ESP8266 Arduino WiFi IoT Device to Cloud Setup
This video shows how to use the SMQ protocol and the SMQ LED example on an ESP8266. However, we recommend using an Xedge32-powered ESP32 for new projects.
How to install Xedge32: https://realtimelogic.com/downloads/b...
How to use SMQ with Xedge32: https://realtimelogic.com/articles/Yo...
This video, using an ESP8266, is for the following article:
https://dzone.com/articles/setting-up...
The SMQ LED Demo shows how to design a cloud based IoT solution for controlling LEDs (or relays) in devices connected to an SMQ broker.
The SMQ Architecture is an Internet of Things (IoT) publish subscribe end-to-end solution that is optimized for embedded systems to provide instantaneous Device Edge Node connectivity, 1 to 1 Communications, and Ease of Transcending Firewalls. The solution is ideal for resource constrained devices that require real-time dynamic control, analytic information, and firmware updates in both LAN and WAN environments.
Download Arduino sketch: https://realtimelogic.com/downloads/S...
We recommend that you setup your own SMQ broker. You can initially use the ready to use SMQ LED example that is integrated in the Mako Server tutorials and run the server (and broker) on your own computer: https://makoserver.net/documentation/...
Information on setting up an online $8 cloud server/broker: https://makoserver.net/blog/2016/04/S...
The tutorial for the LED example used in this video: https://makoserver.net/blog/2014/12/B...
FreeRTOS/lwIP ESP8266 IDE:
We also provide a more advanced IoT developer environment in addition to the Arduino version. The SharkSSL FreeRTOS/lwIP ESP8266 IDE provides an easy to use development environment for compiling SharkSSL IoT examples and for uploading these examples to an ESP8266. The IDE provides a complete development environment with no other tools required!
See the following video for details: • SharkSSL FreeRTOS/lwIP ESP8266 IDE