Secure Your Space

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Yago Caetano

3:05:36

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1 - Introduction

1 -Welcome!.mp4

04:01

2 -Installing the required softwares.mp4

03:28

2 - Hardware

1 -ESP32.mp4

08:41

2 -PIR Sensor.mp4

09:42

3 - MQTT Connection

1 -What is MQTT.mp4

03:38

2 -Interacting with a broker.mp4

25:50

Files.zip

4 - Mechanics

1 -Introduction to Tinkercad.mp4

06:13

2 -Modeling the final box.mp4

14:00

3 -Printed box Demonstration.mp4

03:41

4 -Fixing the 3D model.mp4

08:55

5 -Mouting the final circuit.mp4

10:20

Files.zip

5 - Firmware Development

1 -Handling with FLASH memory.mp4

15:09

2 -Syncing time with NTP on ESP32.mp4

11:44

3 -Handling with Threads.mp4

14:34

4 -Creating the final firmware.mp4

41:07

Files.zip

6 - Conclusion

1 -Final Demonstration.mp4

04:33

Description

DIY Intrusion Detection System with ESP32

What You'll Learn?

How to create a real product with ESP32
How to combine a lot of free tools to create a great project
How to use MQTT as a connection platform
How to create a box for your projects

Who is this for?

Entry-level embedded software developers

Curious and hobbyists

What You Need to Know?

Basic experience with ESP32

Computer with internet access

More details

Description
Welcome to "Secure Your Space: DIY Intrusion Detection with ESP32"!

This course is your step-by-step guide to creating a fully functional intrusion detection system using the powerful ESP32 microcontroller. Whether youâ€™re a hobbyist, a student, or an engineer looking to dive into IoT projects, this course will equip you with the skills to build and customize your own security device.
What You'll Learn:
Understand the basics of the ESP32 microcontroller and its various applications in IoT.
Explore the principles of motion detection using the PIR sensor.
Master the MQTT protocol for efficient communication between devices.
Develop firmware that integrates multiple tasks, such as reading sensor data and handling MQTT communication.
Learn how to store and retrieve data using the ESP32â€™s FLASH memory.
Simulate your projects using Wokwi, an online platform for ESP32 simulations.
Design and create a 3D enclosure for your device, ready to be 3D printed.
Deploy an MQTT broker and connect your device for real-time monitoring.
Integrate NTP for precise timekeeping within your system.
Who Is This Course For?
Makers and hobbyists interested in home automation and security.
Students and professionals looking to enhance their IoT skills.
Anyone with basic programming knowledge who wants to explore the ESP32 and build a practical project.
Course Prerequisites:
Basic understanding of programming (C/C++).
Familiarity with electronic components and circuit design is helpful but not required.
Why Enroll?

By the end of this course, you'll have a working intrusion detection system that you can customize and expand to suit your specific needs. You'll gain hands-on experience with key IoT technologies, including MQTT, FLASH memory, and FreeRTOS, and develop a strong foundation in using the ESP32 for real-world applications.
Enroll now, and start securing your space with your very own DIY intrusion detection system!
Who this course is for:
Entry-level embedded software developers
Curious and hobbyists

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Microcontroller

Yago Caetano

Instructor's Courses

With over six years of experience in the field of electronic products, particularly focused on IoT projects, I have built a diverse and robust skill set in both hardware and software engineering.During this period, I had the opportunity to work with various technologies and platforms, including baremetal firmware development with PIC16F, PIC18F, and ESP32 microcontrollers, developing firmware to optimize hardware performance and reliability. I have extensive experience with real-time operating systems like FreeRTOS and Zephyr RTOS.I have been involved in multiple Bluetooth Low Energy (BLE) projectsI have experiences with TLS handshake process on embedded devices, ensuring secure communication in IoT networksMy experience includes developing mobile applications with Java, Kotlin and JavaScript.In adition, I have experiences with backend projects using Python, C# and Java.

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