WEBVTT

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The Mineratopia guest segment is sponsored by Cake Wallet.

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Store, send, receive, and exchange your Minera and Bitcoin safely on iOS and Android 2.

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Cake Wallet is open source and you always control your own keys.

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Alright, alright.

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Hello, what's going on? Brindle Abdullah, what's going on guys?

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Is my microphone working okay?

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Yeah, you're pretty good.

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Okay, good.

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Best I can do it for an hour, so...

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No, we'll take it. We'll take it. It's not bad.

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Alright, alright.

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Brindle, how you doing?

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How bad? Yeah. Can you hear me?

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Yeah, yeah, it's good. You guys are both good.

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Alright.

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Um, so Minero Nodo guys, what do we got? Everybody's on the edge of their seats.

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They've been on their seats for months now.

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You can tell anytime in a day now. In a day, in a day.

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Yeah, we're doing our best.

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It's currently going through basically the final PC.

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It's been a lot, guys.

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I'm just going to say what we're out here in the public, you know, behind the scenes.

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I could be quite cruel at times, so I apologize to them.

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No, I fully understand it, man.

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I know they're working their freaking asses off.

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I have nothing that I can do other than tell them, fix this, fix this.

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But yeah, they're doing a fantastic job.

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And like I said, on the outset, while there have been delays due to fabrication reasons,

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we haven't been sitting on their hands or they haven't been sitting on their hands since

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they've been adding other features, fixing the bugs that we were noticing.

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So there's been improvements and developments in the software.

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So I don't know, Abdullah, if you want to quickly, I guess,

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first just give like an overall status of what's going on with the project

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when we could expect delivery, things like that.

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And then we could get Brindle involved and he could talk about the actual software

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and updates of where we're at, that.

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Sure thing.

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So the last update was that...

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Brindle, if you could bring up the Noto, too.

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If you can show it on your screen.

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I think you have a video set up for it if you want to do that.

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Yeah, sure. I can do that.

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Oh, Jesus, the light. I'm sorry. Hold on.

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No worries.

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One second. Let me fix the camera angles to the light.

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Abdullah will talk as you do that. Go ahead.

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So we've given the factory, the guild, go ahead to manufacture.

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And part of the delay is, well, they've got a major holiday coming up

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October 1st to the 7th is National China Day or China Week.

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Essentially, that's where everything is shut down.

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That's part of the delay.

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In the meantime, yep, this is the production sample with the new display.

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There's been a lot of changes.

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So perhaps I could skip over like the...

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Well, let's give them the overall updates.

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All right, we have the issue with the holiday and whatnot,

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but what are we...

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What can we say in terms of the risk point?

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Yeah, October end might be pushed a week back,

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but I made it clear and definitely the process has started.

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So I know that despite any unforeseen challenges,

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we'll still be able to get these at the end of October

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at the very least.

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Oh boy, end of our...

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Are we guaranteeing that they will be at Moneratopia?

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Can we guarantee that?

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I mean, obviously, I have...

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Yeah, that's the goal.

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That's what I've been working for pretty much 24-7.

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And so we've kind of been trudging along.

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There's a lot of things we've added.

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Most notably the new enclosure and display stuff,

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but I want to get into like the new stuff that we've added

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since we last spoke.

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So there's the Monerica,

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a directory for the circular economy.

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And so that has introduced RSS feeds.

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And so that'll show the latest additions

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to the Monerocircular economy.

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And of course, with XMR Bazaar,

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hopefully we'll be able to later add the new additions

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in the same way.

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And...

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Yeah, I'm pretty sure we have RSS feeds set up for that.

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Yeah, Monerica is new.

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That came out after we implemented the new feeds.

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And so along with all the other feeds that we have,

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Monerica is a new one.

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And then we have new keyboards.

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This is based off of customer feedback.

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So along with the standard QWERTY keyboard,

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we now have AZERD and Quartz,

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which is used in Germany, I believe.

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And also dedicated a numpad row on that keyboard.

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Sync percentage, yeah.

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And there's a new Wi-Fi selection menu.

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Maybe if you go to device and Wi-Fi.

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There we go.

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Yeah, I'm kind of cautious on showing it

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because my home network is on it too,

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and I'd rather not show that.

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But it does show networks.

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Yeah, we'll get to that.

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We'll streamline the menu.

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Also mining, we've switched that from P2Pool

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to solo mining.

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We just thought it might give us

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overall better odds of success.

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In terms of mining.

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And the hash rate, which we've tested,

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is not much different to P2Pool mining.

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P2Pool was slightly higher.

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And with solo mining, we're getting around 700 passes per second,

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which is...

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Yeah, roughly between 600 and 700, yeah.

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Also, we've got a new address lock.

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So this will give a new pin locks basically

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to lock the device as well as

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lock the addresses on your device.

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And we'll get into this in a later feature as well.

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As well as the standard features

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that we've had, Brindle's finish testing, LWS,

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remote nodes that you can port forward

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and use it over ClearNet,

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which was part of the original use case.

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So using it over your local network

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and also port forwarding

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and then using it remotely from another network,

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still being able to access your node

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at pretty much full speed.

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Along with Tor and I2P,

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which are slower, but yes,

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they do get around a lot of problems

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that we've had with node security

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and just security in general.

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Tor doesn't require port forwarding in any way.

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And so if you're using Tor,

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which is enabled by default,

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then you don't need to go into your router

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and change any settings,

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port forward settings to access your node remotely.

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It will be slower.

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You'll need to access your node over Tor,

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but you'll know that it's at least your node

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and that the protocol,

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the transactions are still being communicated

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to the node over Tor or I2P.

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And then some issues that we had in the field.

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Things like corruption, things like this,

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a lot of random bugs that we've fixed.

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And also there's a recovery button,

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perhaps you could show that.

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It's a little close by, but there you go.

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Please focus. Come on.

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These are recessed buttons.

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One of them says boot on the left

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and one of them says RCBY,

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which is recovery.

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And what recovery will do

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is essentially factory reset your device

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in case anything breaks

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like your screen isn't turning on.

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There's some kind of corruption with blockchain,

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any file system type of gremlin

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that might have...

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You have to understand that

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we've tried to keep things as light as possible

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in overlinux.

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It really is an exceptional performance

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with the new hardware.

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But the complexity sometimes

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can cause unexpected gremlins

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and that's what we're still in the process of

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QC and finding QC.

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To make it all work together,

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it's a lot, especially with all the extra features

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and bells and whistles around the node itself.

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Right.

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Another cool new feature,

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we've had translation

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like 110 different languages.

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And so we've added this to news as well.

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Previously, news was just English.

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But now, no matter what feed it is,

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using an open source program

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called Libre Translate,

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which is running locally on the node,

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that's going to give you translations

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to pretty much all the languages

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that we support.

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Oh, that's awesome. That's amazing.

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That's a great accessibility feature

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for anyone.

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And last but not least,

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I know there's been a lot of

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talk about the Monero circular economy

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and Doug has been

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kind of tirelessly advocating

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for Monero adoption,

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pushing for versions

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to come on board,

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not only personally,

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with the show,

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but with initiatives like XMR Bizarre.

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And so growing the circular economy

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has been very important to both of us.

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And to that end,

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we're very excited to announce a new feature

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which will be available on release,

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which allows users to accept Monero

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directly via your node.

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And this is done

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via an open source project,

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Monero Pay,

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which is a simple backing

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to receive Monero.

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Brindale, there seems to be

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some focus issue perhaps.

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Oh, I'm sorry.

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I was trying to get more lines.

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Yeah, if you could pull it out a little,

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maybe back away a little bit.

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One second.

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Okay.

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And so bringing merchants

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into the Monero circular economy

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has been a mission, you know,

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that we've been working towards.

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And we hope to add in this mission

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with Monero Pay,

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which presents a simple

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non-custodial point-of-sale interface

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on Nodo,

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and that will

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use a center primary wallet

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and view key

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and it will generate

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sub-addresses

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and keep a track of

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transactions on your device.

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And the benefit of this

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is that your funds could still be

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on your primary wallet,

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like your cake or whatever you first created your wallet,

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whether it's Monero GUI

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or...

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And so the wallet is your own.

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You just enter the, just like with LWS,

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the primary address

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and the public view key

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and it'll use wallet RPC

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to generate sub-addresses

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each time we want to receive a payment.

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It's still quite a lot of blur.

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It is amazing that you guys

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developed this additional feature in the meantime,

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and I know,

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I saw a lot of passion involved with it.

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You guys were excited about this one.

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You guys, when you were working on it.

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Yeah, for sure.

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It makes total sense, right?

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You have a device with a screen on it.

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Nine out of ten times you would be using this

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in like a store

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sale setting.

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Why not put a QR code on it

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to receive payments?

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It's like perfect for it.

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Yeah, it becomes a little POS system.

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Yeah, you don't have to whip the phone out

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every time you want to accept Monero.

