How Our Solution Works

Say Goodbye to Guessing, Start Progressing with Real-Time Assessing

Relying on subjective or outdated information can lead to costly mistakes. What if you could have real-time economic meaurements at your fingertips, eliminating uncertainty and helping you make smarter decisions?

Our solution gives you a clear, up-to-date view of any industrial activity and transfors complex data into actionable insights.

Gain Market Transparency
Understand producer workloads to improve your decision making.

Enhance Risk Management
Identify disruptions early and act quickly to avoid losses.

Global Coverage
Access real-time production data from industrial sites worldwide.

Ready to see how it works?

Let’s dive into the technology behind these game-changing insights.

Ready to see how it works?

Let’s dive into the technology behind these game-changing insights.

HOW WE PROVIDE ECONOMIC DATA

A satellite in orbit capturing thermal infrared data from Earth's surface, with a visible beam of infrared light extending downward, mapping the landscape below.

Data Collection Using Satellites

 

Satellite capturing thermal infrared data for real-time Earth monitoring.

We use cutting-edge satellite technology to capture economic activity data from industrial areas worldwide. By leveraging multiple satellite missions, we ensure consistent, high-quality data, providing you with a clear view of industrial dynamics.

Every six days per location, new data is collected, enabling real-time insights into changes in production, energy consumption, and more.

Hidden Insights Due To Cloud Reconstruction

One of the biggest challenges in satellite data is cloud cover, which can obscure critical information. We’ve solved this problem with our patented cloud reconstruction algorithm, designed to fill in the gaps left by cloud cover. This means you can still rely on our data, even when the skies aren’t clear.

With this breakthrough technology, we ensure that valuable insights are never lost, offering you uninterrupted data flow for better decision-making.

A reconstruction evaluation of satellite thermal imagery affected by clouds. The top row shows three images: the input with cloud interference, the output after reconstruction, and the labeled ground truth. The bottom row displays three charts: reconstructed vs. label values, error vs. original cloud coverage, and error distribution.
An aerial view of an industrial area, segmented into zones with numbered labels and highlighted with a thermal overlay indicating land surface temperature variations. Two distinct zones are outlined in blue, with Zone 0 showing a higher temperature.

Precision Segmentation of Industrial Areas

Our solution goes beyond just collecting data—it analyzes the shapes of buildings and heat sources within industrial areas to segment them into meaningful zones. This granular approach allows us to detect irregularities early, helping you take proactive steps to avoid disruptions.

With our segmentation technology, you can see exactly what’s happening in each part of an industrial facility, gaining unparalleled visibility into the heart of production.

Tracking Economic Activity Through Thermal Emissions

Economic activity can be observed through changes in thermal emissions over time. By monitoring this data, we can infer the level of production, energy usage, and other key factors that indicate how well an industrial area is performing.

Our radiation emission analysis delivers detailed insights into the dynamics of industrial processes, helping you understand shifts in production and economic health.

A dashboard displaying detailed data on two selected steel plants, including activity trends, trend change scores, and decomposed thermal emission charts. The plants shown are Salzgitter Flachstahl and Finavredi Cremona.
A tablet displaying thermal satellite imagery of an industrial area, with a large purple arrow emphasizing the analysis process. Surrounding icons represent AI-driven insights, production analytics, and news data integration. A newspaper headline mentions the closure of a steel plant in Bremen.

AI-Powered Production Mapping and Anomaly Detection

To make this data even more actionable, we integrate AI that maps activities to production in metric tons. This allows us to calculate the exact output of an industrial area based on observed activities. But it doesn’t stop there—our AI also detects anomalies early, sending you real-time alerts when something changes in your watchlist.

With our AI integration, you stay informed and can act swiftly when unexpected events occur, ensuring you’re always one step ahead.

LLM Integration: Turning Data into Actionable Insights

We’ve taken our solution a step further by integrating LLMs (Large Language Models) to compare our real-economy data with publicly available sources, like news articles, FRED data, and financial information. This advanced analysis translates a sea of raw data into a management summary that highlights actionable insights.

By connecting your data with global economic signals, you’re equipped to make data-driven decisions that improve your strategy and strengthen your competitive edge.

A smartphone displaying a steel producer overview with sentiment analysis and news articles related to ArcelorMittal. A friendly robot character points to the screen, highlighting the data insights.
A funnel filtering various data sources, including news, satellite data, World Steel Association reports, FRED economic data, and Yahoo Finance, into a streamlined output with actionable insights.

Cross-Validation with Trusted Sources

To ensure accuracy, we use cross-validation techniques that compare our findings with reputable sources, like the reports from the World Steel Association. This guarantees that the insights you receive are not only timely but also trustworthy.

