*Images are for illustrative purposes. Actual product appearance and specifications may vary.
Smart Parking | AI-FAS-EX-S100
Showcase of product features and physical appearance.
Key product strengths that deliver high‑value capabilities for users.
Intelligent Data Processing:Cloud-based AI algorithms, multi-source data fusion, and standardized output deliver reliable insights for efficient curbside parking operations.
Key product strengths and performance benefits.
Cloud-based high-precision AI algorithm model — specialized deep models for vertical sectors, with wide application of AI on the cloud. Purpose-built for curbside parking, the models deeply understand roadside video imagery and address complex on-street parking challenges.
Refined business data — automated fine sorting, intelligent calibration, association matching, and high-precision output powered by AI algorithms.
Big data analytics — multi-dimensional curbside parking analysis that continuously monitors massive business-data dynamics and data quality, safeguarding high-quality system operation while providing data support for parking operations.
Diverse access and standardized output — the module accommodates diverse front-end data input and supports standardized data push services to meet operational requirements.
Typical real‑world deployment environments for the product.
As one of China’s earliest and largest curbside parking deployments, the municipal scenario covers approximately 80,000 curbside spaces, with a turnover rate of up to 4.68 per space and daily data throughput reaching the million level—demonstrating the stability of both algorithms and platform. Key management measures for special vehicle types, time-limited parking, and tidal berth control are highlighted in such projects.
A typical multi-source data access scenario—integrating self-developed and front-end devices including high-mast cameras, low-post cameras, mobile inspection video, and handheld video/POS terminals. Effective classification, matching, and consistent output reduce fragmented logical branches and lower maintenance costs.
In high-turnover tourist-city scenarios (about 3.73 turns per space), with many non-local vehicles, vendor occupation of berths, and significant lighting changes in mountainous surroundings, high-precision algorithms accurately identify parking behaviors, mitigate lighting interference, and recognize vendors/sunshades—delivering stable parking data amid noisy inputs.
Showcase of product features and physical appearance.
Available documents and file downloads.
Steps to place and process your order.
Choose the right model based on your project requirements.
Our engineers provide professional technical consultation.
After-sales team provides remote deployment assistance.
FEATURED CASE STUDIES
Dubai, UAE
Vietnam
Indonesia
Hong Kong, China
AI perception products and Physical AI solutions for global enterprises.
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