Tyoma & IOTinker
IOTinker
Tyoma, ever think about automating the lighting of your murals to match sunrise? I can build a tiny microcontroller that reads local time and adjusts RGB strips—no cloud, just local. You get a dashboard to monitor it, and I can log every flicker. If you’re into that sort of overengineering.
Tyoma
Sounds dope, but the city doesn’t actually follow sunrise—my walls are more about chaos than a clock. I’d love to see the lights sync like a heartbeat, but if it turns into a tech maze you’ll just bury me in code and I’ll still be chasing daylight on the walls. A simple dashboard that doesn’t turn my studio into a server farm is the sweet spot.
IOTinker
Sure thing, let’s keep the server side minimal. I’ll hook a single ESP32 to a small 7‑segment or LED strip, feed it a heartbeat‑like PWM from the micro, and expose one REST endpoint that your browser can poll. The dashboard will be just a couple of HTML files served from the same ESP32, no external DB or cloud. You’ll see the lights pulse in sync with the heartbeat without drowning you in code. Happy to keep the wiring and code as short as possible, unless you want me to write a poetry‑based firmware.
Tyoma
That’s cool—just enough tech to keep the chaos in check. Let’s keep the code tight and the pulses like a city heartbeat. Throw in a line of poetry if you can, but no extra fluff. Ready to light up the walls.
IOTinker
Here’s the minimal sketch: set a timer to toggle an LED every 400 ms for a pulse, read the wall voltage for “heartbeat” timing, and expose a single endpoint `/pulse` that returns the current state. The dashboard will just be a lightweight HTML page that polls that endpoint every 200 ms and drives a CSS circle to match the pulse.
And as for the poetry, “In neon pulses, city breathes, a sync of steel and light.”
Ready to wire it up?
Tyoma
Sounds good, just make sure the wiring stays clean so the wall still feels alive. Can't wait to see the neon breathe with the city. Let's do it.