


Technical Principles
RFID (Radio Frequency Identification) parking systems utilize wireless radio frequency identification to enable non-contact data communication via electromagnetic fields.
The core workflow includes:
1. Tag Identification: Each vehicle is equipped with a passive/active RFID tag containing a unique EPC (Electronic Product Code) code.
2. RF Interaction: RFID readers at entry/exit points emit electromagnetic waves (e.g., 860–960 MHz UHF band) to power and activate the tags.
3. Data Transmission: Tags backscatter modulated signals to transmit vehicle ID data, achieving a read range of 3–12 meters.
4. Dynamic Verification: The backend system validates permissions in real-time against a database and triggers gate control signals.
Middleware Platform
Multi-protocol support: Compatible with ISO 18000-6C, EPCglobal standards.
Data filtering: Sliding window algorithm eliminates duplicate reads.
Event logging: Flags anomalies (e.g., unauthorized access).
Dynamic billing: Supports time-based, subscription, and pay-per-use models.
Parking guidance: Real-time slot updates via LoRaWAN/IoT networks.
Analytics dashboard: Tracks occupancy rates, turnover efficiency, etc.
AES-128 encrypted communication.
Dual authentication (RFID + license plate recognition).
Real-time blacklist/whitelist updates.
Throughput: ≤3 seconds per vehicle (4x faster than manual systems).
Supports hands-free access at speeds up to 60 km/h.
Automated recognition of registered vehicles.
Granular traffic analytics for peak-hour optimization.
Reduces labor costs by >60%.
Hardware durability: 10-year lifespan (tags support 100,000 rewrites).
The JTSPEEDWORK IoT Platform.
The JT platform lays a foundation for IoT solutions development, extending the internet's reach from the cloud, through edge connectivity devices, all the way to physical items. Our broad partner ecosystem uses our platform's best-in-market products, capabilities, and technology to deliver whole products that address business needs.
Discover the JTSPEEDWORK Platform
Commercial complexes: VIP vehicle prioritization and guidance. Corporate campuses: Frictionless access for employees. Municipal parking: integration with ETC (Electronic Toll Collection) systems.
Enhances data transparency for parking transactions.
Enables centimeter-level vehicle positioning.
Solar-powered RFID for eco-friendly operations.
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