Imagine a cruise ship that can 'smell' a virus in the air and pinpoint exactly where it is. It uses smart sensors and robot-like cabin designs to stop sickness from spreading among passengers. It's like giving a ship a digital immune system to keep everyone safe and the voyage moving.
Cruise ships struggle to detect and manage airborne pathogens in crowded indoor environments, leading to high operational risks during health crises. Current designs lack the smart tools needed to isolate threats without disrupting the entire voyage.
A Viral Detection Sensor (VDS) for airborne pathogens, a Collaborative digital framework (CDF) for IoT interaction, and a 'Robot-cabin' physical demonstrator.
If you are a cruise line operator dealing with the risk of airborne disease outbreaks — this project developed a Viral Detection Sensor (VDS) that provides online indication of where pathogens are spreading in indoor environments. This allows for targeted cleaning and isolation instead of shutting down entire decks.
If you are a shipyard dealing with outdated cabin layouts that facilitate virus spread — this project developed a 'Robot-cabin' demonstrator. This provides a blueprint for smart, modular cabin designs that improve health management and safety during crises.
If you are a training agency dealing with low crew engagement in safety drills — this project developed a crew training solution based on multi-player gaming. This improves how crew members handle health crises and manage passenger behavior.
Based on available project data, specific pricing or cost details are not provided.
The project uses two specific use cases (CELESTYAL and COLUMBIA BLUE) to validate the technology, suggesting a path toward industrial scaling for large passenger ships.
The Viral Detection Sensor (VDS) is explicitly intended to be patented and commercialized.
The project focuses on extending regulatory paradigms and providing policy recommendations to ensure safe return to port during health crises.
Integration is achieved through a Collaborative digital framework (CDF) that allows live interaction between crew, passengers, and IoT edge devices.
The consortium is heavily weighted toward commercial application, with 19 industry partners representing 76% of the 25 total members. With 12 SMEs and partners from 11 countries, the project has a strong market-driven structure, ensuring that the developed sensors and digital tools are designed for immediate industrial utility rather than just academic research.
Contact AMERICAN MPIRO OF SIPING HELLENIC MONOPROSOPI ETAIREIA PERIORISMENIS EVTHINIS
Contact us to explore licensing opportunities for the Viral Detection Sensor (VDS).
