Human-Machine Nexus for Digital Rebound Fostering Futuristic Energy-Efficiency: Ecological Footprint of Technology for Smart-Sustainable Urban Mobility

Abstract

Human-machine interaction plays a pivotal role in realizing energy-efficient and sustainable urban mobility. There is a vital contribution of HMI in facilitating more environmentally responsible transportation solutions. Through the seamless interaction between users, smart infrastructure, and autonomous vehicles, HMI-driven approaches promise to optimize traffic flows, reduce energy consumption, and minimize emissions. In the rapidly urbanizing world, the evolution of smart-sustainable urban mobility is a pressing concern, necessitating the judicious integration of cutting-edge technology with ecological sustainability. This chapter explores the multifaceted nexus between human-machine interaction, technology, sustainability, and urban mobility, with a specific focus on the ecological footprint of technology within the context of smart-sustainable urban transportation systems.