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The supermarket is a prime example.

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It's there on the kiosk

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and that's your dedicated Monero.

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I was telling Abdullah

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the holy grail would be if we could get to the point

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where it then can kind of like

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integrate with existing POS systems

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like using APIs from

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you know, like Square

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or these other popular systems

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where it could actually

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use the hardware.

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You know what I'm saying?

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I think it can already support that.

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Like most of those systems have

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like integration with Monero

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by themselves.

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So if they could be pointed to this as a note

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it shouldn't theory work.

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Question mark, but I'm not

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100% sure that I haven't researched it.

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What would you guys

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describe as the reasoning

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as going in this direction versus

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or you know

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adding BTC pay server to this thing

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or like, you know, what's the

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what are the differences?

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BTC pay

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is quite a beast

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in its own. Like it's not that server

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I'm not like ragging on it here, but it's quite

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large. It needs quite a bit of setup.

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It's ideally

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ran in Docker, which we don't

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use on this device so it would be quite a lot of

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overhand in itself.

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It's primarily designed for Bitcoin

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and it has Monero optionally

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slept onto it.

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Monero pay is made by people in the Monero community

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for Monero.

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It's very thin

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and it sits between a Monero wallet

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and whatever

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UI you build on top of it, so it's

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perfect for

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what we were going for.

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This allowed us to keep things really

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light and focused on Monero.

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Yeah.

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Who's been contributing to Monero? Like who's

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like the main dev behind Monero pay?

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It's two people, Siren

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and some other guy that I forgot the name of.

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They also

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made Metronero, which is their own point

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of sale built on top of Monero pay.

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I think it's MoneroPay.eu

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is how you can get to there.

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We gotta get them on the show

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or maybe participating in the conference even.

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That would be cool.

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Yeah, maybe we make

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Monero pay part of the

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hackathon thing we're doing

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with BTC pay server.

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Maybe developing on that too could be understanding

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and just throwing ideas out there.

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Very cool, man.

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Very cool guys.

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This is super exciting that you've added

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the pay terminal feature

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in the POS system.

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Tux, you got any questions

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from what you've seen so far?

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Looks pretty cool.

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It's a really nice device

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and I don't know if this was read out yet.

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Your brother tipped $1.23.

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How will you guys handle firmware updates

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or any other updates to the console, etc.?

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The device

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runs there too.

16:13.650 --> 16:16.170
It runs an auto-updater that runs once a day

16:16.170 --> 16:17.530
that will include updates

16:17.530 --> 16:19.690
for WM itself

16:20.450 --> 16:21.930
along with updates for

16:21.930 --> 16:23.350
all the sources that are used

16:23.350 --> 16:25.710
for Monero D, Monero Block Explorer

16:26.730 --> 16:27.870
and all the other ones.

16:29.250 --> 16:30.330
They're all tailor made

16:30.330 --> 16:31.550
for each source.

16:31.810 --> 16:33.730
Monero only updates when there's a new release.

16:35.130 --> 16:35.650
LWES

16:35.650 --> 16:37.410
updates when there's a new tag, etc.

16:37.410 --> 16:40.170
It runs that daily.

16:40.370 --> 16:41.390
If you keep the device running

16:41.390 --> 16:42.070
it'll update.

16:42.730 --> 16:44.930
I think it's 3 or 4 in the morning

16:45.610 --> 16:47.190
so it has to be as little

16:47.190 --> 16:49.090
of an inconvenience as possible.

16:51.750 --> 16:52.890
Any chance of firmware?

16:54.130 --> 16:55.190
That is included

16:55.190 --> 16:56.750
with the updates for Linux

16:56.750 --> 16:57.590
as far as I know.

16:58.050 --> 16:59.810
It's actually subscribed to

16:59.810 --> 17:02.490
Flopt, the firmware update manager.

17:02.670 --> 17:03.410
As far as I know, yes.

17:03.410 --> 17:04.530
That's cool.

17:04.990 --> 17:07.570
I have my Nodo

17:07.570 --> 17:08.710
sitting here.

17:09.010 --> 17:11.390
It was sitting dormant for a couple of weeks

17:11.390 --> 17:12.570
just because

17:12.570 --> 17:16.170
mine didn't have

17:16.170 --> 17:16.810
that feature yet

17:16.810 --> 17:18.310
so it needed to be manually updated

17:18.310 --> 17:20.710
but we did it last night.

17:21.350 --> 17:23.630
Now it should have

17:23.630 --> 17:25.050
the late enough software

17:25.050 --> 17:26.170
where it can auto-update.

17:26.310 --> 17:27.210
We'll see tomorrow.

17:27.550 --> 17:29.530
This will be a good test if I wake up to

17:29.530 --> 17:29.830
anyway.

17:30.330 --> 17:31.650
A more functional Nodo.

17:32.570 --> 17:33.730
Perfect test environment.

17:34.390 --> 17:37.070
You can turn the camera on

17:37.070 --> 17:37.670
for a second.

17:38.110 --> 17:39.870
I want to emphasize

17:39.870 --> 17:40.430
that

17:41.890 --> 17:42.550
since

17:44.790 --> 17:46.470
I hope I can

17:46.470 --> 17:48.470
go into this a little bit more

17:48.470 --> 17:49.690
because there's a lot

17:49.690 --> 17:52.370
and it's hard

17:52.370 --> 17:53.790
to communicate all this

17:53.790 --> 17:55.690
via text, via channels

17:55.690 --> 17:55.970
or

17:55.970 --> 17:58.130
what have you.

17:59.250 --> 18:00.290
Just

18:00.290 --> 18:03.270
to give context to the whole thing

18:03.270 --> 18:04.470
we started

18:05.270 --> 18:06.430
late 2021

18:07.470 --> 18:08.990
when I restarted

18:08.990 --> 18:11.650
with this idea

18:11.650 --> 18:12.470
about doing

18:13.330 --> 18:14.650
a plug-and-play node.