Our cross-validation process adds an extra layer of confidence to your decision-making, combining cutting-edge technology with established industry benchmarks.

HOW WE PROVIDE ECONOMIC DATA

Data Collection Using Satellites

A satellite in orbit capturing thermal infrared data from Earth's surface, with a visible beam of infrared light extending downward, mapping the landscape below.

We use cutting-edge satellite technology to capture economic activity data from industrial areas worldwide. By leveraging multiple satellite missions, we ensure consistent, high-quality data, providing you with a clear view of industrial dynamics.

Every six days per location, new data is collected, enabling real-time insights into changes in production, energy consumption, and more.

Hidden Insights Due To Cloud Reconstruction

One of the biggest challenges in satellite data is cloud cover, which can obscure critical information. We’ve solved this problem with our patented cloud reconstruction algorithm, designed to fill in the gaps left by cloud cover. This means you can still rely on our data, even when the skies aren’t clear.

A reconstruction evaluation of satellite thermal imagery affected by clouds. The top row shows three images: the input with cloud interference, the output after reconstruction, and the labeled ground truth. The bottom row displays three charts: reconstructed vs. label values, error vs. original cloud coverage, and error distribution.

With this breakthrough technology, we ensure that valuable insights are never lost, offering you uninterrupted data flow for better decision-making.

Precision Segmentation of Industrial Areas

Our solution goes beyond just collecting data—it analyzes the shapes of buildings and heat sources within industrial areas to segment them into meaningful zones. This granular approach allows us to detect irregularities early, helping you take proactive steps to avoid disruptions.

An aerial view of an industrial area, segmented into zones with numbered labels and highlighted with a thermal overlay indicating land surface temperature variations. Two distinct zones are outlined in blue, with Zone 0 showing a higher temperature.

With our segmentation technology, you can see exactly what’s happening in each part of an industrial facility, gaining unparalleled visibility into the heart of production.

Tracking Economic Activity Through Thermal Emissions

Economic activity can be observed through changes in thermal emissions over time. By monitoring this data, we can infer the level of production, energy usage, and other key factors that indicate how well an industrial area is performing.

A dashboard displaying detailed data on two selected steel plants, including activity trends, trend change scores, and decomposed thermal emission charts. The plants shown are Salzgitter Flachstahl and Finavredi Cremona.

Our radiation emission analysis delivers detailed insights into the dynamics of industrial processes, helping you understand shifts in production and economic health.

AI-Powered Production Mapping and Anomaly Detection

To make this data even more actionable, we integrate AI that maps activities to production in metric tons. This allows us to calculate the exact output of an industrial area based on observed activities. But it doesn’t stop there—our AI also detects anomalies early, sending you real-time alerts when something changes in your watchlist.

A tablet displaying thermal satellite imagery of an industrial area, with a large purple arrow emphasizing the analysis process. Surrounding icons represent AI-driven insights, production analytics, and news data integration. A newspaper headline mentions the closure of a steel plant in Bremen.

With our AI integration, you stay informed and can act swiftly when unexpected events occur, ensuring you’re always one step ahead.

LLM Integration: Turning Data into Actionable Insights

We’ve taken our solution a step further by integrating LLMs (Large Language Models) to compare our real-economy data with publicly available sources, like news articles, FRED data, and financial information. This advanced analysis translates a sea of raw data into a management summary that highlights actionable insights.

A smartphone displaying a steel producer overview with sentiment analysis and news articles related to ArcelorMittal. A friendly robot character points to the screen, highlighting the data insights.

By connecting your data with global economic signals, you’re equipped to make data-driven decisions that improve your strategy and strengthen your competitive edge.

Cross-Validation with Trusted Sources

To ensure accuracy, we use cross-validation techniques that compare our findings with reputable sources, like the reports from the World Steel Association. This guarantees that the insights you receive are not only timely but also trustworthy.

A funnel filtering various data sources, including news, satellite data, World Steel Association reports, FRED economic data, and Yahoo Finance, into a streamlined output with actionable insights.

Our cross-validation process adds an extra layer of confidence to your decision-making, combining cutting-edge technology with established industry benchmarks.

Ready to be well informed in Real Time?

Whether you’re a Procurement Manager, Credit Risk Officer, or working for a Government, the power of real-time insights is now at your fingertips. Don’t let subjective and outdated information hold you back any longer.

See the Future of Reporting Today

Experience how AI-driven reporting transforms the way you understand and act on complex information.

A laptop screen displaying the LaGrand web application map, showing industrial activity across Europe, the Middle East, and North Africa. A magnifying glass zooms in on a single steel plant in Germany, providing detailed decomposed activity data based on thermal analysis.

Take control today

Contact us Today for a free consultation and see see how our solution can transform the way you take action.