Engineered to meet international industrial standards, providing physical security, anti-collision reliability, and high-performance durability.
As urbanization intensifies and megacities confront the challenges of high-density vehicular traffic, the management of parking infrastructure has evolved from static physical allocation to dynamic, cloud-managed monetization. Sharing IoT smart parking locks represent the critical hardware edge-layer in this transformation. By integrating low-power wide-area networking (LPWAN) protocols, robust mechanical engineering, and automated cloud control, these devices convert underutilized private and public parking bays into monetizable, reservation-ready digital assets.
Globally, the integration of EV (Electric Vehicle) charging stations, shared micro-mobility hubs, and high-security zones demands an automated method to reserve and secure physical spaces. KAVASS Security Tech Limited stands at the forefront of this industrial paradigm, manufacturing state-of-the-art IoT-enabled barriers that allow real-time status monitoring, frictionless API/SDK integration, and long-range telemetric communication.
By leveraging advanced hardware mechanisms, our locks enable smart-city operators to deploy dynamic pricing models, reduce congestion from drivers looking for spaces, and protect charging bays from ICE (Internal Combustion Engine) vehicle blocking. From Europe to North America, cities are adopting these automated solutions to streamline infrastructure and implement municipal mobility mandates.
Uncompromising quality, dual-factory high-volume manufacturing, and optimized supply-chain efficiency designed for global distributors and municipal contractors.
Operational facilities in both Deqing and Zhuji allow KAVASS to balance high-capacity volume runs with precise customized prototyping. Automated welding, surface finishing, and comprehensive structural testing are all conducted in-house to guarantee consistent tensile integrity.
Our strategic location within China's premier industrial metallurgy and electronics clusters grants us unmatched supply-chain efficiency. We pass these cost efficiencies directly to global buyers while maintaining strict compliance with CE, RoHS, and ISO9001 standards.
We design, configure, and calibrate internal IoT controllers that handle diverse telecommunication frequency bands (NB-IoT, LTE-M, LoRa, Sigfox, and BLE). This ensures seamless cloud-to-hardware data exchanges, auto-reset features, and smart obstacle detection.
Direct view of our advanced production lines, storage facilities, and testing environments where security hardware is fabricated.
Precision mechanical milling and structural bollard assembly line.
Robotic and manual welding of structural carbon steel elements.
Showcasing our comprehensive range of security posts, racks, and locks.
Stock management and quality assurance checking yard before dispatch.
Years of Engineering Experience
Countries Supplied Globally
Modern Production Factories
OEM / ODM Capabilities Supported
Our smart parking locks are built upon a robust, multi-layered electronic and mechanical structure. The core microcontroller handles deep sleep states, dropping standby currents to microamp levels, which extends battery life up to 1-2 years under typical operating frequencies. Standard configuration features rechargeable lithium iron phosphate (LiFePO4) or high-capacity alkaline batteries, supported optionally by integrated monocrystalline solar panels.
For communication, our hardware integrates directly with major cloud networks via cellular NB-IoT or LTE-M protocols. We provide free API and SDK compatibility, allowing software developers and mobility platform providers to issue remote commands (e.g., lower arm, raise arm, report status) directly from proprietary mobile applications. Real-time diagnostic reporting includes battery status, signal strength, vehicle occupancy (via built-in ultrasonic or radar sensors), and tampering alarms.
Additionally, each lock incorporates an Auto-Reset mechanism. If a vehicle leaves the bay or if the arm encounters an obstacle during operation, the smart torque control system reverses the movement, preventing damage to both the vehicle chassis and the lock's internal gear structure.
Bridging physical security and cloud automation across diverse urban environments and commercial landscapes.
Ensures EV charging bays are only occupied by active charging vehicles. Non-EV vehicles or fully charged vehicles are prevented from occupying the space. Integration with the charging pole's payment system allows automatic lowering of the barrier once payment is verified.
Simplifies corporate office parking allocation. Integration with employee databases allows automated space reservations through an internal app. Staff members arriving at their reserved spot can lower the barrier using BLE (Bluetooth Low Energy) direct-connection or cellular cloud control.
Enables local municipalities to monetize underutilized spaces during off-peak hours. Private driveway owners or commercial lots can open their spaces to the public via sharing apps, relying on the physical IoT lock to prevent unauthorized parking when the bay is unreserved.
Global procurement teams in Europe, North America, and Australia require stringent quality control, reliable shipping timetables, and long-term hardware support. As a direct manufacturer, KAVASS addresses these enterprise demands by maintaining a fully audited production workflow. We provide comprehensive materials certifications (such as 304/316 grade stainless steel and hot-dip galvanized carbon steel documentation) to ensure our barriers stand up to harsh environmental factors, road salt, and corrosive maritime air.
We work closely with global procurement managers to customize finishes (powder coating color matching, laser-cut branding, and custom LED lighting integrations). With exports spanning over 80 countries, we possess deep expertise in navigating regional import standards, customs clearance documentation, and efficient maritime packing to minimize volumetric shipping costs.
Whether you are procuring bollards, bike racks, or heavy-duty parking locks, our production lines in Zhuji and Deqing are optimized for scalability, allowing us to accelerate lead times and support large-scale infrastructure rollouts.
The technological path forward for connected infrastructure, edge-computing, and smart grid coordination.
Integrating IoT locks with overhead ANPR (Automatic Number Plate Recognition) cameras. The system automatically cross-references license plates with reservation databases, lowering the mechanical barrier before the driver even reaches the bay.
Transitioning from isolated cellular nodes to highly dense localized BLE mesh networks. This minimizes data transmission latency and dramatically cuts down cellular subscription costs by utilizing a single local gateway for dozens of nearby locks.
Deploying high-efficiency, impact-resistant solar cells directly integrated into the casing of parking locks. This allows continuous operational uptime without requiring manual battery replacements or expensive localized power grid cabling.
Detailed answers to technical, commercial, and integration questions regarding our IoT smart parking locks and manufacturing processes.
From heavy-duty telescopic bollards to high-density bicycle racks, KAVASS provides comprehensive perimeter security solutions.
KAVASS
