Abstract:
In the dynamic realm of urbanization, smart city development, particularly in relation to
transportation infrastructure, is gaining momentum. This study addresses a gap in the
current strategies by emphasizing effective management over mere expansion. Managing
infrastructure systems is essential given the increasing trend of tech-driven transportation
and the vehicle-to-capacity ratio. To maximize the current infrastructure in East London,
South Africa, the Inclusive Intelligent Infrastructure Management System (IIIMS) is the
suggested solution. For more sophisticated transportation system design, the project
combines data-driven approaches with intelligent transportation systems (ITS). Demand
management, predictive maintenance, route optimization, and real-time data collection are
important components of this approach. By offering information on traffic patterns,
hotspots for congestion, and possible conflicts, these initiatives support well-informed
decision-making for capacity expansion. Focusing on Oxford Street, a congested area in
East London, this research employs the smart city wheel and the 15-minute smart city
concept. The IIIMS loop incorporates adaptive hypotheses for safe mobility principles in a
specific spatial and temporal context. By examining the elements of an inclusive intelligent
transportation system, this study considers telematic technologies, data-driven traffic
management, and safe mobility principles. Hypotheses related to private vehicle access,
worker safety, citizen well-being, and urbanized infrastructure management are discussed,
offering solutions for safe mobility. The proposed framework includes an operational level-
of-service (LOS) lane change modification for Oxford Street, promoting flow and reducing
congestion. Recommendations should focus on competitive measures for delay-time
management, congestion patterns, and hotspot identification, contributing to smart city
discourse and emphasizing inclusive intelligent infrastructure management for safe
mobility and urban transportation competitiveness.
