Micromobility revolution

Recommending efficient restaurant delivery systems in Hungary and Kyrgyzstan

Abstract

The transportation systems of modern cities face growing challenges due to increasing populations and urbanization, resulting in reduced efficiency, heightened air pollution, and significant environmental strain. Micromobility solutions, such as electric bicycles and scooters, have emerged as effective and sustainable alternatives, offering reduced emissions and promoting the efficient use of resources. This study expands on the concept and applications of micromobility, particularly its role in logistics, with a focus on the "last mile" concept. This critical segment of the logistics chain emphasizes optimizing the final phase of delivery processes, illustrated here through a route planning analysis from the perspective of a fast-food delivery courier, incorporating the consolidation of purchasing and utility costs for various delivery methods. To deepen the understanding of micromobility's impact, this research includes a comparative case study conducted in Miskolc, Hungary, and Bishkek, Kyrgyzstan. The analysis examines the distinct urban contexts of these cities, assessing the efficiency, environmental benefits, and practical applications of micromobility solutions in their respective restaurant delivery ecosystems.