Node-RED: IoT projects with ESP32, MQTT and Docker

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Markus Edenhauser

10:04:24

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1. Introduction

1. Promo.mp4

01:45

2. About me.mp4

01:00

3. Prerequisites.mp4

01:22

4.1 z AllFiles V1.1.zip

4. Sketch, Code examples and flows.mp4

01:04

5. The basic sketch - start of every project.mp4

00:54

6. Making instead of lecturing.mp4

01:32

7. Disclaimer.mp4

01:48

2. Install all programmes as containers

1. Intro.mp4

00:42

2. Why Docker.mp4

03:01

3. Get a vServer.mp4

05:22

4. Docker Installation.mp4

03:55

5. Docker CLI using the example of Focalboard.mp4

05:09

6. Portainer.mp4

05:37

7. Mosquitto Broker.mp4

06:00

8. Run Mosquitto in the Container.mp4

02:59

9. ohmyz for more convenient terminal handling.mp4

01:39

10. Mosquitto Broker with PW authentication.mp4

06:18

11. Node-RED.mp4

04:40

12. Node-RED with authentication.mp4

05:04

13. InfluxDB.mp4

04:18

14. Grafana.mp4

02:44

15. MariaDB and create a DB via CLI.mp4

04:04

16. Adminer.mp4

03:18

17. Update Docker Container.mp4

02:23

18. Traefik as reverse proxy for SSL access.mp4

11:38

19. SSL for Node-RED with Traefik Labels.mp4

05:49

20. Cronjobs for backup routines.mp4

03:00

21. Backup of Node-RED Flows via Cronjob.mp4

06:13

3. First overview of Node-RED

1. Intro.mp4

00:27

2. Separation of tasks of software and hardware.mp4

02:22

3. First overview of flow and nodes.mp4

06:06

4. Overwrite Payload with Function Node.mp4

09:20

5. Process JSON.mp4

04:25

6. Context, flow and global variables.mp4

07:59

7. So many nodes.mp4

03:11

4. MQTT Basics

1. Intro.mp4

00:48

2. MQTT terminology.mp4

03:20

3. MQTT network using the example of Subscriber and Publisher.mp4

06:32

4. MQTT Topic Levels and Wildcard with CLI examples.mp4

04:16

5. Quality of Service QoS.mp4

04:30

6. Retained Messages.mp4

02:25

7. Birth Death und Last Will.mp4

03:32

8. MQTT Best Practices.mp4

03:35

9. MQTT Explorer.mp4

02:35

5. Setup Node-RED

1.1 6.1 Intro.mp4

00:53

1. Intro.mp4

00:53

2. Broker settings and MQTT in & MQTT out.mp4

03:10

3. Save data from Node-RED in InfluxDB.mp4

07:06

4. First visualization of InfluxDB data in Grafana.mp4

04:11

5. INSERT and SELECT with MariaDB.mp4

10:30

6. Basic sketch with ESP32 for WIFI and MQTT

1. Intro.mp4

01:05

2. Recommendation VS Code with PlatformIO.mp4

04:24

3. LED Blink without delay.mp4

04:55

4. WiFi and MQTT Connection.mp4

08:13

5. Switch LED with MQTT.mp4

08:53

6. Send and receive JSON.mp4

09:16

7. Transfer source code from VS Code for Arduino IDE.mp4

03:03

7. Mini weather station

1. Intro.mp4

00:52

2. Wiring.mp4

02:24

3. Basic Sketch.mp4

02:13

4. BMP180 Temperature and barometric pressure.mp4

05:40

5. BH1750 Light sensor.mp4

03:02

6. Transmit sensor data to Node-RED.mp4

03:49

7. Save data in InfluxDB.mp4

04:20

8. Visualize data in Grafana.mp4

05:37

9. Controlling a fan with MQTT.mp4

05:22

10. Control fan with hysteresis.mp4

06:46

11. Temperature values and hysteresis.mp4

02:48

8. Visualize weather data on the e-ink display

1. Intro.mp4

01:15

2. Wiring.mp4

02:17

3. PlatformIO and XIAO ESP32.mp4

02:37

4. E-Ink Hello World.mp4

05:23

5. Align text and adjust font.mp4

03:43

6. Convert and embed graphics.mp4

