In both research and business, the key objective is to maximize the value of your data. Given that data is now worth significantly more than the hardware it resides on, a meticulous strategy is essential. This is because time-consuming tasks like data wrangling and processing demand careful planning to yield results.

Data Visualization: Design and development of interactive dashboards, DB queries and automated reports that allow you to monitor the health of your business in real time. Descriptive Analysis: What Happened? We answer this question by analyzing historical data to understand trends, patterns, and behaviors.

Beyond creating charts, we transform complex data into clear, impactful visual stories. Design and development of interactive dashboards and automated reports, that allow you to monitor the development of diverse activities at the Earth's surface.

At the heart of advanced analytics, we apply rigorous modeling to go beyond raw data. This allows us not only to understand the present, but also to quantify uncertainty and project future scenarios with a scientific basis, validating the relationships between variables before predicting.

Seismic analysis operates as a vital diagnostic tool, providing critical insights into ground behavior and enabling proactive protection of assets while ensuring operational continuity across different sectors.

Unlike direct interpretation, inversion uses algorithms to find a subsurface model whose predicted response matches the observed geophysical data, significantly reducing ambiguity.
Geostatistics provides the framework for analyzing spatially distributed data. Its fusion with AI and machine learning is unlocking unprecedented predictive power, leading to more accurate resource models and environmental assessments.

Data curation transforms diverse multidisciplinary data into trusted, accessible assets. This comprehensive management of the data lifecycle enables confident decision-making for resource management and long-term operational planning.

Our technologically-dependent society is increasingly vulnerable to space weather. A single solar event can trigger a cascade of disruptions across critical infrastructure, demanding a holistic, cross-sectoral approach to risk management.

This example presents a recording of an ML 1.2 quarry blast located 43 km southwest of the station.

We developed a comprehensive geochemical dashboard from a geophysical survey of a given geographical area, integrating data from 665 samples into an interactive dashboard. The solution provides detailed geochemical information about mineral abundances and the main geological processes related to these mineralizations.

The implementation performs interactive clustering and factor analysis to visualize the main mineral abundances and their geographical distribution across the surveyed territory.

This demonstration showcases our advanced geospatial analysis capabilities for environmental monitoring. Using geomagnetic data we performed inversion techniques to estimate the geoelectric field induced along the Mexican territory during the magnetic storm occurred on May 10, 2024 - the most intense magnetic storm in the last 20 years.

The Geoelectric field map showcases the most vulnerable regions of the Mexican territory for the integrity of the HV power grids. These studies are focused to assess the risk of geomagnetically induced currents (GIC) on power lines and pipelines.

These examples illustrate the use of Regression on Order Statistics (ROS) and Magnetic Kriging on two distinct Earth science datasets. These techniques are applied to geochemical and geomagnetic datasets, respectively.

This project involved the creation of a high-resolution magnetometric map for geological surveying. Using advanced sensor data and interpolation techniques, we identified magnetic anomalies indicative of mineral deposits and geological structures.

The map provides valuable insights for resource exploration and geological hazard assessment, with data processed through kriging and other geostatistical methods.

We developed a comprehensive business intelligence dashboard using an e-commerce public dataset.

The dashboard features interactive visualizations for a comprehensive analysis, including sales geolocalization, payment methods used, product performance based on sales volume and pricing, temporal trends in revenue and key business metrics, and customer satisfaction.

Keep on track with our Training courses (soon!)

We are developing comprehensive training programs designed to bridge the gap between academic knowledge and industry requirements. Our courses will cover cutting-edge topics in data science, geospatial analysis, and earth sciences.

Want to Outperform in your Geophysics M.Sc. or Ph.D. project?

We can share our academic and professional experience to help you excel in your research and career development. Our mentorship program connects you with industry experts who can provide guidance on research methodology, data analysis techniques, and career planning.

Do you want to collaborate with or learn about our activities?

Please talk with us!! We are always looking for talented individuals who are passionate about data science and earth sciences. Whether you're interested in full-time positions, internships, or collaborative projects, we welcome the opportunity to discuss how you can contribute to our innovative work.