 So when you say hardware are you because that most of time what happens is that people take it from the Chinese vendors and brand them Or do you really design your hardware? How does it work? So it's a so it's a split so and part of that process is sort of initially we went to existing ODMs for our laptop and so in that case we can source certain component parts, right? So these are called what's called public molds So like our case is from a public mold and that allows us to save an awful lot of of money up front on tooling costs Right because these are very expensive. Yeah, and so we can so we did a combination of using utilizing existing public molds and then modifying them to our needs such as anodizing it black adding some after tooling adding some Cutouts for hardware kill switches and then we also You know reprinted the key caps. So that was a design change So we have a full list of what we source versus what we modify versus what we manufacture entirely That's for the laptops So as an example, the motherboard is a Intel reference design that we then modify to our needs adding hardware kill switches Rerouting certain components adding a TPM You know in some cases for some of the versions we put out where we have additional RAM slots So we've started to gain more leverage into that space That's all the way up through version 3 our version 4 of our laptop that we're going to come out with probably late this year Mm-hmm will be from schematics on up with our own industrial design and mechanical design Part of that is because we've just grown and been able to gain leverage so we can influence more that change On the phone side that is entirely us meaning the other way from talk about from schematic to all the EE all the ID industrial design all the MD the mechanical design And all fabrication PCBA, right everything so we have worked with individual groups within Mostly up just outside of Shenzhen to do that fabrication And so we've gone direct to each of those and and we're managing that entire process So that's that's on the phone side, which then also we get to then replicate for laptops To come back to say you know we have grown large enough where we don't need to leverage shell, right, you know case from a public mold where we can do our own because we have the Cash to do so so that type of growth allows us to then leverage more and more up into that supply chain Right, right, right. You mentioned kill switch. What what is that? So we have in all of our devices a physical switch Which actually severs the circuit of webcam and microphone together? Mm-hmm, and this is gonna be in the this is already in our laptops And this will be in the phone as well And then we also have a hardware kill switch that severs Wi-Fi Bluetooth on laptops We'll also have one on the phone and then we're also gonna have a third switch on the phone that severs all circuits I'm sorry all sensors. Mm-hmm So it severs the circuit of all the sensors that you can say I want all my sensors off which would be like a GPS accelerometer, right Even light sensors To and then you can end up toggling it back on if you want and then you can individually select the ones you'd like to have Oh, well, and so then this removes an awful lot of these what were Previously, let's say theoretical threats, but they move into an area that There's more and more proof that some of these, you know, even an accelerometer can show certain Things that are you know privacy You know, let's say privacy issues that you could encounter and so these theoretical threats are starting to move we're now they're Actually being studied and tested And so what we want to do is be ahead of that curve and say that hey You know what you can toggle them off if you want to if you're not using them or toggle them on through a switch And then individually select them so then we end up with a Device that is truly in your control and then you get to enable or disable the things that you'd like to do