Skip to content
Using Cognitive Services and Internet of Things for Facial Recognition Access Control
Branch: master
Clone or download
Fetching latest commit…
Cannot retrieve the latest commit at this time.
Type Name Latest commit message Commit time
Failed to load latest commit information.

Experiment #103 - Facial Recognition Access Control

Using Cognitive Services and Internet of Things for Facial Recognition Access Control.

Project Date:
  • November-December 2019
  • Face API
  • Text to Speech
  • Windows 10 IoT Core
Technology used:
  • Cognitive Services
  • Machine Learning


The Experiment #103 researches about the possibilities of applying Cognitive Services to create an access control system only managed by an Artificial Intelligence by giving it the capabilities of speaking human languages and recognizing human faces.


The project tries to simulate an automatic access control system with facial recognition. The application will tell the visitor if he/she is or is not in a white list in order to open and welcome him/her or to keep the door closed to strangers. The idea is based on an old project from created by Ethan Kusters and Masato Sudo and published in 2016.


For this simulation we will build a smart box. This box will contain an item hidden behind a little door. The door will be locked until the application recognizes a face included in the white list. If the Artificial Intelligence recognizes the visitor the door will automatically open, showing up the item. This way, the owners of this system only have to take care of who take part of the white list by enrolling the different visitors.


First, we are going to create a Windows Universal Platform application with C Sharp and .Net Core. This application will be our user interface. After that, we will connect a Webcam to interact with the Cognitive Service Vision Face API. Then, we will to ensemble all the electronic parts, a LED light, a button and a servo motor. We will install Windows 10 IoT Core on a Raspberry Pi 2 model B GPIO device to run the application on it. Also, we will build our 3D printed smart box to contain the entire project and the electronics. Finally, we will plug in a speaker to hear the machine speaking thanks to the Cognitive Service Text to Speech API.


The principal advantage of using Cognitive Services in this simulation is the possibility of identifying people quickly and accurately. The Artificial Intelligence can work for us 24 hours a day, 7 days a week without any interruption. This way a company will save money and resources and will be very much efficient controlling the accesses to a building for example. In addition, with the capability to speak we can give the machine a more human appearance.


Experiment: Facial Recognition Access Control

Architecture Diagram: Services and Resources

Step by Step 1: How to work with Face Cognitive Service

Step by Step 2: How to set up the IoT device hardware

Step by Step 3: How to pack and launch the IoT project

You can’t perform that action at this time.