Experience the Power of Live and Near Real-Time Satellite Imagery of Earth with XRTech Group

A constellation of over 130+ satellites—including optical, SAR, stereo, and hyperspectral sensors—ensures access to all regions, even in cloudy or remote conditions. Satellite images, whether recent or historical, can be easily located by date or region. For larger areas, automated tools allow individual images to be stitched into seamless mosaics. Whether you need to observe a single village or an entire province, visual consistency and detail are preserved. This near real-time satellite imagery has been especially beneficial for environmental studies, security operations, and precision agriculture.

Archived images with sub-meter resolution—down to 30 cm—can be instantly accessed for reference. For the most up-to-date data, tasking requests can be made to capture specific locations on demand. Such flexibility empowers city planners, environmental engineers, and infrastructure analysts with exact snapshots of real-world developments. satellite imagery companies like XRTech help bridge the gap between data and decision-making.

Choose from default indices such as NDVI, NDWI, and Color Infrared to assess vegetation health, water levels, or built environments. Or, create your own spectral band combinations for unique use cases. Agronomists, land managers, and disaster response teams have leveraged these tools to make fast, well-informed choices across varying geographies.

Automated tools have been developed to detect and measure differences in any area—between two dates or over time. From coastal erosion to illegal construction or deforestation, the changes are displayed with unmatched precision. Use cases include:

• Water pollution tracking
• Oil spill identification
• Vessel and aircraft monitoring
• Military security operations
• CO2 and air quality analysis
• Urban growth measurement

By comparing past and present imagery, risk can be reduced and opportunities discovered before others see them.

Long-term satellite data helps identify seasonal cycles, long-term environmental shifts, and urban expansion patterns. Choose from predefined classification models or custom indices to track:

• Deforestation over decades
• Infrastructure growth
• Crop health from planting to harvest

This insight proves vital for stakeholders in conservation, financial risk analysis, and regional planning.

Generate 3D terrain models and structure visualizations from 2D satellite imagery. These models can be used for:

• Urban infrastructure planning
• Emergency response after earthquakes or floods
• Geological exploration

Professionals across sectors benefit from seeing and interacting with their environments in three dimensions—revealing insights not visible in flat maps.

Images and insights can be downloaded in commonly used formats like GeoTIFF, SHP, DWG, and UTM. Whether you’re integrating into GIS platforms or sharing results with teams, the process remains simple and standardized. Web Map Service (WMS) support ensures smooth connectivity and live updates, helping keep every project up-to-date and collaborative.

Images are provided in 8-bit, 11-bit, or 16-bit depth, and are ortho-ready. They are ideal for in-depth geospatial analysis across agriculture, security, and infrastructure sectors.

Digital Elevation Models (DEMs), Surface Models (DSMs), and Terrain Models (DTMs) are available with 2–10 meter spacing and ±3m RMSE. These support:

• Road network planning
• Land development
• Water flow simulations
• Utility corridor planning

XRTech’s high-accuracy outputs meet CE90 and RMSE compliance standards. This assures geospatial professionals that each data point is built on trust, repeatability, and transparency.

From block adjustment and orthorectification to color correction and fusion blending, the platform ensures spatial precision, visual clarity, and full data integration. Key services include:

• Automated image stitching for large area mapping
• Tailored corrections for seamless terrain representation
• Fully integrated imagery with CAD and GIS tools

These automated processes reduce effort and maximize usability across industry applications.