Urban | Use cases

Urban resilience and environmental health

Enhance city resilience to climate risks by integrating geospatial insights into planning. Monitor environmental health and promote climate resilience and adaptation through nature-based solutions.

Climate risk mapping
Identify and assess areas vulnerable to climate-related risks, such as floods, subsidence, landslides, drought or extreme heat to enhance urban resilience and adaptation preparedness.
  • Monitor and map areas at risk of flooding, subsidence, landslides, drought or extreme heat.
  • Evaluate the impacts of climate-related risks on urban infrastructure and services.
  • Support urban planning to prioritize resilience-building measures.

We use satellite imagery and advanced geospatial data to identify climate risks in urban environments, enabling cities to prepare for and mitigate potential hazards effectively.

Environmental quality and health
Monitor the evolving patterns of urban environmental quality parameters to foster healthier urban environments and guide strategic urban planning.
  • Track the sources of air pollution and their evolution patterns
  • Monitor the intensity and distribution of artificial lighting to evaluate its impact on ecosystems, human health, and urban energy efficiency
  • Manage urban water resources and evaluate water quality for sustainable use
  • Monitor vegetation health to maintain and enhance urban green spaces
  • Analyze the impact of environmental conditions on public health

Using satellite imagery and advanced geospatial tools, we deliver actionable insights to improve environmental health, promote sustainable urban living, and support evidence-based decision-making.

Nature-based solutions
Support the identification, design, and monitoring of nature-based solutions across different phases of urban resilience and adaptation projects. Leverage Earth Observation (EO) data to ensure informed decision-making and optimal outcomes.
  • Identify priority areas for NBS implementation using geospatial data on climate hazards, urban density, and green space availability.
  • Evaluate the suitability of locations for interventions such as urban forests, green corridors, and wetlands restoration.
  • Model the potential benefits of NBS, including flood mitigation, heat reduction, alternative mobility support and improved public health.
  • Support the design and planning of NBS projects by integrating EO-based insights into local urban plans.
  • Monitor the progress and effectiveness of NBS implementations, ensuring long-term success and scalability.

Using satellite data and advanced geospatial analytics, we enable cities to integrate NBS effectively into urban resilience strategies, addressing climate challenges and fostering sustainable urban development.

Retrospective urban analysis

Evaluate historical urban growth patterns and assess the impact of previous urban expansion on infrastructure and natural resources. Utilize rich satellite archives to support and optimize strategic urban redevelopment and environmental restoration efforts.

Proactive urban monitoring

Monitor ongoing urban expansion and environmental changes in real-time. Detect critical developments such as unauthorized construction, environmental degradation, or urban heat islands, and mitigate risks and optimize mitigation activities costs promptly.

Custom delivery format

Receive urban analysis outputs tailored to your needs: interactive maps, comprehensive technical reports, or API integrations for seamless data access.

Advanced data analytics

Enhance decision-making with predictive analytics, scenario simulations, and urban resilience modelling based on multi-source geospatial data.

Contact our expert

Tomáš Soukup

Product Owner

Case studies and references

Advancing sustainable urban development in Amman through Earth observation Technology

Customer: World Bank's Middle East and North Africa (MENA) Urban and Resilience Team, providing technical assistance to the Greater Amman Municipality (GAM)
Country: Amman, Jordan

Your customer journey

Defining Your Vision

We'll start by understanding your challenges and objectives. This involves pinpointing geographic areas, desired timeframes, and crucial insights. We'll then recommend optimal data, processing, and output formats to achieve your vision.

Expert Data Acquisition

Once your needs are clear, we'll select and acquire the most suitable Earth Observation (EO) data. We'll apply advanced processing techniques like MT InSAR, NDVI, or spectral analysis, to address specific requirements like change detection or ground deformation monitoring.

Transforming Data into Intelligence

Our team will analyze data to create impactful outputs tailored to you, like maps, reports, or graphs. Every deliverable undergoes rigorous quality checks to ensure technical accuracy and meet your expectations.

Seamless Delivery & Support

We'll provide results in your preferred format – via our online portal, printed outputs, or electronic delivery. We can also include a technical report to explain analysis details and key conclusions, empowering you with deeper understanding.

Empowering Your Team

If needed, we'll provide bespoke training to equip your personnel with the skills to effectively work with data and interpret results. Our aim is to build your in-house capacity and maximize the value of our solutions.