18:15.190 --> 18:17.490
I had surveyed

18:17.490 --> 18:18.790
the landscape

18:18.790 --> 18:21.530
and the hypothesis

18:21.530 --> 18:22.730
was that

18:22.730 --> 18:24.270
there's this

18:24.270 --> 18:26.430
huge market for hardware

18:26.430 --> 18:28.530
a lot of it is controlled by these mega

18:28.530 --> 18:29.030
corpse

18:29.030 --> 18:31.450
on the very high end

18:31.450 --> 18:33.290
and on the consumer level

18:34.430 --> 18:35.190
there's

18:35.190 --> 18:36.450
overtime

18:36.450 --> 18:38.510
and erosion of

18:38.510 --> 18:40.710
building stuff

18:40.710 --> 18:42.390
like the hacking culture

18:42.390 --> 18:43.150
that maybe

18:43.930 --> 18:47.390
the early value started out

18:48.470 --> 18:49.650
plugging in

18:49.650 --> 18:51.710
different chips and stuff

18:53.030 --> 18:53.930
trying to

18:53.930 --> 18:54.370
make

18:55.310 --> 18:56.630
all kinds of things

18:56.630 --> 18:57.650
and

18:58.830 --> 19:00.350
given how difficult

19:00.350 --> 19:02.370
it is to get the right

19:03.350 --> 19:05.210
tool and to be able to

19:05.210 --> 19:06.230
even know that

19:06.230 --> 19:09.370
you need a particular set

19:09.370 --> 19:11.330
of tools over something else

19:11.330 --> 19:12.870
for example mobile

19:13.450 --> 19:16.010
everything is pretty much locked down

19:16.010 --> 19:16.950
by the manufacturer

19:16.950 --> 19:18.830
from the get go

19:18.830 --> 19:21.250
there are very few exceptions

19:21.250 --> 19:22.790
I think graphing on

19:22.790 --> 19:24.330
XO is one of them

19:24.690 --> 19:26.210
and it works

19:26.890 --> 19:27.250
great

19:29.210 --> 19:30.410
that's one of the

19:30.950 --> 19:32.910
that's probably the

19:32.910 --> 19:34.890
way to go and part of that

19:34.890 --> 19:37.030
goes back to self-custody

19:37.030 --> 19:38.830
of your hardware and so what

19:38.830 --> 19:41.030
we've built is really just scratching

19:41.030 --> 19:42.710
the surface of what's possible

19:42.710 --> 19:44.870
we've had a vision to

19:44.870 --> 19:45.470
develop

19:46.660 --> 19:47.590
node features

19:48.490 --> 19:50.630
and we've slowly added

19:50.630 --> 19:52.710
usability features

19:52.710 --> 19:55.090
after care for consideration

19:55.090 --> 19:56.970
each time and so

19:56.970 --> 19:58.270
since we started

20:00.670 --> 20:02.570
the hardware spec

20:03.710 --> 20:05.430
along with everything else

20:05.430 --> 20:06.270
has changed

20:06.870 --> 20:08.970
drastically and right now what we're

20:08.970 --> 20:11.110
looking at is the 32GB

20:11.110 --> 20:12.270
model with

20:12.270 --> 20:13.810
all the

20:13.810 --> 20:16.090
iterations that were made

20:16.090 --> 20:17.570
to the enclosure and

20:18.750 --> 20:20.210
UI as well

20:20.210 --> 20:22.230
which is a bespoke UI

20:23.150 --> 20:23.870
using

20:23.870 --> 20:26.190
again Qt open source

20:26.190 --> 20:28.150
and so it's highly custom

20:28.150 --> 20:30.130
and we've

20:30.130 --> 20:32.210
ensured that it's running

20:32.210 --> 20:34.170
off of GPU so it's not going

20:34.170 --> 20:36.190
to take resources away

20:36.190 --> 20:37.770
from whatever

20:37.770 --> 20:40.330
the node is doing at the

20:40.330 --> 20:42.630
time and so what we're

20:42.630 --> 20:44.430
allowing essentially is full control

20:44.430 --> 20:45.130
and

20:46.330 --> 20:47.250
over your

20:48.330 --> 20:50.470
hardware you're free to flash

20:50.470 --> 20:51.270
this to

20:52.130 --> 20:54.030
run whatever OS you're

20:54.030 --> 20:56.170
free to and there's

20:56.170 --> 20:56.890
no essential

20:58.090 --> 21:00.230
lock on hardware

21:00.230 --> 21:01.890
to that extent

21:01.890 --> 21:02.610
and

21:02.610 --> 21:05.910
I mean there's a lot more to

21:05.910 --> 21:07.950
explore with just

21:07.950 --> 21:09.550
node or adding more stuff

21:09.550 --> 21:11.010
as we go along

21:11.010 --> 21:13.450
there's a lot of cool stuff that we had to

21:13.450 --> 21:15.610
leave behind or differ

21:17.470 --> 21:18.030
indefinitely

21:18.030 --> 21:19.750
things cool stuff

21:19.750 --> 21:20.870
like the

21:21.790 --> 21:23.890
TX city I believe it's called

21:23.890 --> 21:25.110
or TX street

21:26.910 --> 21:28.030
yeah that's

21:28.030 --> 21:28.510
a cool thing

21:28.510 --> 21:30.430
I want to get that up there man

21:30.430 --> 21:31.870
I want to get that up there

21:32.890 --> 21:34.950
it would look really fantastic

21:34.950 --> 21:36.370
60 frames per second

21:36.870 --> 21:38.210
running off of

21:38.210 --> 21:39.710
the OLED display

21:39.710 --> 21:42.790
so we'll get there

21:42.790 --> 21:44.910
it's important for us to

21:44.910 --> 21:45.410
really

21:47.250 --> 21:49.250
hunker down and focus on

21:49.250 --> 21:50.670
what really matters

21:50.670 --> 21:53.050
like the original focus

21:53.050 --> 21:54.390
which was to be a node

21:54.930 --> 21:56.770
and maybe if I could just

21:56.770 --> 21:59.310
show like the extent of

22:00.830 --> 22:02.870
yeah I'm going to share my screen

22:02.870 --> 22:04.550
just to show you guys some picture

22:04.550 --> 22:06.750
you think we ever get to the point where

22:06.750 --> 22:08.370
it's like people are

22:08.370 --> 22:10.850
building apps that you could

22:10.850 --> 22:12.290
then you know there's

22:12.650 --> 22:14.470
a Monero Nodo store

22:14.470 --> 22:16.630
where you can download apps

22:16.630 --> 22:18.450
that have run on the Nodo

22:19.790 --> 22:21.450
I think we've already gone

22:21.450 --> 22:23.290
in that direction already

22:23.290 --> 22:25.170
just that we've already

22:25.170 --> 22:26.930
selected LWS

22:26.930 --> 22:27.930
Monero Paying

22:27.930 --> 22:32.030
just to re-iterate

22:32.030 --> 22:33.810
I mean when this project first started

22:33.810 --> 22:34.310
right

22:35.030 --> 22:37.530
our mission was to just create

22:37.530 --> 22:39.890
a plug and play Monero node

22:39.890 --> 22:42.090
at the time the attempt

22:42.090 --> 22:43.950
was the Monero box

22:43.950 --> 22:45.530
which thank you

22:45.530 --> 22:47.690
to that gentleman as well

22:47.690 --> 22:49.410
he was helpful with us in the early days

22:51.030 --> 22:51.670
and

22:51.670 --> 22:53.530
you know we're sitting there we're looking at

22:53.530 --> 22:54.710
we're trying to create basically

22:54.710 --> 22:56.250
the mission was

22:56.250 --> 22:58.290
make it something that

22:58.290 --> 23:00.870
somebody like me can just plug in

23:00.870 --> 23:02.330
and it runs a full node

23:02.330 --> 23:04.090
and that you can then easily

23:04.090 --> 23:06.070
connect your cake wallet

23:06.070 --> 23:07.990
or your Monero user wallet to it

23:07.990 --> 23:09.530
so you're running your own node

23:10.150 --> 23:12.190
using LWS that was really

23:12.190 --> 23:13.410
the feature set

23:13.410 --> 23:16.210
that we were going for which we've achieved

23:16.790 --> 23:17.350
and

23:17.350 --> 23:19.950
Brindle actually I want to ask you about that

23:19.950 --> 23:20.810
how

23:22.410 --> 23:23.750
easy are we

23:23.750 --> 23:25.970
is that at this point but let me just finish

23:25.970 --> 23:27.050
my larger point here

23:27.050 --> 23:29.850
but then from there the project really did grow

23:29.850 --> 23:31.870
once we realize all right we're going to have

23:31.870 --> 23:33.970
these devices sitting on people's desks

23:35.470 --> 23:36.310
why not

23:36.310 --> 23:38.030
what happens if we add a

23:38.030 --> 23:39.790
screen to it and start to just take advantage

23:39.790 --> 23:41.730
of the fact that you now have a narrow

23:41.730 --> 23:43.090
piece of hardware sitting

23:43.090 --> 23:46.030
in people's desks in their stores

23:46.030 --> 23:46.890
in their businesses

23:48.050 --> 23:49.790
and once you add a screen

23:49.790 --> 23:51.170
and things like that

23:51.690 --> 23:53.730
the potential is really endless

23:53.730 --> 23:55.750
with what we can do it can be much

23:55.750 --> 23:57.590
more a Monero

23:57.590 --> 23:59.630
plug-and-play node first and foremost

23:59.630 --> 24:01.350
but it really can be

24:01.350 --> 24:03.370
a piece of hardware that becomes quite usable

24:03.370 --> 24:04.350
for Monero users

24:06.270 --> 24:07.210
yeah so

24:08.030 --> 24:09.030
adding a wall

24:09.030 --> 24:09.530
LWS

24:11.470 --> 24:12.590
yes LWS

24:14.050 --> 24:15.390
it's pretty easy to add

24:15.390 --> 24:17.770
with Monero you have to manually

24:17.770 --> 24:19.790
add the address to LWS

24:19.790 --> 24:21.650
on the device in order to

24:21.650 --> 24:23.650
have it work because my Monero doesn't

24:23.650 --> 24:25.590
send like a request

24:25.590 --> 24:27.590
to add the wallet to it

24:27.590 --> 24:28.930
that's just a my Monero thing

24:29.530 --> 24:31.290
with Edge, Edge does send

24:31.290 --> 24:32.630
a request to

24:34.010 --> 24:35.250
the LWS daemon

24:35.250 --> 24:37.610
on the device and you have a little menu where you can

24:37.610 --> 24:39.510
just hit accept or deny

24:40.250 --> 24:41.670
when it's added it'll

24:42.150 --> 24:43.270
look for new transactions

24:43.270 --> 24:45.630
24-7 or at least as long as you have the node

24:45.630 --> 24:47.450
running and whenever you want

24:47.450 --> 24:48.410
you can load up your

24:48.930 --> 24:50.510
my Monero or Edge wallet

24:50.510 --> 24:52.290
and it'll instantly have your

24:52.290 --> 24:54.770
balance and you're ready to send

24:56.150 --> 24:58.230
with other wallets it's pretty easy to add

24:58.230 --> 25:00.070
you just look up on

25:00.070 --> 25:01.750
networks and then

25:02.410 --> 25:04.650
on ClearNet it'll show the local IP

25:04.650 --> 25:05.770
to which you can connect

25:06.410 --> 25:08.830
I've done it on the official Monero wallet

25:08.830 --> 25:09.830
I've done it on Feather wallet

25:09.830 --> 25:11.410
I've done it on Cake wallet

25:11.410 --> 25:13.130
I've done it on Monerio

25:13.130 --> 25:15.690
and it all works out of the box just fine

25:16.430 --> 25:17.630
it's very easy to do

25:18.370 --> 25:19.750
it's about as straightforward as

25:19.750 --> 25:21.570
any other node except that it shows you

25:21.570 --> 25:22.510
what you need to enter

25:24.150 --> 25:24.630
yeah

25:25.310 --> 25:27.830
the address is displayed and you just enter

25:27.830 --> 25:29.130
that into your node

25:29.130 --> 25:31.270
add as node, enter the address

25:31.270 --> 25:33.610
to be clear though

25:33.610 --> 25:35.310
we're not there with Cake yet right

25:35.310 --> 25:37.870
in terms of using LWS on Cake

25:37.870 --> 25:39.130
yeah Cake does not have LWS

25:39.130 --> 25:41.090
and I would love if it was ended

25:41.090 --> 25:42.250
because it's such a nice feature

25:42.250 --> 25:43.710
same with Monerio

25:43.710 --> 25:45.030
I would love if it would support

25:45.030 --> 25:47.710
Tux you've got to make that happen

25:47.710 --> 25:48.990
I thought we had some

25:49.510 --> 25:51.330
what are you doing here Tux?

25:51.330 --> 25:52.630
we had some pull over

25:52.630 --> 25:53.910
Cake what's going on

25:54.750 --> 25:55.630
we have

25:57.310 --> 25:58.850
definitely talked about it

25:58.850 --> 26:01.590
one of the concerns that was brought

26:01.590 --> 26:02.210
up recently

26:03.490 --> 26:06.010
was in terms of the user experience

26:06.010 --> 26:07.490
because we're thinking about if we had

26:07.490 --> 26:08.290
this feature for

26:09.390 --> 26:10.870
we want to make sure that

26:10.870 --> 26:11.750
we provide

26:12.430 --> 26:14.450
guide tutorials for people to set this up

26:14.450 --> 26:15.450
even without a Monerio node

26:15.450 --> 26:17.350
obviously if they have a Monerio node it's more ideal

26:17.930 --> 26:20.230
and I myself haven't looked into

26:20.230 --> 26:22.310
how simple the setup is yet

26:22.310 --> 26:24.210
because it sounds like it's not the easiest thing to setup

26:24.210 --> 26:26.050
and then of course you have to actually

26:27.610 --> 26:28.410
accept the

26:28.410 --> 26:29.070
the wallet

26:30.970 --> 26:31.770
like invitation

26:32.230 --> 26:33.550
on the LWS side

26:33.550 --> 26:35.930
and that was actually one of my projects this week

26:35.930 --> 26:37.930
that I was going to start yesterday

26:37.930 --> 26:38.390
that

26:39.170 --> 26:40.810
got interrupted abruptly

26:41.450 --> 26:43.810
was setting up LWS on my end

26:43.810 --> 26:45.990
and making sure I understand the flow

26:47.170 --> 26:49.010
so that would be easy enough

26:49.010 --> 26:51.330
but I didn't get to that for obvious reasons

26:52.290 --> 26:53.270
but yeah we're

26:53.270 --> 26:54.410
talking about it

26:55.250 --> 26:55.850
and

26:56.730 --> 26:57.770
we have

26:58.830 --> 27:01.270
so much bandwidth and we're really

27:01.270 --> 27:03.070
trying to hone in on

27:03.070 --> 27:05.070
focusing on fixing a bunch of longstanding

27:05.430 --> 27:06.150
Monerio issues

27:06.890 --> 27:08.650
so we want to deal with that first but

27:08.650 --> 27:09.470
we're definitely

27:11.390 --> 27:12.090
trying to

27:13.470 --> 27:14.470
push for that if we can

27:14.470 --> 27:16.130
at least I am, I want it to happen

27:17.610 --> 27:19.450
but there's certain things that get prioritized

27:19.450 --> 27:20.530
and it's I can't just

27:21.010 --> 27:22.810
say let's do this necessarily myself

27:22.810 --> 27:23.810
because I want to right

27:24.570 --> 27:26.510
but don't worry about trying to make it happen

27:28.550 --> 27:29.810
well if you need any help with it

27:29.810 --> 27:30.670
you know where to find me

27:36.400 --> 27:37.600
yeah like I said

27:39.600 --> 27:40.120
Islands

27:41.740 --> 27:42.480
yeah yeah

27:42.480 --> 27:44.700
come collab with Brindle

27:45.440 --> 27:46.200
I know

27:46.880 --> 27:49.640
Seth said too he had his eye on it

27:49.640 --> 27:50.620
as well so I'm sure

27:50.620 --> 27:53.800
I know Vic will definitely get a little

27:53.800 --> 27:55.540
once he sees these things up and running

27:55.540 --> 27:57.320
and you know people are adding

27:58.000 --> 27:59.460
other competing wallets

27:59.460 --> 28:00.580
with all of the US I'm sure

28:00.580 --> 28:02.280
Kake will quickly

28:02.280 --> 28:03.320
it's such a nice experience

28:03.320 --> 28:05.060
especially when you're out and about

28:05.060 --> 28:07.160
and you're in a store and you don't have to wait 10 minutes

28:07.160 --> 28:08.920
to get the recent like five blocks

28:08.920 --> 28:11.580
yeah have you been

28:11.580 --> 28:12.960
so have you been like living out

28:12.960 --> 28:14.560
have you been using it in that regard

28:15.640 --> 28:16.580
yes I have

28:16.580 --> 28:19.420
mostly online though I haven't found anyone IRL

28:19.420 --> 28:20.880
who wanted to accept Monero

28:20.880 --> 28:21.560
I live in the Netherlands

28:21.560 --> 28:23.460
and people here

28:23.460 --> 28:26.420
they don't even use cash anymore everybody just uses

28:28.340 --> 28:29.120
debit cards

28:29.120 --> 28:30.200
everywhere so

28:31.500 --> 28:33.040
to even begin about Monero

28:33.040 --> 28:34.640
why would I do that

28:34.640 --> 28:36.780
taking over over in your country

28:38.320 --> 28:39.280
any chance

28:39.280 --> 28:41.280
we get you over to Mexico City

28:41.280 --> 28:43.240
no not a chance man I'm sorry

28:44.180 --> 28:44.660
BA

28:44.660 --> 28:46.940
and going to no plan Hannibal or plane

28:46.940 --> 28:48.480
I'm not going to do it sorry

28:49.580 --> 28:51.200
I hate planes I hate heights

28:51.200 --> 28:52.900
I live in the lowest

28:52.900 --> 28:54.320
country in Europe so

28:55.680 --> 28:56.160
okay

28:56.980 --> 28:58.540
maybe I'll see it Monero

28:58.540 --> 29:00.220
we'll come over to him at some point

29:00.220 --> 29:00.700
how about that

29:01.500 --> 29:03.740
maybe you can drive over to Monero

29:03.740 --> 29:05.820
he could make that happen

29:05.820 --> 29:08.620
and Abdullah we were really hoping to have him

29:08.620 --> 29:10.080
in Monero Topia but it's going to be

29:10.080 --> 29:11.920
difficult for him for his

29:11.920 --> 29:14.120
travel situation as well with visas

29:14.120 --> 29:14.640
and stuff

29:15.820 --> 29:17.900
so we'll definitely have a remote

29:19.080 --> 29:19.600
talk

29:19.600 --> 29:22.140
maybe it could be a workshop right because we'll have the