04:44

7. Display text and graphic together.mp4

03:51

8. Weather data REST API.mp4

03:00

9. Use REST APIs in Node-RED.mp4

03:06

10. JSON editing.mp4

03:42

11. Formatting date and other variables.mp4

07:02

12. ESP32 requests new data.mp4

08:56

13. Deepsleep.mp4

05:40

14. Calculate power consumption.mp4

03:35

15. 3D printed housing.mp4

00:50

9. Surveillance camera with ESP32-Cam incl. Machine-Learning Node

1. Intro.mp4

01:18

2. Wiring.mp4

03:02

3. CameraWebServer Example.mp4

04:57

4. Send Picture via MQTT.mp4

07:33

5. Display photos in Node-RED.mp4

01:45

6. Deepsleep and motion sensor as surveillance camera.mp4

03:24

7. Telegram Token and Node-RED implementation.mp4

04:00

8. Save photo on server.mp4

02:03

9. Send photo via Telegram when motion detector is triggered.mp4

04:33

10. Time recording witht RFID und TimeTagger

1. Intro.mp4

01:05

2. Wiring.mp4

01:27

3. Read RFID ID.mp4

09:01

4. Connection to Node-RED.mp4

03:37

5. LED checkin checkout.mp4

03:25

6. TimeTagger as Container with docker-compose.mp4

05:45

7. TimeTagger Web API with HTTP Requests.mp4

06:15

8. PUT Record via WEB API.mp4

07:50

9. Using a Flatfile for saving checkin on server.mp4

04:12

10. Send Record to WEB API.mp4

09:18

11. Time-controlled plant watering with water level monitoring

1. Intro.mp4

01:09

2. Wiring.mp4

02:29

3. Flow Chart.mp4

04:03

4. Basic structure with enums.mp4

04:58

5. MQTT communication with Node-RED and ESP32.mp4

05:46

6. Globals.h for global variables.mp4

04:05

7. Switch on relay via MQTT for 3 seconds.mp4

07:53

8. Evaluate and transmit fill level with ultrasound.mp4

09:01

9. Create MariaDB table and use database node.mp4

02:48

10. Store water level information in MariaDB.mp4

04:02

11. Time interval for watering.mp4

08:53

12. Monitor water tank level.mp4

02:54

13. DeepSleep to save power.mp4

07:21

14. Visualization of data on Dashboard.mp4

09:03

12. Smart plugs and relays

1. Intro.mp4

01:27

2. Flashing Tasmota.mp4

04:15

3. Configure Tasmota.mp4

04:23

4. Switching Tasmota sockets with Node-Red.mp4

04:56

5. Read sensor data from Smart Plug.mp4

01:48

6. Save energy data in InfluxDB and visualize in Grafana.mp4

06:20

7. Shelly 1PM Setup.mp4

04:21

8. Shelly and Node-RED via RPC.mp4

10:04

9. Toggle Shelly with Node-RED.mp4

04:15

10. Relay temperature monitoring with telegram notification.mp4

11:31

13. Mini IoT Button with 100 days battery life

1. Intro.mp4

00:52

2. ESP8266 vs ESP32 XIAO.mp4

02:35

3. IoTButton Sketch and Toggle Node.mp4

06:41

4. 3D print and Calculation Battery Consumption.mp4

02:44

14. Internet Radio

1. Intro.mp4

00:36

2. Wiring.mp4

01:28

3. Include Libraries.mp4

01:25

4. Internet radio stations.mp4

03:32

5. Control Radio via MQTT.mp4

06:22

6. Setting the alarm time and Dashboard.mp4

01:34

15. MQTT with TLS

1. Intro.mp4

01:25

2. DynDNS and Certbot.mp4

04:57

3. Mount Cert files in Docker.mp4

04:15

4. mosquitto.conf and NodeRED Broker Settings.mp4

05:55

5. ESP32 and MQTT with TLS.mp4

03:10

6. Analyze MQTT Traffic with Wireshark.mp4

02:48

16. Conclusion

1. Summary of all learnings.mp4

03:40

2. Thank you and see you soon.mp4

00:23

Description

Smart Home and IoT Projects with step by step guide and all codes for download

What You'll Learn?

