CloudACM

In this post, we’ll explore how to incorporate the ESP32-Cam module into a spectroscopic setup. There are numerous online resources that demonstrate the construction of a basic homemade spectroscope designed for visual observation. The following video utilizes readily available materials. https://youtu.be/fW4aMOSVv_8 The primary focus of this post centers on assembling the hardware for our spectroscope. We’ll leverage code from previous projects for the ESP32-Cam module. In a prior article, we employed the spectroscope to analyze the intensity of an RGB…

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This post will provide some experiences with the Kauf RGBWW Smart Bulb and firmware developed with the Arduino IDE.  Details about these bulbs can be found on GitHub, https://github.com/KaufHA/kauf-rgbww-bulbs or from the manufacturer’s website, https://kaufha.com/ I referenced this post about the bulb, https://digiblur.com/2021/09/15/preflashed-esphome-tasmota-smart-bulbs-with-an-added-bonus-kauf-blf10/.  It mentions that a new firmware can be uploaded through the device web interface.  My attempts to upload firmware compiled in the Arduino IDE were not successful. Initially I thought it was an incorrect OTA flash size…

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This post will cover how to build and operate a honeypot run on the ESP8266 platform, specifically the ESP-01 module.  The enclosure for the project will be a prop that resembles a brain in a jar that is lit by a LED strip to represent operational conditions.  The ESP-01 module will connect to a defined network and run common network services.  The module will subscribe and publish MQTT messages to a broker for various conditions, states, and controls.  The module…

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