The value of the smart parking systems market stood at USD 7,956.2 million in 2023, and this number is projected to reach USD 32,278.3 million by 2030, advancing at a CAGR of 22.3% during the projection period.
This is because of the augmented traffic jamming, as individuals like to travel alone in their vehicles and dodge shared mobility, which needs more parking lots and improvements in smart parking; augmented client knowledge and comfortability while using smart parking; and government backing for smart parking systems.
Parking places are of 2 kinds: on-street and off-street. Between the 2, the off-street parking system leads the industry, as single-slot parking is chosen by everybody and the increasing count of businesses that need enough parking and urbane detecting amenities.
While, on-street parking is typically utilized in metropolitan and urban areas, the smart meter division has the foremost market share. This is also due to the rising growth of smart cities, which fuels the requirement for effective and safe parking solutions.
Based on end users, the smart parking systems industry is divided into government, commercial, and others. To discover a vacant parking slot during peak hours is very tough, particularly near airports, shopping malls, convention centers, hospitals, universities, and schools.
This issue with parking is growing with the rising populace near residential and commercial areas. The commercial category is the more dominant in this segment. Thus, the multi-story smart parking system has given some relief in discovering an empty space, and because of the surge in commercial usage, the category leads the industry.
Worldwide, the North American region is dominating the smart parking systems market with a revenue share of more than 50%, in 2023. This is because of the increasing count of automobiles on the streets, the rising requirement to reduce traffic congestion, the growing worry for parking spaces, the rising count of smart city projects, and the rising government initiatives for parking systems in the continent.
