Smart Mobility encompasses new technologies and revolutionary solutions to provide a safer, greener, and more efficient future, reshaping and optimising transportation.
With the exponential rise of the internet and accessibility of information, technological advancements have given way to increased expectations from consumers and corporations alike. As daily consumers of technology, the impact of smart mobility on the way people work and travel is crucial to improving transportation systems as we know them.
Smart Mobility refers to an intelligent transportation and mobility network that aims to improve commute efficiency, reduce environmental pollution, and increase safety. Connecting several elements of technology and mobility, it redesigns and creates innovative solutions to traditional transportation methods such as gas-powered vehicles, motor vehicles, and public transportation systems.
Currently, many metropolitan cities already use smart transportation on a daily basis. In urban cities where everyone is always on the go, traffic congestion is a heavy problem and a hard one to address, bringing many harmful side effects including pollution, wasted commute time, and fatality risks. To combat these negative outcomes, various forms of transportation alternatives have been created in these cities. For example, on-demand ride sharing services such as Uber and Lyft are a recently developed form of smart mobility. By using on-demand ride sharing alternatives to personal private transport, people benefit from increased efficiency, and lowered carbon emissions.
Reduced congestion fosters faster, greener, and cheaper transportation options. But what are some of the benefits for large scale businesses? Smart mobility solutions promise to bring progressive changes to businesses across various industries, keeping efficiency as a top priority.
The plethora of systems and circuits that facilitate operations for businesses inevitably exude waste. By simplifying these complex systems, financial and time costs can be alleviated, and will be ultimately beneficial for organisations of any size.
Currently, the annual cost of congestion and waste produced in the United States alone is reported to be US$160 billion. Smart mobility will be able to reduce these numbers on a global scale, resulting in improved logistics, allowing efficient transportation of goods at a reduced cost.
Not only does smart mobility pave the way for economic improvements, but it also brings environmental benefits. With reduced congestion comes increased safety and decreased environmental damage. By utilising electronic vehicles and optimised public transport networks, we are able to make a significant impact in reducing carbon emissions.
As more developed urban cities progressively transform into Smart Cities, they will benefit from smart mobility integration. Waze, for example, is a navigation application that collects real-time traffic data and information to identify safety risks such as road accidents or unexpected traffic hotspots on a city’s highways. Waze then uses this information to inform drivers about issues relevant to their route to alleviate traffic congestion. Currently used globally, Waze has active users in the United States, Singapore, Australia, Malaysia, and many other countries.
With more cities transitioning into a smart city model, smart mobility integration will provide solutions for urban transport systems and data, allowing for improved road safety and streamlining efficiency.
The Future of Smart Mobility
Smart mobility promises convenience, sustainability, and growth for urban societies. With leading tech companies such as Hyundai and Boston Dynamics coming together to push technological advancements, the industry has much room for growth. The accessibility of new roads, navigation, and data will also allow for more creativity within smart mobility production, working towards greener, more accessible, and affordable transportation solutions.