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diy-solutions

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Discover how every solution in some way related to the IoT needs a platform and how to create that platform. This book is about being agile and reducing time to market without breaking the bank. It is about designing something that you can scale incrementally without having to do a lot of rework and potentially disrupting your current state of the work. So the key questions are: what does it take, how long does it take, and how much does it take to build your own IoT platform? Build Your Own IoT Platform answers these questions and provides you with step-by-step guidance on how to build your own IoT platform. The author bursts the bubble of IoT platforms and highlights what the core of an IoT platform looks like. There are must-haves and there are nice-to-haves; this book will distinguish the two and focus on how to build the must-haves. Building your own IoT platform is not only the biggest cost saver, but also can be a satisfying learning experience, giving you control over your project.

  • Updated Apr 24, 2019
  • JavaScript

Solution installs a motion triggered Security Cam on Raspberry Pi Zero W. Designed to be nearly plug and play, so install script includes setting wlan0 (wireless) I.P. automagically and updating rc.local to apply and manage changes upon reboot. Optional IOT logic for detecting owner's presence and turning off camera, sending video attached emails when motion detection is triggered, as well as option to add a removable USB Storage device .

  • Updated Jun 23, 2021
  • Shell

This course is designed to provide a basic grounding of the Internet of Things (IoT) and Data Science with a practical knowledge of the Raspberry Pi as the main device to build a consumer IoT data pipeline. The aim is to equip students with hands-on experience to solve basic IoT problems. Providing them with templates and a data-toolkit (code), which can be implemented through popular single board microcontrollers (Arduino and/or Raspberry Pi).

  • Updated Apr 18, 2021
  • Python

The unit receives a textmessage to the GSM-module, if the message is correct, it sends it to a RPi using NRF24L01 2,4GHZ modules. The pythonscript translates message and takes picture with picamera and sends it to a Gmailadress!

  • Updated Mar 7, 2019
  • C++

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