Parking on major thoroughfares in the future? Solving the parking shortage starts with this first step.

In city centers, many drivers circle around their pre‑booked restaurants again and again, just to snag a parking spot. Tech firms and automakers are zeroing in on this persistent pain point, leveraging cutting‑edge technologies like autonomous driving to mitigate the negative impacts of parking scarcity. Their proposed solution? Let vehicles find and park themselves. So, will autonomous driving truly solve the parking conundrum? The answer may well be yes—albeit at the cost of worsening urban traffic congestion. — In fact, self-driving cars don’t need to stop at all.

Smart parking is an increasingly urgent need for people.
　　《 “Transport Policy” published an analytical report that employed game theory and a computer model of San Francisco’s traffic conditions to examine the parking problem posed by autonomous vehicles. The findings revealed that, during peak‑hour parking periods in San Francisco, fewer than 4,000 autonomous cars would circulate on the road at speeds below 2 km/h simply to avoid paying for parking, at a cost of just RMB 3.29 per hour. However, the city as a whole bears the associated costs.
　　While fully autonomous driving remains in the stages of ongoing research and iterative refinement, smart parking is a more pressing need and proves safer to implement. Simply put, smart parking aims to make parking smarter and more data‑driven, with its core function being intelligent parking‑space discovery. + Two major features: automatic parking fee payment. The director of the Static Traffic Planning and Design Institute at Tsinghua Tongheng Planning Institute stated that deploying smart parking technologies can reduce traffic congestion by 30%, cut unnecessary traffic flows by 12% to 15%, and shorten the time spent searching for a parking space by 6 to 14 minutes, thereby creating a win-win situation for governments, businesses, and the public.
　　In addition, in parking lots, preventing vehicle theft and unauthorized access is of paramount importance, making video surveillance cameras an indispensable component. With the advancement of AI‑powered smart edge devices that leverage deep learning algorithms, and… The application scenarios for RFID tags are continually expanding, and in the future, leading security companies will hold the upper hand in the smart parking market.
　 Smart Parking “Cutting Costs” and “Opening Up Revenue” for Automated Parking
　　In China, the ratio of parking spaces is mostly around Between 1:0.5 and 1:0.8, a ratio far below that of developed countries. With too many vehicles and too few parking spaces, this is why current smart parking solutions can only alleviate parking difficulties rather than resolve them entirely. So, in cities where land is at a premium, what if parking spaces could suddenly increase by 20%?
　　Achieving truly intelligent parking may also require the support of automated parking technology. According to reports, the positioning accuracy of current automated parking systems has already reached At 5 centimeters, parking space spacing can be reduced to as little as 10 centimeters, increasing parking capacity by approximately 20% and helping to prevent traffic congestion caused by excessively long parking maneuvers.
　　It can be anticipated that, in the future, if parking facilities achieve fully unmanned operations, the resulting improvements in operating costs, efficiency, and revenue will be substantial.
　　Conclusion: True smart parking does not merely address the needs of a single parking lot or residential community; it seeks to resolve the city’s broader parking challenges and even improve overall urban traffic conditions. Perhaps in the near future, your excuses for being late to a date or work will no longer include… “I’m looking for a parking spot.”