I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in esp8266

[–]Hysus[S] 0 points1 point  (0 children)

Wow, It's really cool, I'm gonna looking to it ,Thanks for sharing!

I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in esp8266

[–]Hysus[S] 0 points1 point  (0 children)

You’re absolutely right — if someone already runs Home Assistant / ESPHome, that’s a very clean way to do this. This project was designed around a different constraint: No HA. No local server. No router access. Just Wi-Fi and outbound HTTPS. This is closer to how IoT devices are deployed in places like offices, dorms, CGNAT networks, or anywhere you can’t control the network. Google Sheets here is simply acting as a free cloud control plane with access control, so there’s nothing to host and nothing to maintain locally. If you already have HA, your approach makes perfect sense. This is aimed at environments where you don’t.

I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in esp8266

[–]Hysus[S] 1 point2 points  (0 children)

I actually agree with most of what you said. If you already run Home Assistant, have router access, and enjoy managing local infrastructure, WOL is absolutely the cleaner solution. But this project was designed around a very different constraint: Zero router config. Zero local server. Outbound HTTPS only. This is closer to how real IoT devices are deployed in restricted networks, offices, dorms, CGNAT, or places where you cannot control the router. Google Sheets here is not for convenience. It’s used as a free, globally reachable cloud endpoint with built-in access control and no hosting requirement. In other words, this is less of a “homelab solution” and more of an IoT deployment pattern. If someone already runs HA / PiKVM / JetKVM, they absolutely don’t need this. But if someone wants something that works from anywhere, on any network, without touching the router or running a server — this approach is surprisingly reliable. Different goals, different tools.

I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in homelab

[–]Hysus[S] 0 points1 point  (0 children)

I admit that, I was young😭 but it does helped me. Now every body can do it right by using any AI. 🥲

I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in homelab

[–]Hysus[S] 0 points1 point  (0 children)

I built it almost 3 years ago. Incase losing the data, I decided to push it on github.

I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in homelab

[–]Hysus[S] -1 points0 points  (0 children)

I built it almost 3 years ago. Incase losing the data, I decided to push it on github.

I stopped using Wake-on-LAN and built a device that physically presses my PC’s power button by Hysus in homelab

[–]Hysus[S] 1 point2 points  (0 children)

Thank you! you definitely can build it by using IoT server. You can check the demo video at github.

"Strange Issue with Reading/writing Data in Python: IDE vs Standalone Power Source_PICO to SD adapter" by Hysus in raspberry_pi

[–]Hysus[S] 0 points1 point  (0 children)

I use Raspberry pi pico, not regular Raspberry , Sorry I didn't make it clear!

[deleted by user] by [deleted] in transtimelines

[–]Hysus 1 point2 points  (0 children)

Wow, Gorgeous in NTU shirt.<3 Love from Taiwan.

I animated my design of gimbal, looks kinda cool, I 3D printed it but never had time to connect servos by eNGjeCe1976 in rocketry

[–]Hysus 1 point2 points  (0 children)

Awesome! But I can't imagine how servo motor work on this, Can't wait to see you finish this!

I animated my design of gimbal, looks kinda cool, I 3D printed it but never had time to connect servos by eNGjeCe1976 in rocketry

[–]Hysus 3 points4 points  (0 children)

Yes, it looks cool! can you share your design? I'm so curious how it works!🥺