 secret. Okay. Two things. Yeah. So what was this that you're working on? It's kind of neat. So we, you know, we have CO2 sensors, which are wonderful. But we saw from Sincerion they're coming in with a new sensor upgrade to the SCD 30. It's the SCD 41. It's 11 more. This is a very small CO2 temperature and humidity sensor. I think it's a true CO2 sensor. And it's just very tiny. So we thought we would make a little semi-QT breakout for it. It's I squared C. And even better, they wrote a driver for Arduino and Python. So it'll be like super ready to go. Very fast. Okay. And then you sent this off? I sent off a panel. Look, because I no longer doing RP2040 stuff that I don't talk about, I can show off my panels. I couldn't show like the panels before, because I was always like an RP2040 board that I was like, I can't show what this is because it's not out. But now, now we're, or you know, other secrets. But this one is there's no secrets here. So you take this on me. So you can check these out, see what we're working on, maybe guess what some of these products are. Maybe you can make some good guesses. All right. And we have a video. This is a little bit of a recap from what was on the show and tell. So this is a, this will be maybe the first time some people have ever seen it. Other top secrets. Do you want to talk about what this is? Oh, yeah. This is a pocket chip. So it's a, if you people remember the pocket chip, it was a little nice handheld. There was a module and then they made this handheld that held the module and they actually closed shop a couple of years ago. But I really missed it. And I thought like, you know, it would be great to have one that was a Raspberry Pi. And so when the compute modules came out, I was like, dude, we have to make a pocket chip. And I saw that Timon was doing stuff with a compute module. So I was like, well, you already got compute modules, stuff going on. You know how to use these things. We want to contract you to design a pocket chip, a little handheld computer with a TFT screen. And this is not the final physical version. Also, there's no TFT screens on planet Earth right now, due to the part shortage. So this is in development. And I have some ideas. But what I think is really neat is he used this I squared C, the keyboard converter to save us a USB port. So the kernel reads the I squared C keyboard, it doesn't have a USB plug, which means a USB plug is available at the top for your hack and pleasure. Thank you. Thank you.