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In this conversation, Jonathan discusses his experience with building automation control systems for his swimming pool using microcontrollers and IoT devices. He talks about controlling the pool temperature, pool pumps, and a saltwater generator. He also explores the challenges and considerations of using different microcontrollers, such as the ESP8266 and the Meadow board, which runs .NET. Jonathan shares his passion for building IoT projects and the potential for using favorite programming languages in these environments. The conversation covers various topics related to IoT platforms, including the evolution of hardware into software-as-a-service (SaaS) platforms, the expansion of Meadow's ecosystem, the integration of Raspberry Pi with Meadow, the challenges of running web servers on microcontrollers, and personal projects involving IoT devices. The conversation also touches on the use of Meadow in pool automation and coffee brewing, as well as the ingenuity of building custom solutions using sensors and Raspberry Pi.
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4.9
99 ratings
In this conversation, Jonathan discusses his experience with building automation control systems for his swimming pool using microcontrollers and IoT devices. He talks about controlling the pool temperature, pool pumps, and a saltwater generator. He also explores the challenges and considerations of using different microcontrollers, such as the ESP8266 and the Meadow board, which runs .NET. Jonathan shares his passion for building IoT projects and the potential for using favorite programming languages in these environments. The conversation covers various topics related to IoT platforms, including the evolution of hardware into software-as-a-service (SaaS) platforms, the expansion of Meadow's ecosystem, the integration of Raspberry Pi with Meadow, the challenges of running web servers on microcontrollers, and personal projects involving IoT devices. The conversation also touches on the use of Meadow in pool automation and coffee brewing, as well as the ingenuity of building custom solutions using sensors and Raspberry Pi.
Links: