The Internet of Things (IoT) has enabled manufacturers to leverage connectivity for additional vital benefits. In various industrial operations, the number of interconnected components has exploded. Increasing applications of IoT in industries such as entertainment, security, and the environment are significantly boosting its demand. Scalability, security, and long-term viability are among the primary reasons for the widespread adoption of IoT by end-users from various industries. In recent years, micromobility is one industry that has rapidly adopted IoT applications. Nations are adopting micromobility to reduce traffic congestion and pollution on a global scale. It is anticipated that this will increase the incorporation of global IoT solutions within the micromobility market.
Micro mobility refers to a group of small, lightweight vehicles that are operated by individuals and travel at speeds of less than 25 kilometers per hour (15 miles per hour). These vehicles include bicycles, electric bicycles (or e-bikes), electric scooters (or e-scooters), electric skateboards, shared bicycles, and electric pedal-assisted (pedelec) bicycles. E-scooters are suitable for urban travel over short distances. E-bikes are ideal for longer, more rapid trips. Typically, they consist of a satellite-based location receiver, a cellular transmitter for cloud communication, and a Bluetooth or internet connection for local functions, such as user access control and configuration, as well as operator servicing and repair.
The availability of IoT in industries including entertainment, security, and environmental benefits is substantially boosting the IoT market. Due to IoT's scalability, security, and sustainability, the world is experiencing technological advancements, which have led to various clients' successful adoption of IoT solutions worldwide. Micro mobility as a service provider has laid a solid foundation for developing a shared mobility ecosystem. It has the potential to ensure a high resource utilization rate in contrast to the conventional model of personal vehicle ownership. These advantages are resulting in substantial growth of the market.
The deployment of the micro-mobility fleet is no longer simply due to the escalating population and fiercer competition amongst players. Specific rules differ globally from country to country or even state to state. These rules have also been tightened due to the failure of some well-run transportation businesses. Therefore, complying with these regulations and then adhering to them is a significant obstacle for businesses. The fundamental city ordinances are speed limits, parking regulations, vehicle caps, etc.
To address this problem, businesses must monitor vehicle metrics, such as speed, time to destination, the route is taken, parking location, etc. This is accomplished by equipping vehicles with IoT devices, such as GPS trackers and sensors. The vehicle can be wirelessly controlled to comply with city regulations using these technologies. In the case of electric scooters and charging stations, these solutions also aid users in locating the closest dock or charging station. In the event of improper parking, IoT devices are now intelligent enough to alert the rider about the correct parking space. This could lead to market expansion in the future.
Europe dominated the market for Internet of Things (IoT) solutions for micro mobility. It is anticipated that it will expand during the estimated period of the forecast due to the various regulations that the government has enacted to reduce urban congestion and air pollution.
The global IoT solutions micro mobility market’s major key players are: