 Get it out of the vault out of the vault. Okay. Well, we're showing some top secret Don't forget to go to it fruit dot IT slash discord and hang out there Let's talk about some squid pro quo We're making some goggles these are the sister night goggles from Watchmen you can see some of the progress and more It is a 3d printed project so you can Get some previews of what we're thinking and what we're doing evolution of these Is that they've gone even farther still yeah, that's great. They're getting very close next up we posted a Stem of Sun coming soon. This is a ported pressure sensor from ST the LPS 33 this is kind of the sister to the 35 but Like we said, we're coming out with all of our sensors if they have I squared C. We're putting Stem of QT connectors on them so you can easily connect and chain them no solder required Also some coming soon the MCP 2221 is an interesting low-cost USB to like I squared C ADC DAC and GPIO chip It's not as fast as the FT 232H, but it's really cheap dimension. It's cheap so we thought maybe like USB-C on one end and then like a stomach you take after on the other and then you could use Blinka on a computer to add Quick I squared C connectivity Also, revive the LSM 9 DS 1 9-doff sensor Likewise make it a little bit smaller compact and add QT connectors on each end Also kind of updating also revising the list 3 This is a family. This is the list 3 3 1 and h3 list 3 3 1 and maybe we can also use this for the list 3D H so a couple different accelerometers that might use the breakout The B&O 080 we actually designed a break up for this like a two years ago and I can never really sit so I went through and we spun this This sensor has like every possible interface So it's kind of big for a breakout because we had to add level shifting for like SPI and I squared C and you are But I think you got everything going here. It's a nice update to the B&O 055 and Then I noticed a lot of people using the BH 1750 light sensor, so I thought I could spend together a quick light sensor breakout Yeah, we'll see