Node-RED Installation and Setup
Mosquitto MQTT Broker, Grafana and InfluxDB as well as MariaDB with Adminer
All microservices are also shown with the Docker variant.
Implementation of ESP32 projects with PlatformIO
Combination of ESP32, MQTT and Node-RED
Creating and programming your own function nodes with JavaScript
State of the Art ESP32 Programming with C++
After this course you will be able to implement your own IoT projects

Who is this for?

Anyone with an interest in IoT development

All Makers who want to realise their projects themselves

Developers who are interested in being able to control their own microcontrollers via a dashboard

Anyone who wants to understand, apply and write their own practical projects with microcontrollers.

More details

Description
For Makers and DIY enthusiasts who want to take their Internet of Things (IoT) projects into their own hands.

Welcome to my online course on Node-RED, MQTT and ESP32! Designed specifically for Makers and DIY enthusiasts, this course gives you the opportunity to take your projects to the next level by combining Node-RED, MQTT and ESP32.

Node-RED is a visual programming environment that allows projects to be created easily and intuitively without the need for in-depth programming knowledge. MQTT is a lightweight protocol for data transmission in IoT networks, with which end devices can be connected quickly and easily. The great advantage of MQTT is that transmission is possible in near real time. The ESP32 is a powerful microcontroller that is ideal for IoT projects thanks to its integrated WiFi and Bluetooth support.

In this course you will learn how to use Node-RED to control and regulate your ESP32-based projects and exchange data via MQTT. You will learn how to build your own IoT network, collect data from sensors and visualise it in real time with actual programs like InfluxDB or Grafana. You will also learn how to monitor and control your projects via the internet and retrieve data from anywhere in the world.

This course is ideal for Makers and DIY enthusiasts who want to take control of their projects and deepen their knowledge of the Internet of Things with MQTT and Node-RED. The combination of Node-RED, MQTT and ESP32 gives you the flexibility and power you need to turn your projects into reality.

What you learn:

Node-RED Installation and Setup
Mosquitto MQTT Broker, Grafana and InfluxDB as well as MariaDB with Adminer
All microservices are also shown with the Docker variant.
Implementation of ESP32 projects with PlatformIO
Combination of ESP32, MQTT and Node-RED
Creating and programming your own function nodes with JavaScript
State of the Art ESP32 Programming with C++
After this course you will be able to implement your own IoT projects

So let's get started and learn how you can create your own IoT projects!
Markus Edenhauser, MAÂ MSc

Who this course is for:
Anyone with an interest in IoT development
All Makers who want to realise their projects themselves
Developers who are interested in being able to control their own microcontrollers via a dashboard
Anyone who wants to understand, apply and write their own practical projects with microcontrollers.

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Markus Edenhauser, MA MSc, Jahrgang 1985, lebt mit seiner Partnerin in Tirol/Österreich. Seine berufliche Laufbahn startete er als Werkmeister für Elektrotechnik. Danach folgte ein Studium für Wirtschaftsinformatik und ein psychosoziales Studium zum systemischen Coach und Personalentwickler. In diesen Sektoren bringt er über 15 Jahre branchenübergreifende Erfahrung mit.Als Führungskraft und Coach kann er mehr als 5.000 Trainings- und Beratungsstunden verzeichnen. Er veröffentlicht zu den Themen systemisches Coaching und Arduino-Entwicklung laufend Fachbücher wie auch Online-Kurse. Gerade aufgrund der interdisziplinären Expertise ist Markus Edenhauser als Consultant, Coach oder als Dozent vor Ort wie auch in Online-Kursen der richtige Ansprechpartner.Ich freue mich darauf, dich in meinen Kursen begrüßen zu dürfen.Markus Edenhauser

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