 Okay. Oh yeah, shoot. Hold on. What is it? I hear this. Okay, so top secret this week, Lady Aida. What do you have? Okay. Well, okay. So I've got, I still have the Pi 400 here. So I made this, hold on. Let me get the Pi 400. And then this is not plugged in. That's what it's all about. Hold on. It's super top secret. Hold on. So top secret. I forgot that I have to plug something in. It doesn't work with that power, it turns out. Okay. So I'm thinking of doing some like a home automation board. I wanted to make a board that would work with, I don't tell me this isn't working either. Yeah. It wasn't on. Okay. You can do it. Back it up so we can see that it's not on. Okay. So after being able to turn stuff on, it's got this little debugging cable here. So this is a, I wanted to make a board that's for like home automation that can work with Home Assistant or Raspberry Pi or on its own to do like home automation projects. And we've done like IOT projects, but I want something that specifically was for interfacing with Home Assistant or like Hue lights or like people who want to automate stuff around their house. Cause I think a lot of people have been indoors a lot for the last couple of months and maybe they have projects that they were like, you know, I want to be notified when my dishwasher is done or when my cat comes in, you know, through the cat door or something. So I made this little board and it's house shaped and we're going to design like a fun silk screen. The silk screen is like my stick figure quality. It's got our TFT screen here. It's got some buttons. I'm playing around with capacitive touch for the first time. So this has a little capacitive touch slider and still working on the design, but I think I know the slider is okay. I mean, you don't get huge resolution, but it's enough that you could like turn something, you know, up to eight levels. And then there's two little cap touch buttons here. And then there's a little cap touch button here. And there's a LED and there's like, you can see there's five dot stars. I'm just, I'm just having them flicker random colors. There's some sensors. I put a doorbell here. This is the reset button. It's a doorbell. So I guess if you want to like ding dong, like wake up board, you can hit that. And then there's a little buzzer and I'm off switch and some sensors and on the back, I got my ESP32S2 and a bunch of socket connectors for sensors and there's actually not a lot going on the back here because it's capacitive touch switches. You don't really want to have anything behind them. That's why a lot of the PCB is bare and it has this hatched screen. So, you know, what's cool is that we have ESP32S2. It's native Wi-Fi support for circuit Python. And I feel like with the mag tag, we really kind of nailed down getting Wi-Fi support for the S2. So I want to do some more products. I mean, I'm doing the feather boards. Those are coming out. But you know, I've always wanted to have a home automation design. And here's a cool trick that Philby came up with after I designed it. He said, you know, it's basically the same size as a Raspberry Pi. So it actually is, even though it's like pointed up here, the envelope of it is the same size as a Raspberry Pi and the mounting holes are the same too. So you can even mount this on top of a Raspberry Pi to have this be your little accessory board. That's cool. To work directly with it. Like you could act against a shield. It wouldn't plug in through the shield connector, it would plug in through USB, but it would still, like it would be able to plug in through the connectors. So it's not that I get to ask. Okay. That's top secret. Okay. I have a bunch of questions lined up. So we're going to speed around some. And we'll spend some time with those others.