The University of Glasgow has established the Centre for Integrated Sensing and Communication Enabling Cognitive Cities (ISAC³) with a mission. ISAC³ seeks to develop cognitive cities that fundamentally enhance urban living through artificial intelligence and 6G technologies.
The transition from smart to cognitive cities marks a shift from collecting real-time data to an advanced level of urban intelligence. These cities will not only gather data but will also use AI to process it, enabling predictive functionality. This means urban systems can address potential issues before they arise, unlike the reactive nature of current smart city models.
The cognitive city concept likens urban spaces to living entities equipped with sensory capabilities. These cities could foresee and mitigate challenges like traffic congestion, air pollution, or infrastructure failures with preemptive measures inspired by AI-driven insights.
Significant technological convergence in cognitive cities aims enhance public health services. Data from next-gen mobile devices could detect preliminary signs of health issues, guiding individuals toward timely medical assistance. This proactive approach prioritises prevention, broadening the scope of healthcare beyond reactionary measures.
ISAC³ seeks to unite experts from numerous disciplines, including engineering, computing science, and public health, to foster interdisciplinary collaboration. The collaboration with industry partners, academic institutions, and government bodies is intended to advance the practical application of cognitive city technologies.
Within its inaugural year, ISAC³ will host international forums to map out the deployment of prototype technologies. These prototypes aim to balance innovation with stringent data protection protocols, ensuring secure handling of information collected through city-wide sensors and mobile devices.
Looking forward, ISAC³'s initiatives align with broader governmental priorities, enhancing the prospect of turning Glasgow into a hub of next-generation urban technology.
