An ambitious project has been launched in the Latvian scientific community with the aim of developing a modern digital model, or “digital twin.” This technological solution will allow for more accurate forecasting of disease outbreaks and environmental pollution risks than ever before, utilizing next-generation data processing capabilities.
RTU Supercomputer and Data Power
The project is built upon the supercomputer at the Riga Technical University (RTU). This computing power is critical for processing massive amounts of data and performing complex simulations. The digital twin will function as a virtual environment where various scenarios can be modeled to assess their potential impact on public health and the ecosystem.
Wastewater Monitoring as a Data Source
One of the primary information sources for this model will be the wastewater monitoring system, which covers the entire territory of Latvia. Wastewater analysis has proven to be one of the most effective methods for early detection of disease outbreaks (as seen during the COVID-19 pandemic). By integrating this data into the digital twin, scientists will be able to identify risks before they escalate into large-scale problems.
From Rivers to Health
Similar principles have already been tested in practice. A prime example is the digital twin of the Ogre River, which successfully helps forecast ice jams and potential flood threats. This methodology is now being expanded to include biological and chemical factors affecting public health.
This project marks a new phase in Latvian science, where data science and environmental monitoring converge to create practical tools for crisis management and preventive measures.
The IntegroHEALTH project has secured thirty million euros. Half of this amount is provided by the European Union’s “Teaming for Excellence” program, while the remaining portion is funded by the Latvian state budget. The new digital health model is expected to be completed in six years. Work is currently underway on signing the grant agreement with the European Commission.
Leading Latvian and International Scientific Institutions to Implement Project
The industry’s strongest players have joined forces to develop innovative solutions. The project will be led by three Latvian scientific institutions in close synergy with international partners.
Latvian Partners:
Latvian Biomedical Research and Study Centre – Project Coordinator (as of May 31: National Institute of Research and Innovation).
Institute of Food Safety, Animal Health and Environment “BIOR”.
Riga Technical University (RTU).
International Collaboration: Successful implementation and knowledge exchange will be ensured by high-level partners from Germany and the United Kingdom:
EMBL (European Molecular Biology Laboratory, Germany).
University of Dundee (United Kingdom).
The goal of this international consortium is to combine local research capacity with world-class expertise, ensuring the project’s sustainability and excellence.