29:22.140 --> 29:22.900
notos there

29:22.900 --> 29:24.960
maybe it could be some kind of remote

29:24.960 --> 29:26.660
workshop but yeah

29:26.660 --> 29:28.320
there'll be a noto presence

29:28.900 --> 29:30.680
if there's ever a Monero Topia

29:30.680 --> 29:32.160
in Europe I will definitely attend

29:33.900 --> 29:34.680
oh word

29:34.680 --> 29:36.300
okay I don't know

29:36.900 --> 29:38.660
that's Monero Khan's

29:38.660 --> 29:40.520
the territory

29:40.520 --> 29:42.000
Monero Khan is in Europe

29:43.580 --> 29:44.120
yeah

29:44.120 --> 29:47.180
we all have weird funny

29:47.180 --> 29:47.600
languages

29:49.200 --> 29:49.980
let me just

29:49.980 --> 29:50.580
pull up

29:52.100 --> 29:53.060
go ahead

29:53.060 --> 29:54.200
ask your question

29:54.200 --> 29:58.020
I have a question about the device

29:58.020 --> 29:58.620
because I remember

29:59.260 --> 30:00.900
in the specs I remember a while

30:01.480 --> 30:03.460
maybe a few months ago there was a change

30:03.460 --> 30:06.020
in regards to I think how much RAM it has

30:06.020 --> 30:07.700
and it also changed the price

30:07.700 --> 30:09.520
so if you could just give clarity

30:09.520 --> 30:10.020
on

30:11.320 --> 30:13.140
what people are getting who had

30:13.140 --> 30:15.300
purchased it at the previous price

30:15.300 --> 30:17.440
with the previous specs are they getting exactly that

30:18.260 --> 30:19.280
true thing

30:19.280 --> 30:21.440
yeah happy to go into that

30:21.440 --> 30:22.700
it's

30:23.430 --> 30:25.180
part of the iterations

30:25.180 --> 30:26.520
that we went through

30:28.280 --> 30:29.500
when we started

30:29.500 --> 30:31.220
out we had

30:31.220 --> 30:33.420
a different processor which was a six

30:33.420 --> 30:35.540
core and as we

30:35.540 --> 30:37.580
gradually built up

30:37.580 --> 30:39.660
new technology also came out

30:39.660 --> 30:41.260
and then the need for better

30:41.260 --> 30:43.840
technology as well like with the display

30:43.840 --> 30:45.400
and so we

30:45.400 --> 30:46.840
then migrated to

30:47.400 --> 30:48.960
from 16 to

30:48.960 --> 30:51.160
32 gigabytes of RAM

30:51.160 --> 30:52.320
and

30:53.300 --> 30:55.300
part of the reason for that is

30:55.300 --> 30:56.740
just to

30:58.640 --> 30:59.640
expand

30:59.640 --> 31:01.120
the usability

31:01.120 --> 31:03.540
of Nodo we found

31:03.540 --> 31:03.960
that

31:05.080 --> 31:06.920
given certain situations

31:06.920 --> 31:09.500
like the black marble attack

31:09.500 --> 31:11.600
some certain nodes were

31:11.600 --> 31:12.380
kind of

31:13.400 --> 31:14.800
struggling and it

31:14.800 --> 31:16.680
wouldn't certainly hurt to have

31:16.680 --> 31:18.580
extra bandwidth and it's

31:18.580 --> 31:20.220
serving us really quite well

31:20.220 --> 31:22.060
it really enables

31:23.300 --> 31:24.800
a whole lot of

31:24.800 --> 31:26.400
other stuff that we can do

31:26.400 --> 31:28.360
with the device that we wouldn't have

31:28.360 --> 31:30.060
been able to otherwise

31:31.680 --> 31:32.880
along with

31:32.880 --> 31:34.000
a terabyte

31:34.000 --> 31:36.320
to a two terabyte SSD

31:36.320 --> 31:38.560
of as standard and so

31:38.560 --> 31:40.480
what you see is pretty much

31:40.480 --> 31:42.320
what everyone will be getting

31:42.320 --> 31:43.360
everyone will be getting

31:43.360 --> 31:46.220
the latest and greatest

31:46.220 --> 31:48.780
Nodo with 32 gigabytes of RAM

31:48.780 --> 31:49.560
with the

31:49.560 --> 31:52.140
two terabytes of SSD

31:52.140 --> 31:53.900
and the

31:53.900 --> 31:56.280
eight core processor and the

31:56.280 --> 31:58.340
fantastic OLED display

31:58.340 --> 32:00.580
along with all the work

32:00.580 --> 32:02.180
that we've put into on

32:02.180 --> 32:03.700
the UI itself

32:05.500 --> 32:08.100
and going forward I think

32:08.100 --> 32:10.080
I should point out that

32:13.900 --> 32:15.260
I would say

32:16.960 --> 32:18.160
to underestimate

32:18.160 --> 32:20.100
the time it would take

32:20.100 --> 32:22.340
to accomplish a project like this

32:22.340 --> 32:22.660
with

32:23.780 --> 32:24.500
the

32:25.220 --> 32:27.580
given the size of our team and

32:28.100 --> 32:29.560
I think it's really quite

32:30.100 --> 32:31.940
an amazing feat that

32:31.940 --> 32:33.200
everyone has

32:33.820 --> 32:35.460
been able to pull together

32:35.460 --> 32:36.600
and

32:36.600 --> 32:38.800
I just want to kind of

32:38.800 --> 32:40.920
give a shout out to the

32:41.080 --> 32:42.720
Minero devs

32:42.720 --> 32:44.900
and Dan Sherman as well

32:44.900 --> 32:45.680
who's been

32:45.680 --> 32:48.560
by Nodexmr

32:48.560 --> 32:49.080
and

32:51.060 --> 32:53.480
so starting point for us

32:53.480 --> 32:54.140
obviously

32:55.100 --> 32:57.360
Nodo has now become its own thing

32:57.360 --> 32:59.880
an entirely different device

33:01.620 --> 33:03.400
partly due to

33:03.400 --> 33:04.920
the nature of

33:04.920 --> 33:06.940
the customizations

33:06.940 --> 33:07.840
for the hardware

33:07.840 --> 33:10.480
but in essence

33:11.100 --> 33:13.280
what Dan has been doing and the devs

33:13.280 --> 33:14.500
have been doing tirelessly

33:14.500 --> 33:16.160
shipping away full time

33:16.160 --> 33:17.500
it really is

33:20.100 --> 33:22.100
it really inspires

33:22.100 --> 33:25.120
to want to build

33:25.120 --> 33:27.220
and things may

33:27.220 --> 33:29.060
take time but definitely

33:29.060 --> 33:30.600
we do have the

33:30.600 --> 33:32.540
the capability to

33:32.540 --> 33:33.520
to build

33:34.240 --> 33:36.640
our own infrastructure and I think

33:36.640 --> 33:38.360
self custody of hardware

33:38.360 --> 33:40.660
and Nodo being kind of like

33:40.660 --> 33:41.700
the low energy

33:42.360 --> 33:44.400
portable device and then

33:46.180 --> 33:48.260
after release we can

33:48.260 --> 33:50.860
look into how to scale that up

33:52.420 --> 33:54.740
one of the things with the Nodo design

33:54.740 --> 33:56.440
was just as with Minero

33:56.440 --> 33:58.520
it was very carefully the

33:58.520 --> 34:00.580
stack and the hardware

34:00.580 --> 34:01.140
and

34:02.180 --> 34:03.600
the things that

34:03.600 --> 34:06.340
made tiny little decisions

34:06.340 --> 34:07.680
things like using

34:08.520 --> 34:10.020
Debian not using Docker

34:10.020 --> 34:12.560
and the custom stuff

34:12.560 --> 34:14.420
like having SSDs on board

34:14.420 --> 34:16.100
having an RTC on board

34:16.100 --> 34:17.920
which is basically

34:17.920 --> 34:20.100
a real tank clock

34:20.100 --> 34:21.620
on your device which

34:22.520 --> 34:24.500
most single board computers don't have

34:25.740 --> 34:27.180
and so all

34:27.180 --> 34:28.060
the

34:28.060 --> 34:29.980
aspect of

34:30.480 --> 34:32.560
moving from 16 gigabyte to

34:32.560 --> 34:34.460
32 gigabyte was really

34:34.460 --> 34:35.340
something that

34:36.260 --> 34:38.720
wasn't an easy decision to

34:38.720 --> 34:40.620
make because we knew 16 would be

34:40.620 --> 34:42.260
great for today but

34:43.300 --> 34:44.680
you know there were

34:44.680 --> 34:46.020
some doubts given

34:46.020 --> 34:47.460
the

34:48.440 --> 34:50.780
future changes to the Minero protocol

34:50.780 --> 34:52.200
where we could see

34:52.200 --> 34:53.620
a serious slight

34:54.200 --> 34:56.080
I think the size increases

34:56.080 --> 34:57.980
to the transaction

35:00.140 --> 35:02.380
before and after the Seraphis

35:02.380 --> 35:03.940
and

35:03.940 --> 35:06.120
possibly with starting with

35:06.120 --> 35:07.840
the full chain membership

35:07.840 --> 35:10.020
as well which is likely to have

35:10.020 --> 35:11.800
some impact

35:11.800 --> 35:13.940
and so

35:14.940 --> 35:16.180
yet working

35:16.180 --> 35:18.180
with Artec who was also

35:18.180 --> 35:20.160
really helpful in

35:21.160 --> 35:22.040
giving

35:22.040 --> 35:23.800
direction as to how

35:23.800 --> 35:25.280
we could

35:26.120 --> 35:27.800
measure our scaling

35:27.800 --> 35:30.100
ability on

35:30.100 --> 35:32.420
device and so

35:34.080 --> 35:35.540
I would say that

35:35.540 --> 35:38.200
what we've come up with is really an

35:38.200 --> 35:40.220
optimal configuration and it didn't

35:40.220 --> 35:42.020
really make sense to

35:42.020 --> 35:43.960
ship a 16G

35:43.960 --> 35:46.080
device especially given

35:46.080 --> 35:48.380
the negligible cost

35:48.380 --> 35:50.240
increase and

35:50.240 --> 35:51.940
the potential

35:51.940 --> 35:54.440
performance benefit as a result

35:55.560 --> 35:56.320
yeah

35:56.320 --> 35:58.260
I mean first and foremost just

35:58.260 --> 36:00.320
going to say Abdulla man amazing job

36:00.320 --> 36:02.380
amazing job obviously had a lot of people

36:02.380 --> 36:04.040
helping you out in different ways I know you

36:04.040 --> 36:06.220
weren't the dev

36:06.220 --> 36:08.100
necessarily coding things

36:08.100 --> 36:10.420
but you were the project

36:10.420 --> 36:12.100
manager the leader the

36:12.100 --> 36:13.820
visionary obviously with my

36:14.080 --> 36:16.300
my far-fetched ideas

36:16.300 --> 36:17.200
but you

36:17.200 --> 36:19.420
you brought it all

36:19.420 --> 36:22.360
into reality into fruition

36:22.360 --> 36:24.340
and you drove it home

36:24.340 --> 36:26.560
amazing job man

36:26.560 --> 36:26.920
and

36:28.080 --> 36:30.060
you have an amazing design

36:30.060 --> 36:32.100
ability I mean you see it in

36:32.100 --> 36:34.220
the way that Nodo itself has designed

36:34.220 --> 36:35.000
the branding

36:35.000 --> 36:37.940
I mean this guy is

36:37.940 --> 36:40.020
an artist in addition to being

36:40.020 --> 36:42.480
a tech

36:42.480 --> 36:43.580
designer savant

36:44.440 --> 36:45.540
and he puts

36:45.540 --> 36:47.540
a ton of effort into these things and he

36:47.540 --> 36:49.620
just has amazing creative abilities

36:50.240 --> 36:51.800
and project management

36:51.800 --> 36:53.740
abilities and amazing amount of

36:53.740 --> 36:55.000
patience oh my god

36:55.440 --> 36:57.440
amazing amount of patience really

36:57.440 --> 36:59.580
so mostly in communicating

36:59.580 --> 37:01.540
with me I can be

37:01.540 --> 37:03.540
quite harsh sometimes god damn it

37:03.540 --> 37:05.240
Abdulla but

37:05.240 --> 37:07.860
he's taking it

37:07.860 --> 37:09.600
taking it to this

37:09.600 --> 37:11.700
far and we will get it across the finish line

37:11.700 --> 37:13.700
and I do want to say

37:13.700 --> 37:15.300
what do I want to say oh yeah

37:15.300 --> 37:17.560
only seven left so

37:17.560 --> 37:18.120
if you go to

37:18.820 --> 37:20.160
add cart here

37:20.160 --> 37:22.840
here's a little thing we might want to fix

37:22.840 --> 37:25.040
I mean it's just a website thing you got to select this first

