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Correct total price

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Joshua Boniface 2024-04-23 17:33:22 -04:00
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@ -130,7 +130,7 @@ Finally, here is a video demonstration of the voice control in action. This show
All in all, I'm very happy with how the SuperSensor turned out. I'm currently using 5 of them in my house (one in my garage, one in my bedroom, and three in my basement), with another 5 either partially- or fully-built and ready to go when I find locations for them (my outside gazebo seating area being an obvious next choice when the weather improves). All in all, I'm very happy with how the SuperSensor turned out. I'm currently using 5 of them in my house (one in my garage, one in my bedroom, and three in my basement), with another 5 either partially- or fully-built and ready to go when I find locations for them (my outside gazebo seating area being an obvious next choice when the weather improves).
As mentioned above, I've [open sourced both the PCB design and the ESPHome configuration](https://github.com/joshuaboniface/supersensor) under the GNU GPLv3, as well as provided the full parts list with links, so if this design interests you, you can build one (or several, minimum PCB orders and all) yourself for under $50.00 CAD. As mentioned above, I've [open sourced both the PCB design and the ESPHome configuration](https://github.com/joshuaboniface/supersensor) under the GNU GPLv3, as well as provided the full parts list with links, so if this design interests you, you can build one (or several, minimum PCB orders and all) yourself for under $40.00 CAD.
I've also ensured that the ESPHome configuration is properly packaged: you can flash a SuperSensor via USB (`esphome run supersensor.yaml` from the repository), then it behaves like most ESPHome-based products: you connect to the broadcasting device WiFi AP to do the initial WiFi configuration, and from there can adopt it into the ESPHome module of Home Assistant to manage, update, and reconfigure it as needed. This will automatically pull ESPHome updates and new configuration changes I make, should I find bugs or add new features. I've also ensured that the ESPHome configuration is properly packaged: you can flash a SuperSensor via USB (`esphome run supersensor.yaml` from the repository), then it behaves like most ESPHome-based products: you connect to the broadcasting device WiFi AP to do the initial WiFi configuration, and from there can adopt it into the ESPHome module of Home Assistant to manage, update, and reconfigure it as needed. This will automatically pull ESPHome updates and new configuration changes I make, should I find bugs or add new features.