Earth Observation – monitor your assets from above
Remote Sensing Technology
Remote sensing is a cutting-edge technology that provides valuable insights into our environment, helping organizations make informed decisions. Our experts harness the power of satellite imagery and advanced image processing techniques to uncover critical information about the Earth’s surface and atmosphere, including changes in land cover, water quality, surface temperature, and more. With our remote sensing services, you’ll have access to valuable data that will enhance your ability to make informed decisions in areas like land use planning, agriculture, and infrastructure management. By partnering with us, you’ll be equipped with a powerful tool for environmental monitoring and management, giving you a competitive edge in today’s rapidly changing world.
- Photointerpretation: Provides detailed information on the physical and cultural features of a specific area, including land use, vegetation, and infrastructure.
- Satellite Image Processing: Enables accurate and efficient analysis of large amounts of satellite data, making it easier to track changes over time.
- Change detection analysis: Detects changes in land use, vegetation, and infrastructure over time, providing valuable insights into land-use patterns and resource utilization.
- Permanent Scatter Interferometry: Provides accurate and reliable measurement of ground motion, allowing for the monitoring of infrastructure, such as buildings and bridges, and early warning of potential risks.
- Land cover extraction: Helps to understand the composition and distribution of land cover, providing valuable information for land-use planning and conservation efforts.
- Forest monitoring: Provides detailed information on forest resources, including tree density, biomass, and growth rates, helping to support sustainable forest management.
- Agriculture crops monitoring: Enables accurate and efficient monitoring of crop yields and health, providing valuable information for farmers and policymakers.
- Infrastructure monitoring using SAR: Uses Synthetic Aperture Radar (SAR) technology to monitor infrastructure, including roads, bridges, and buildings, providing valuable insights into the state and maintenance needs of these assets.
- Deep learning models for data extraction: Utilizes advanced machine learning algorithms to extract valuable information from satellite data, including land-use patterns and changes over time.
- Water quality monitoring: Uses remote sensing techniques to monitor water quality, including water temperature, clarity, and the presence of pollutants, helping to support water resource management.
- Fire monitoring: Detects and monitors forest fires, providing early warning and helping to support fire management efforts.
- Surface temperature: Monitors surface temperature to understand temperature patterns and support climate change research.
- Carbon sequestration: Measures the amount of carbon stored in forests, soil, and other ecosystems, providing valuable information for carbon management and mitigation efforts.
- Floods extension extraction: Monitors floods, including the extent and severity of flooding, providing valuable information for emergency response and flood management efforts.
- Digital elevation models from satellite images: Provides detailed information on the terrain and elevation of a specific area, supporting a wide range of applications, including land-use planning, infrastructure development, and natural resource management.
The Benefits Of Remote Sensing
Land Use Planning
Remote sensing data can be used to map and monitor land use patterns, providing valuable information for urban planning, land use management, and resource management.
Access To Near Real-time Data
The Use-cases Of Remote Sensing Services
Are Diverse & Include
Monitoring forests, wetlands, and wildlife habitats for changes and impact from human activities.
Monitoring crops, assessing crop health, and estimating yields for improved farm management and food security.
Monitoring natural disasters such as floods, fires, and earthquakes, and providing real-time data for disaster response and recovery efforts.
Monitoring air and water quality, and tracking changes in land cover and surface temperature to assess the impact of climate change.
Monitoring infrastructure such as roads, bridges, and buildings, and providing data for maintenance and repair.
Mapping urban areas and monitoring land use patterns to inform decision-making for urban planning and development.
Monitoring geological features such as earthquakes, volcanic activity, and landslides, and assessing the risk of geohazards.
Monitoring changes in surface temperature, carbon sequestration, and sea level rise to better understand the impact of climate change.
Monitoring water bodies and sources for water quality, water availability, and changes in water level.
Monitoring borders, coastlines, and critical infrastructure for security purposes.
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Address: Street Theodor Aman 17E, Sinaia, Romania
Phone: +40 771537312 / +39 3386533533