37:25.040 --> 37:25.420
okay

37:26.440 --> 37:28.140
there's only one color though right

37:28.140 --> 37:30.000
they're all mineral orange

37:31.620 --> 37:32.140
everybody's

37:33.220 --> 37:35.180
getting the founders edition

37:35.700 --> 37:36.740
everybody like

37:37.960 --> 37:39.260
like Abdul has said

37:39.260 --> 37:41.120
is getting the latest upgrades

37:42.420 --> 37:43.060
so I guess

37:43.060 --> 37:44.940
I want to touch on that so people who

37:44.940 --> 37:47.120
had paid before because it was like it was

37:47.120 --> 37:49.180
cheaper before they're basically getting

37:49.180 --> 37:50.800
grandfathered into this new version

37:50.800 --> 37:52.360
I'm understanding what you were saying

37:53.140 --> 37:54.900
yes yes I think we

37:54.900 --> 37:56.920
had asked people to give us

37:56.920 --> 37:58.600
some more payment if they didn't

37:58.600 --> 38:00.040
but it doesn't matter where

38:00.800 --> 38:02.600
people haven't those that haven't

38:03.420 --> 38:05.160
they're being included everybody's

38:05.160 --> 38:06.840
getting everybody's getting a note out here

38:06.840 --> 38:08.940
everybody's getting a note

38:08.940 --> 38:10.360
you get a note out here

38:10.360 --> 38:12.820
let me quickly move the level

38:12.820 --> 38:13.500
real quick

38:14.680 --> 38:15.360
besides

38:16.360 --> 38:18.500
dirty of the pre-order

38:18.500 --> 38:20.120
users did in fact

38:20.120 --> 38:22.340
we did offer them a discounted

38:22.340 --> 38:24.660
price to upgrade like not

38:24.660 --> 38:26.620
the full difference in price

38:26.620 --> 38:28.600
but like half of that

38:28.600 --> 38:30.800
and it's like

38:30.800 --> 38:32.280
almost everyone

38:32.600 --> 38:34.520
had so it wasn't really a thing

38:34.520 --> 38:36.500
we knew everyone was

38:36.500 --> 38:36.940
going to get

38:37.760 --> 38:39.380
everybody was on board

38:41.660 --> 38:44.300
also I want to say in terms

38:44.300 --> 38:45.480
of future

38:46.300 --> 38:47.560
release schedules

38:48.200 --> 38:50.260
it really has been difficult to

38:50.260 --> 38:51.820
time things down and especially

38:51.820 --> 38:53.320
the first time around

38:53.320 --> 38:54.920
there's just so much

38:56.900 --> 38:57.620
different

38:59.020 --> 38:59.740
streams

39:00.360 --> 39:01.920
involved not just software

39:01.920 --> 39:04.060
and I want to say I hope

39:04.060 --> 39:06.040
like the stuff we did

39:06.040 --> 39:07.820
kind of goes skin deep it's not

39:07.820 --> 39:09.840
just the beauty of the enclosure which is

39:09.840 --> 39:10.220
really

39:10.220 --> 39:13.620
a lot of detailing went into that no doubt

39:13.620 --> 39:15.780
but the interface as well

39:15.780 --> 39:17.840
and we hope like a lot of the

39:17.840 --> 39:18.720
logic and

39:19.460 --> 39:21.060
the little stuff

39:21.620 --> 39:23.860
that we hope really gets

39:23.860 --> 39:28.140
a good experience out of

39:28.140 --> 39:29.520
using your note

39:31.920 --> 39:33.860
on your value and narrow tip to

39:33.860 --> 39:35.980
dollar great show as always thank you so much

39:35.980 --> 39:37.620
man thank you so much

39:37.620 --> 39:39.920
and another tremendous thank you

39:39.920 --> 39:40.880
to obviously

39:41.780 --> 39:43.640
you know Abdullah and Brindle

39:43.640 --> 39:45.860
and Cheon and everybody

39:45.860 --> 39:47.320
that's been building it

39:47.320 --> 39:49.200
and Arctic Mind that helped out

39:49.200 --> 39:51.160
and everybody but

39:51.160 --> 39:53.800
to everybody that bought one that was an early

39:53.800 --> 39:55.700
adopter took the risk with us

39:56.420 --> 39:57.440
stayed along

39:57.440 --> 40:00.280
for the long ride and waited patiently

40:00.960 --> 40:02.300
just getting updates

40:02.300 --> 40:04.220
in the chat but being

40:04.220 --> 40:06.240
excited about the fact that we were

40:06.240 --> 40:08.320
continuing to develop on it

40:08.320 --> 40:10.080
tremendous thank you to everybody this thing

40:10.080 --> 40:12.100
absolutely would not happen

40:12.100 --> 40:14.040
if people didn't give us trust

40:14.040 --> 40:16.020
in the beginning so

40:16.020 --> 40:18.320
I thank you for trusting me

40:18.320 --> 40:20.280
because I think that was really the role I

40:20.280 --> 40:21.500
played in this is guys

40:22.160 --> 40:24.220
trust me because I have these people

40:24.220 --> 40:25.780
building it and

40:25.780 --> 40:28.080
people came they took

40:28.080 --> 40:29.920
shot they bought these

40:29.920 --> 40:31.880
without knowing if we'd make it to the finish line

40:31.880 --> 40:33.900
so greatly appreciate all

40:33.900 --> 40:36.060
the early adopters all the founders

40:36.820 --> 40:37.980
it's tremendous help

40:38.700 --> 40:40.140
we're putting a lot of money

40:40.140 --> 40:42.000
into this project at the end of the

40:42.000 --> 40:43.660
day and the fact that everybody

40:43.660 --> 40:46.000
pre-ordered took a lot

40:46.000 --> 40:47.840
of weight off our shoulders we only have

40:47.840 --> 40:49.100
I think we're saying only

40:49.820 --> 40:52.160
yeah we're only saying six left in stock

40:52.160 --> 40:53.920
because we'll have a few that

40:53.920 --> 40:55.760
we'll keep on hand that we're going to bring down

40:55.760 --> 40:57.680
to the conference maybe sell

40:57.680 --> 40:59.700
a few in person but other than that there's

40:59.700 --> 41:01.440
only six that are left to order

41:01.440 --> 41:02.820
online of the first

41:03.500 --> 41:05.700
hundred order this is a really

41:05.700 --> 41:07.320
cool device guys I mean yeah

41:07.320 --> 41:09.620
it cost a little bit of money but

41:09.620 --> 41:11.660
it's very very custom right this

41:11.660 --> 41:13.280
isn't some off to the shelf

41:15.060 --> 41:15.580
rebranded

41:15.580 --> 41:17.500
like no or one of those

41:17.500 --> 41:19.460
small pcs you can buy it's got

