PRIME ALERT: Personalised Micro Environmental Change Alert

Bringing paradigm shift in managing complex and dynamic environments

 

Prime Alert is an innovative Artificial intelligence approach to improving safety, effectiveness and awareness of first responders/soldiers in high-risk environments such as natural disasters (hurricanes, floods, fires) and combat scenarios (nerve gas, toxins in caves/tunnels). Unlike other existing systems, this project is a comprehensive solution for real-time estimation of danger in the hazardous environments.

Expected outcomes

The expected outcomes are affiliated to the AI enhanced on-site decisions, based on three sources: vital parameters sensors (SpO2, HR, RR), micro-environmental sensors (air quality, toxins, temperature), global environmental data (obtained from radars, weather stations). This system provides real-time health monitoring, stress-level assessment, and alerting utilizing automated speech. Responders/soldiers communicate with the Command Unit, the multi-user continuous monitoring part, represented by a software platform that facilitates commands to the responders/soldiers (regrouping, extraction). The Key objectives of the proposed solution are: integration of sensors, data collection, transformation, using artificial intelligence for Alerts generation and prediction of responders stress level, AI powered Speech recognition and automated health advice to the responders/soldiers, as well as centralized connectivity with the Command Unit.

Keywords:

AI enhanced decision making, first responders, physiological signals monitoring, environmental sensing, alert system

Participants:

  • Coordinated by FACULTY OF COMPUTER SCIENCE AND ENGINEERING (FCSE) – N. Macedonia (NPD: prof. Ana Madevska Bogdanova)
  • MINDS EUROPE INSTITUTE FOR RESEARCH EXCELLENCE AND TECHNOLOGICAL INNOVATION (MEI) – Serbia
  • FACULTY OF INFORMATICS AND INFORMATION TECHNOLOGIES STU (FIIT) – Slovakia
  • UNIVERSITE LIBRE DE BRUXELLES (ULB) – Belgium

 

Year of implementation

March 2026 – March 2029
Financing
NATO Science for Peace and Security Program, SPS
Grant Agreement (GA): G8765

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