communication has grown at a breakneck pace during the last decade. This new
mode of communication provides several chances for change in our daily lives.
Digital communication has enhanced mobility, which is a part of our daily lives. This advancement has resulted in a shift in mobility that may now be referred to as “smart”.
The Meaning of Smart Mobility
Smart Mobility is a new and revolutionary approach to transportation that is greener, safer, and more efficient.
Smart Mobility is defined as the use of alternative forms of transportation in addition to or instead of owning a gas-powered car – Car sharing, public transit, walking, bicycling, and other modes of mobility are all examples of this.
Increased traffic congestion and its associated side effects, such as pollution, deaths, and wasted time, prompted the need for Smart Mobility.
The Goal of Smart Mobility
The following are the aims of Smart Mobility, that may be deconstructed to better understand them:
Increase the efficiency of network and traffic management systems
Improve traffic safety and decrease collisions
Improve communication and travel time efficiency
Ensure long-term environmental and economic viability
Provide residents with a fresh viewpoint on their neighborhood
What is Smart Mobility?
Smart Mobility exists at the intersection of two industries: the digital and the
The growth on information and communication technologies, which have given rise to intelligent transportation systems, has enabled the idea of Intelligent Transportation Systems (ITS)
Because various systems may now interact with one other, data acquired via IoT solutions can now be used to optimize people's travels.
Intelligent Transportation Systems (ITS) are a set of cutting-edge information and communication technologies used in transportation and traffic management systems to improve the safety, efficiency, and sustainability of transportation networks, as well as to reduce traffic congestion and improve driver experiences.
What is Internet of Things (IoT)?
Internet of Things (IoT) has emerged as one of the most important technologies of the twenty-first century in recent years.
Now that we can link common objects to the internet via embedded devices, including as kitchen appliances, automobiles, thermostats, and baby monitors, seamless communication between people, processes, and things is feasible.
Physical things can exchange and gather data with minimum human interaction thanks to low-cost computers, the cloud, big data, analytics, and mobile technologies.
Digital systems can record, monitor, and adapt each interaction between linked items in today's hyperconnected environment.
The physical and digital worlds collide, yet they work together.
How is Smart Mobility integrated in Smart City?
One of the most important aspects of any smart city is smart transportation. It entails improving transportation and communication in order to establish new sustainability, efficiency, safety and air quality requirements.
The concept of a "smart city" isn't new, but for many who work in cities and municipalities, the prospect of seeing the world's first real smart city has never felt closer.
In order to handle soaring populations and increasing congestion, big data must be at the forefront of decision-making in order to achieve better results.
In Smart Mobility, many solutions merge and interrelate. All of these factors combine to provide particular benefits, such as better health due to improved air quality, fewer traffic accident victims, or less traffic congestion.
In terms of traffic congestion, each year in the United States, around 34 hours are spent stuck in traffic.
What is the point of being stuck in traffic and missing your train?
Urban mobility, on the other hand, can be intelligent, and it’s increasingly the individual on the street who makes the difference.
People who are tired of congested cities are inventing Smart Mobility with new mobile technologies and simple applications that combine public transit, better infrastructure, and vehicle sharing.
Plus, whether it's electric vehicles or more bike lanes, smart transportation prioritizes the environment.
Overall, Smart Mobility solutions reduce traffic congestion, improve public transportation accessibility, and improve air quality. Smart transportation is a wise investment in the future.
Integrating Smart Mobility solutions with urban infrastructure, such as public transportation systems and traffic data, has the potential to significantly enhance road safety and streamline metropolitan economies that rely on efficient urban mobility to stay afloat.
Vehicle toInfrastructure (V2I) connection, which would utilize ultrasonic, radar, and video technologies to relay information in real time to driver and commuters on networks, would assist avert harmful conduct before drivers are visually aware.
Mobility Solutions That Are Smart
Electrification and decarbonization
The transportation industry is going through a rupture in terms of phasing out fossil fuels and adopting electrification in all of its forms.
One of humanity’s biggest responsibilities is keeping our home/world healthy, by decreasing carbon dioxide (CO2) emissions arising from human activities in the atmosphere (decarbonization).
Big data and IoT are being used to improve mobility
The handling of large-scale traffic data is one of the essential foundations of 21st century mobility.
We have no option, but to employ some resources, such as putting data sensors and collection devices on infrastructures and vehicles in order to implement the efficacy of transportation networks with the assistance of AI and IoT, in order to comprehend large-scale transport flows.
This approach would have advantages in terms of reducing traffic congestion, reducing travel times, and managing clean electric energy to power electric mobility. It's also a key component of the next solution.
Urban transportation automation and self-driving cars
Another AI derivative that begs the issue of when automobiles will be able to drive themselves.
The solution is a little more complicated than that. However, technology is evolving at a breakneck speed. Waymo reported in 2018 that their self-driving cars have travelled over 16 million kilometers at the greatest degree of autonomy as part of their tests.
According to experts, there are six levels of autonomous vehicle technology, ranging from level 0 (a regular car with no automation) to level 5 (a vehicle that can independently do anything a human driver can).
Smart Mobility provides genuine convenience for everyone.
A traveler may choose whichever form of transportation is most convenient for them, while also improving their health, air quality and saving money.
Smart Mobility implementation choices are diverse and giving communities plenty of room to adapt solutions to their peoples’ needs.