Invitation Message
×
You have new activity to register, click Details button to get more information. You can also click the Ignore button to ignore the reminder of this activity.
Return

Can'nX Link'nX: KNX - IoT Linker Gateway for Automatic Number Plate Recognition

Seamless Vehicle Access Control and Automation: Integrating Hikvision Automatic Number Plate Recognition with KNX through Link'nX

EN
Solution Type: Building Management System, Video Analytics, Independent Hardware Vendor
Targeted Industries: Commercial | Residential
Share this solution to:

Solution Description

Unlock a world of seamless integration where cutting-edge technology meets intuitive automation. Imagine a scenario where vehicle access to your premises is not only effortless but also secure, all thanks to Hikvision's Automatic Number Plate Recognition (ANPR) technology. As a vehicle approaches, the system effortlessly reads the license plate, allowing for intelligent decisions to be made. The gate opens for authorized vehicles, and predefined actions are triggered.

 

This fusion of Hikvision's ANPR technology and KNX automation, orchestrated by Link'nX, creates a symphony of personalized, efficient, and secure control. Whether it's a residential property, commercial facility, city infrastructure, hospitality venue, or industrial site, this solution empowers centralized control and enhanced functionality with a focus on IoT integration.

Show more

User Benefits

  • Users experience seamless vehicle access control, reducing the need for manual gate operations.
  • The system centralizes control, streamlining gate management and enhancing coordination with other smart systems for efficient operations.
  • Users enjoy improved energy efficiency as the system optimizes lighting and environmental controls, leading to cost savings and reduced energy consumption.
  • Real-time awareness is provided through customizable notifications and alerts, ensuring users stay informed about vehicle arrivals and departures.
  • The solution is highly adaptable and scalable, allowing for easy integration of new IoT devices and future-proofing the automation infrastructure.

Key Features

  • The ANPR system ensures high accuracy in recognizing license plates, making it reliable in various lighting and weather conditions while minimizing errors.
  • It seamlessly integrates with databases, allowing for cross-referencing of recognized license plates with lists of authorized or restricted vehicles, enhancing security and access control.
  • Multiple cameras are supported by the system, enabling comprehensive coverage and simultaneous monitoring of various entry and exit points.
  • Users can customize alerts and notifications for specific license plate events, ensuring that the relevant personnel are promptly informed when necessary.
  • The ANPR system maintains detailed event logs and generates reports for historical data, analysis, security, and auditing purposes.

Solution Architecture

Hikvision device integration for ANPR and sends the KNX command for security and building automation

Hikvision Product Compatibility

IPC

Technical Details

Partner Product Name: Link-nX

Partner Product Version: 1.92

Hikvision Product Models and Firmware Versions: iDS-7XXXG0/P-IZHSY (-); iDS-2CD8AX6G0-XZHSY (-)

Integration Protocol: ISAPI

Availability

Regions: Africa, Asia, Europe, Latin America, Middle East & North Africa, North America, Oceania

Languages: English, French

About Can'nX

A team of home automation experts after twenty years of experience in home automation and smart building. Can'nX is determined to provide integrators and installers with innovative and easy to install solutions. Can'nX has the ambition to create a range of products close to the needs of end customers. Can'nX is well motivated to aid its partners in developing specific solutions on their demand. With on-site experience in home automation, the team Can'nX developed prototypes that are being tested and fine-tuned each day.

Website: www.can-nx.com
![](~/Content/Images/ui-loader-white-16x16.gif)