41:20.180 --> 41:21.780
a bit more of a custom

41:21.780 --> 41:23.560
hardware which

41:23.560 --> 41:25.780
is pretty cool and of course the actual

41:25.780 --> 41:27.580
case is very high quality

41:27.580 --> 41:28.960
and I've seen I've seen one I

41:29.320 --> 41:29.820
saw it

41:31.680 --> 41:32.720
in Benercon

41:32.720 --> 41:35.380
and then I saw it in New York at Doug's place

41:35.380 --> 41:37.280
a very nice device very high quality

41:37.280 --> 41:39.300
the screens looks amazing

41:39.300 --> 41:41.260
because of the OLED and

41:41.260 --> 41:43.040
it's got really good specs as well

41:43.560 --> 41:45.320
so yeah it's a fully

41:45.320 --> 41:47.420
custom SBC fully custom

41:47.420 --> 41:49.500
case and the price

41:49.500 --> 41:51.500
isn't so bad once you consider the

41:51.500 --> 41:53.280
overall package

41:54.200 --> 41:55.380
it really is

41:55.380 --> 41:57.300
quite quite good value

41:57.300 --> 41:59.380
considering what you get for

41:59.380 --> 42:01.380
your money most mobile

42:01.380 --> 42:03.580
phone started a thousand dollars most

42:03.580 --> 42:05.180
flagships at least start there

42:05.180 --> 42:07.480
and they're not I mean they don't have

42:07.480 --> 42:09.180
this kind of flexibility there

42:09.180 --> 42:11.500
you can't plug in I mean you may be able

42:11.500 --> 42:13.520
to plug in displays and stuff which you can do

42:13.520 --> 42:14.840
with noto but

42:15.360 --> 42:17.260
you know this has ethernet this is like

42:17.260 --> 42:18.760
a conventional computer

42:18.760 --> 42:20.580
and it has

42:20.580 --> 42:21.980
like a super charged

42:22.580 --> 42:24.560
everything all integrations

42:24.560 --> 42:26.700
the ports are the latest the fastest

42:27.300 --> 42:27.900
the

42:28.520 --> 42:30.540
Wi-Fi and the Ethernet

42:30.540 --> 42:32.300
as well and so

42:32.300 --> 42:34.360
it really is a no compromise

42:34.360 --> 42:35.380
approach

42:36.160 --> 42:38.140
and if I remember correctly this is still

42:38.560 --> 42:41.040
this rock chip the RK3588

42:41.040 --> 42:42.500
that's still a

42:42.500 --> 42:45.100
decent amount faster than the Raspberry Pi 5 isn't it

42:45.100 --> 42:46.760
yeah it's way faster

42:46.760 --> 42:47.520
faster

42:48.460 --> 42:50.240
with the 32 gigabyte

42:50.760 --> 42:53.240
RAM and with you know all the integrations

42:53.240 --> 42:55.060
on board there's no bottlenecks

42:55.060 --> 42:55.960
and so

42:56.420 --> 42:58.200
the actual performance is

42:58.200 --> 43:00.700
likely to be you know way higher

43:00.700 --> 43:02.320
especially at higher loads

43:03.600 --> 43:04.320
and

43:05.440 --> 43:06.160
for

43:06.680 --> 43:08.580
next batches I would say we're

43:08.580 --> 43:10.420
I mean this this is probably

43:11.400 --> 43:12.600
we're close to

43:12.600 --> 43:13.300
having

43:14.380 --> 43:16.040
post out the first batch

43:16.040 --> 43:17.740
of the orange devices

43:17.740 --> 43:19.080
the next batches will be

43:19.080 --> 43:20.060
silver and black

43:20.060 --> 43:21.140
and

43:22.220 --> 43:24.760
we might just use a quarterly

43:25.260 --> 43:26.720
release schedule that's just

43:27.040 --> 43:28.740
easier for me to

43:28.740 --> 43:29.520
kind of

43:32.440 --> 43:33.080
because

43:33.080 --> 43:34.960
you know monthly or you know timing

43:34.960 --> 43:37.460
even though future batches are

43:37.460 --> 43:38.920
likely to be more predictable

43:38.920 --> 43:40.580
because there's less

43:40.580 --> 43:42.560
there's less variables

43:42.560 --> 43:43.840
but already have

43:45.040 --> 43:45.760
completed

43:46.540 --> 43:48.480
QC of the software

43:48.480 --> 43:49.020
and

43:50.720 --> 43:52.160
you know

43:52.160 --> 43:54.380
the design has

43:54.380 --> 43:56.940
has already gone through like one major batch

43:56.940 --> 43:57.960
and so

44:01.340 --> 44:02.180
it'll be

44:02.180 --> 44:03.080
just a matter of

44:03.080 --> 44:04.760
kind of saying okay give us

44:04.760 --> 44:05.940
100 more and

44:06.380 --> 44:08.280
just waiting for them to

44:08.280 --> 44:10.340
give us that even though you know it's

44:10.340 --> 44:11.660
tricky China's tricky but

44:12.180 --> 44:14.340
there's always compromises with hardware

44:14.340 --> 44:15.980
right and I personally had to

44:15.980 --> 44:18.400
apply out there to kind of personal risk

44:20.480 --> 44:22.460
maybe I'm exaggerating

44:22.460 --> 44:24.220
but you know it's it's it's always

44:24.220 --> 44:25.500
been a thing

44:26.220 --> 44:27.900
rather without going into like

44:27.900 --> 44:29.900
the CCP aspect

44:29.900 --> 44:31.280
of the whole thing

44:32.440 --> 44:34.140
the industries bunch

44:34.140 --> 44:36.120
and they do

44:36.120 --> 44:37.640
have like the

44:37.640 --> 44:39.700
we did guarantee

44:39.700 --> 44:41.860
certain things like being able to

44:41.860 --> 44:43.620
have like the full schematic

44:43.620 --> 44:45.980
of the hardware that the block

44:45.980 --> 44:47.640
diagram and all the

44:47.640 --> 44:48.780
the whole

44:50.040 --> 44:52.000
diagram of the hardware

44:52.000 --> 44:54.580
layout so that you know

44:54.580 --> 44:56.080
that we can have it

44:56.080 --> 44:58.080
verified and we knew what

44:58.080 --> 44:59.160
we were getting

44:59.960 --> 45:00.760
and so

45:00.760 --> 45:00.860
so

45:03.880 --> 45:04.680
yeah I mean

45:04.680 --> 45:05.280
it's just

45:06.360 --> 45:08.520
it's been a great labor of

45:08.520 --> 45:10.600
love I would say to get to

45:10.600 --> 45:12.180
this point it's really

45:13.180 --> 45:13.660
I mean

45:14.880 --> 45:16.300
I do want to ask

45:16.300 --> 45:18.620
John do I ask this earlier in the show

45:18.620 --> 45:20.500
I hope he's since been convinced

45:20.500 --> 45:22.160
then as to as to why

45:22.160 --> 45:24.400
I use one of these instead of running my idea on a computer

