Earth Observation Solutions

Satellite data supports us in important areas such as climate research. But they can also be used for commercial applications: we can help you solve your challenges with the help of satellite data.

UNLOCKING THE POWER OF
SATELLITE-BASED DATA

Find out how we can help you solve your challenges with the help of satellite data.

City Climate

Understanding climate change & urban heat island effects and taking action

Satellite data helps to determine important climate indicators, such as heat islands in a city, green areas, forest cover, vegetation types, surface reflectivity (albedo), heat distribution, fire hazards, cold air flows and much more. Furthermore, the use of satellite data enables past and future climate strategies to be evaluated and compared through simulation (for example of an urban area).

Analyse und Bewertung der thermischen Isolation von Gebäuden

Analyzing the thermal insulation of surfaces, buildings or natural landscapes using remote sensing technologies.

Überwachung städtischer VegetationUrban Vegetation

The monitoring, analysis and evaluation of vegetation in urban areas using earth observation data.

Identifikation und Überwachung städtischer Hitzeinseln

Monitoring and analyzing temperature differences in cities using satellite data or ground-based sensors.

Infrastructure monitoring

Using satellite data to monitor and analyze the physical infrastructure on earth.

By combining satellite data and on-board sensors, we enable precise monitoring and analysis of rail routes in order to detect changes along routes at an early stage and minimize risks.

Überwachung von Schienentemperaturen

Rail transport will become increasingly important in the coming years with regard to the transport transition. With the help of satellite data, we offer various solutions to improve the reliability, safety and efficiency of railroad tracks.

Analyse der Sichtverhältnisse an Bahnübergängen

Improving safety at passive level crossings through intelligent monitoring

Projects in which satellite data plays an important role:

Baltic GTIF project

Supporting the green transition in the Baltic Sea region by analyzing EO Copernicus data.

CityClim project

Understanding climate change & urban heat island effects and taking action.

Copernicus Demonstrators - Consumer and Environment

Demonstration concepts in the areas of: Fisheries & Aquaculture, Digital Tourism & Cultural Heritage, Insurance & Finance, Forest Vegetation Health Monitoring, and Green Mining & Energy.

Copernicus Demonstrators - Mobility, Emergency and Infrastructures

A project to analyze and evaluate the technical feasibility and technical demonstration of 5 different proof of concepts using Copernicus data and services.

Digital Twin Earth Observation for Energy Risks - Predicting the impact of variable power generation by photovoltaic systems, as well as operational risks for large PV systems due to extreme situations.

Study on potential EU Earth observation services for government use.

Earth observation for the port of the future. The traditional processes of port operators are examined in order to improve them with modern and innovative approaches.

OCEANIDS project

User-driven applications and tools for climate-informed maritime spatial planning and integrated seascape management, for a resilient and inclusive blue economy.

PortSense project

Ports of the future are those that optimize their operations through the use of various advanced technologies to reduce their environmental and economic impact and improve safety and reliability.

ScaleAgData project

Scalable agricultural sensor data for improved monitoring of agri-environmental conditions.

Advanced integrated obstacle and track intrusion detection system for the intelligent automation of rail traffic.

Space 4Level project

Space-based innovative solutions for level crossing safety.

Space-based applications for traffic monitoring and management to solve problems of the main land transportation modes, road and rail, such as road congestion and the negative impact of extreme temperatures on railroad infrastructure.

THEA: Support to ESA's Copernicus Security Services, is an innovative project that uses advanced Earth observation technologies to improve Copernicus security services.

Urban Green View (UGV)

Using satellite data for more greenery in the city in the fight against climate change.

Does that sound interesting for you and your company?

Then get in touch with us.

Dr. Ingo Schoolmann

Project Manager AI & Data Analysis