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Authors
Advisor(s)
Abstract(s)
Access Control Systems are systems that are capable of controlling user access with
permission-based databases. The majority of commercial Access Control Systems nowadays,
even the expansive ones, lacks many advanced features, such as the possibility to
control and configure multiple sectors over Wi-Fi (including illumination), using scheduling
based permissions, and without any additional servers.
This project aims to develop an Access Control System costing under US$15, capable
of registering and allowing (or denying) the access of users in multiple sectors, using up
to 49 modules interconnected over Wi-Fi (one being the main module, and the other
the secondary modules), using web-based graphical interfaces, allowing a centralized and
practical way of configuring and setting databases.
The modules use low-range RFID tags to identify users, and are able to control electrical
locks, illumination and micro-switches of it’s corresponding sector, and also notify
adjacent sectors of entries and exits.
To keep the project easy to use, all the settings and databases can be accessed, filtered
and edited in a graphical web interface (HTML5 and CSS) provided by an internal webserver
running at the ESP32 controllers, and available to authenticated users.
The result is a low cost Access Control System that is fast, reliable and easy to use
product, presenting advanced features, such as multi-sector control and with wireless
(Wi-Fi) communication.
Description
Mestrado de dupla diplomação com a UTFPR - Universidade Tecnológica Federal do Paraná
Keywords
Access control ESP32 Wi-fi