Lightweight Facial Recognition Fingerprint Biometric Metal Smart Card RFID Bluetooth Iot Access Control System

Lightweight Facial Recognition Fingerprint Biometric Metal Smart Card RFID Bluetooth  IoT Access Control System 

Features

1. Embedded Linux standalone operation system, more stability
2. Support real time human body detection
3. Support PIR human body sensing wake-up function
4. Support 65,000+ face matching library and 500,000 face recognition records
5. Support tracking of personnel movements under strong backlight conditions
6. Face recognition algorithm to accurately recognize faces, face recognition time is less than 1s
7. The host supports the Wiegand interface to connect with the personnel gate and the access control host, and acts as a face recognition reader

Specification
 
InterfaceSystem Introduction
 
1.1 Background
Rapid development of technology and economy has brought information technology into
almost every part of people's lives, while accompanied with new security challenges. Now the
awareness of assets protection and security control begins to gain more focus, there is a broader
need for access control systems to be more comprehensive and user friendly. Therefore, plenty
smart access control systems have emerged and are widely adopted in various buildings.
However, the variety and complexity of current access control systems on the market does not
make it easier for users, especially enterprise users. Thus ELITEUN launched Lightweight IoT
Access Control System (LIACS), to offer customers a simple, lightweight, quickly deployed access
control solution.
The access control systems have the following problems:
Many lightweight assets in both industrial and commercial IoT need centralized
management, such as telecom equipment boxes, outdoor control boxes, utility protection
equipment, hotel doors, etc.
Traditional access control methods, such as cards or mechanical keys, conceal potential risks
in the process of distribution, management and security maintenance, and are costly.
To blindly apply existing heavyweight access control system could lead to many problems,
such as complex management process, high cost, and poor management of large number of
IoT nodes.
The inefficiency to securely transmit or centrally manage data from large quantity of nodes
results in loss of value of these data and of IoT ecosystem.
1.2 Positioning
LIACS grants access by recognizing Bluetooth ID, one-click(remote) authorization, and face
recognition, to avoid troubles such as forgetting keys and losing door cards. For business office
buildings, visitors' access can be managed in the cloud to simplify cumbersome supervision and
save human resources. Smart access control brings unprecedented convenience, safety and
efficiency to people's life, work, entertainment and learning. In the future, the application
scenarios of smart access control systems will become more diverse.
1.3 Highlights
ELITEUN LIACS has the following characteristics:
 The system is designed specifically for industrial IoT scenarios with mass nodes. Its
compatibility with traditional access control systems helps to reduce deployment cost.
Lightweight distributed access control system on cloud and encryption mechanism can
simplify and secure the distribution and management process.
Multi-factor authentications including Bluetooth ID, face recognition, fingerprint recognition,
code keyboard, and card reader are applied to guarantee safety. Customers can choose
authentication methods for different scenarios.
Both public and private deployment are available to support a cross-regional, integrated
system. This centralized management streamlines data extraction from access logs and
delivers value to decision making.
1.4 Benefits
ELITEUN LIACS brings the following benefits to customers:
Based on the industrial IoT framework, the traditional distributed access control system is
reconstructed to pave the way between mechanical, isolated access control devices and
central management platform.
This solution offers a genuine, reliable and low-cost IoT access management system with
lightweight deployment and decentralized security strategy.
Rather than simply connecting the devices, the system aims to greatly enhance business
management by coordinating IT/OT and leveraging data value