii Khrystodulov

Comprehensive GIS services including spatial data analysis, interactive mapping, geospatial data management, and custom visualization solutions for informed decision-making.

Extract insights from satellite and aerial imagery with remote sensing techniques like land cover classification, change detection, and environmental monitoring.

Development of custom Web GIS solutions, interactive mapping applications, and geospatial portals to enable seamless access, visualization, and management of spatial data online.

Design and implementation of geospatial solutions that promote environmental sustainability, such as monitoring natural resources, supporting renewable energy projects, and enabling data-driven conservation and climate resilience strategies.

Sustainable urban development, smart cities and digital twins, urban analytics, and planning support.

Strategies and solutions for climate change mitigation and adaptation, including carbon footprint analysis, climate modeling, and resilience planning.

Advanced forest monitoring and management using remote sensing, GIS, and data analytics. Enhance forest health, track deforestation, and support sustainable forestry practices with actionable geospatial insights.

Integrated solutions for sustainable land use, resource monitoring, and ecosystem management. Supporting agriculture, forestry, and conservation with geospatial data and advanced analytics.

Sector-specific consulting services in geospatial technologies, environmental sciences, and remote sensing. Support spans from proposal writing and technical guidance to legal, administrative leadership and capacity building — delivered with help of a trusted network of partner experts.

Custom development of web-based GIS platforms and spatial tools tailored to your workflows. Covers the full pipeline: from geospatial data processing to interactive visualizations, storytelling, and stakeholder-oriented delivery.

End-to-end support across technical, administrative, and strategic aspects of geospatial and environmental projects. Includes work package leadership, stakeholder engagement, communication strategy, and project governance.

Advanced analysis of satellite and spatial data, including environmental monitoring, GHG emission estimation, land use change detection, and integration of EO, drone, and in-situ datasets for evidence-based decision making.

A web-based portal enabling users to visualize, analyze, and share spatial data interactively using GIS technologies.

A dashboard for processing satellite imagery to monitor and visualize air quality changes over time.

A tool for calculating and managing Leaf Area Index using Copernicus data