45:24.400 --> 45:26.600
well I think it's right there

45:26.600 --> 45:28.360
it's a unique device

45:28.360 --> 45:29.920
designed for a specific purpose

45:30.680 --> 45:32.200
and yeah you could

45:32.200 --> 45:34.280
run Minera D on a normal computer on any

45:34.280 --> 45:36.200
Linux computer this is just a Linux computer

45:36.200 --> 45:38.260
after all but it comes with a nice

45:38.880 --> 45:40.080
kind of built out

45:40.080 --> 45:41.980
interface for the ecosystem

45:41.980 --> 45:43.620
where you can install stuff easily

45:44.320 --> 45:46.140
and if you're someone who just wants something

45:46.140 --> 45:47.540
that's quick and easy

45:47.540 --> 45:50.360
and will be continually supported

45:51.120 --> 45:52.440
this might be for you

45:52.440 --> 45:54.380
and it's such a cool unique device

45:54.380 --> 45:56.200
anyway by itself

45:56.200 --> 45:57.740
yeah and I think

45:57.740 --> 45:59.720
there's something to the fact that

45:59.720 --> 46:01.920
it is built just first and foremost

46:01.920 --> 46:04.220
for the purposes of running a reliable

46:04.220 --> 46:05.880
plug-and-play dedicated

46:05.880 --> 46:07.600
node as described

46:07.600 --> 46:09.980
right in Minera what is the Minera node

46:09.980 --> 46:11.740
unproved optimized dedicated

46:11.740 --> 46:13.980
dedicated being the keyword right so the idea

46:13.980 --> 46:15.580
is that this thing is running

46:15.580 --> 46:18.260
24-7 plugged in somewhere

46:18.260 --> 46:19.900
and that you're relying on it

46:19.900 --> 46:22.200
as your own personal note can you do it on a

46:22.200 --> 46:23.460
computer sure you can

46:23.460 --> 46:25.700
but this allows you hopefully

46:25.700 --> 46:27.360
to do it in a way where you have a machine

46:27.360 --> 46:29.100
just dedicated for that purpose

46:29.100 --> 46:31.340
so if anything happens with your

46:31.340 --> 46:33.120
computer using for other things now you

46:33.120 --> 46:35.340
just want your node running 24-7

46:35.340 --> 46:37.320
so it's always usable you connect to it

46:37.320 --> 46:39.580
with LWS and then obviously all these

46:39.580 --> 46:41.440
other reasons we're talking about

46:41.440 --> 46:43.280
right because then it becomes more than

46:43.280 --> 46:45.140
just a node becomes

46:45.140 --> 46:47.100
a little Minero computing device

46:47.100 --> 46:49.240
for various Minero related apps

46:49.240 --> 46:50.740
and just like Demi is saying

46:51.660 --> 46:53.020
you know if you're

46:53.020 --> 46:54.760
experienced and you want to do on your computer

46:54.760 --> 46:56.880
that's totally fine but if you're a noob

46:56.880 --> 46:58.680
then yeah setting setting that up

46:58.680 --> 46:59.920
all that stuff up and

47:00.900 --> 47:02.340
not just setting it up but then

47:02.340 --> 47:04.280
maintaining it making sure it works if there's

47:04.280 --> 47:06.440
any problems with it that can be a lot for someone

47:06.440 --> 47:08.700
who's not experienced like not everyone

47:08.700 --> 47:10.280
has their computer on 24-7

47:10.280 --> 47:12.680
yep so this is an easy way

47:12.680 --> 47:13.800
that anybody can go

47:14.420 --> 47:16.740
you plug it in and it just

47:16.740 --> 47:18.320
works you don't have to think about it really

47:18.320 --> 47:19.880
you don't have to think about the source it's

47:19.880 --> 47:22.180
necessary for running a node like

47:22.180 --> 47:23.940
oh do I have 200 gigabyte

47:23.940 --> 47:25.700
spare on my my laptop's hard drive

47:26.040 --> 47:27.920
yeah there's no complexity

47:27.920 --> 47:30.000
that goes with running a node

47:30.000 --> 47:31.580
plus all your other stuff

47:31.580 --> 47:33.600
this is really the recommended way

47:34.320 --> 47:35.920
running a Minero node I would say

47:35.920 --> 47:38.100
just node on device nothing

47:38.100 --> 47:39.420
you know as little

47:39.420 --> 47:41.380
as possible

47:42.000 --> 47:44.420
and so we've really kind of

47:45.700 --> 47:46.560
taken that

47:46.560 --> 47:47.720
to the extreme keeping

47:48.440 --> 47:50.380
just monarity and just a bunch of

47:50.380 --> 47:52.220
value value added

47:52.220 --> 47:53.240
sort of stuff

47:54.400 --> 47:55.860
there's one over there

47:55.860 --> 47:58.320
I do have one more question if I could ask before

47:58.320 --> 47:59.340
move on to the news

48:00.800 --> 48:02.540
built for Tumen

48:02.540 --> 48:04.240
to be able to use it's literally

48:04.240 --> 48:06.760
I was literally the monkey that they're testing

48:06.760 --> 48:07.840
it on so

48:07.840 --> 48:10.060
that is what it's built for

48:10.060 --> 48:10.820
it's built for

48:12.080 --> 48:13.280
node has only

48:14.220 --> 48:15.140
a pin unlock

48:15.140 --> 48:17.300
or possible with a long password too

48:17.920 --> 48:19.120
so there's actually

48:19.120 --> 48:21.240
an admin password that set

48:21.240 --> 48:23.140
up at first boot so the first time

48:23.140 --> 48:25.200
you open up node and you turn it on

48:25.200 --> 48:27.260
you'll be met with a screen you'll have

48:27.260 --> 48:28.640
to change your own password

48:29.120 --> 48:31.140
and we've done this because we didn't want

48:31.140 --> 48:32.480
to just set a default

48:33.060 --> 48:34.440
password Minero node and

48:35.620 --> 48:36.700
have you

48:36.700 --> 48:38.740
you've not changed it ever

48:38.740 --> 48:40.680
and that be a risk to

48:40.680 --> 48:43.040
promote SSH

48:43.040 --> 48:43.820
access

48:44.550 --> 48:46.560
and so you'll be

48:46.560 --> 48:48.200
kind of forced

48:48.200 --> 48:50.400
to set a new pass admin password

48:50.400 --> 48:52.120
for your device at first boot

48:52.680 --> 48:54.520
and you'll be asked to

48:54.520 --> 48:56.720
set your two different

48:56.720 --> 48:58.840
pins one of them being the device pin

48:58.840 --> 49:00.700
which basically locks your screen

49:00.700 --> 49:02.560
right so if you just want to lock

49:02.560 --> 49:04.680
your screen and not be able to access

49:04.680 --> 49:06.580
like the settings on the device

49:06.580 --> 49:08.360
that's one pin

49:08.360 --> 49:10.240
and then there's the address pin

49:10.240 --> 49:12.220
and this is a bit more

49:12.220 --> 49:14.340
complex but it's quite clever

49:14.340 --> 49:16.240
actually what this does is locks all

49:16.240 --> 49:18.260
addresses including the

49:18.260 --> 49:20.220
minor deposit and the Minero

49:20.220 --> 49:22.220
pair address and the idea being

49:22.220 --> 49:23.740
that if

49:24.320 --> 49:26.580
I'm an admin running a bunch of stores

49:26.580 --> 49:28.200
five different stores I have five

49:28.200 --> 49:29.720
devices at each store

49:30.180 --> 49:32.180
and I just set my own

49:32.180 --> 49:33.940
wallet my primary

49:33.940 --> 49:36.440
wallet and view key on each device

49:36.440 --> 49:37.400
and

49:37.400 --> 49:39.980
one set that locks

49:39.980 --> 49:41.640
behind an address pin

49:42.190 --> 49:44.080
and you can only change that

49:44.080 --> 49:46.560
with the special address pin

49:46.560 --> 49:47.320
and so

49:48.170 --> 49:50.500
the idea being that you just need to have them

49:50.500 --> 49:52.560
your anyone can pretty much

49:52.560 --> 49:54.480
use access to the device

49:54.480 --> 49:55.780
without being able to

49:56.440 --> 49:58.000
modify or reroute

49:58.000 --> 49:59.800
payments potentially it's just

50:00.190 --> 50:01.600
one of those. Right yeah if this

50:01.600 --> 50:03.680
NoDo is sitting in you know

50:03.680 --> 50:05.240
one of these Minero

50:05.240 --> 50:07.480
marijuana dispensaries here

50:07.480 --> 50:08.900
where they're accepting Minero

50:08.900 --> 50:10.540
cash and Minero payments

50:10.540 --> 50:13.180
the people working at the store

50:13.180 --> 50:14.780
will have access to the NoDo

50:14.780 --> 50:16.800
to manipulate in some ways

50:16.800 --> 50:19.500
but they won't be able to change the addresses inside

50:19.500 --> 50:20.900
right so it becomes

50:20.900 --> 50:22.480
it becomes a POS system

50:22.480 --> 50:24.820
that can't be taken advantage of

50:24.820 --> 50:26.040
by any of the employees

50:26.040 --> 50:28.480
at a place that's running it

50:28.480 --> 50:31.080
I'll do one more question if I can ask

50:31.860 --> 50:32.660
true good

50:33.560 --> 50:35.220
so you mentioned that

50:36.000 --> 50:37.000
it has

50:37.000 --> 50:39.160
it's including Minero pay I haven't used that

50:39.160 --> 50:41.140
myself personally I would

50:41.140 --> 50:43.200
like to try it out I do really like BTC pay

50:43.200 --> 50:43.540
server

50:44.580 --> 50:45.620
and I know

50:46.720 --> 50:48.940
you were looking into having

50:48.940 --> 50:51.040
that as maybe not coming

50:51.040 --> 50:53.060
with it but being something that could be installed and I know

50:53.060 --> 50:54.380
there's an aversion to Docker

50:55.120 --> 50:57.120
on the device which I don't

50:57.120 --> 50:58.280
really personally have a problem with

50:59.540 --> 51:00.340
would it be

51:00.340 --> 51:02.180
would it be something that you're looking into

51:02.180 --> 51:04.140
maybe like okay so somebody wants

51:04.140 --> 51:06.080
to use BTC pay server there's a script

51:06.080 --> 51:08.140
an easy script that'll just install Docker

51:08.140 --> 51:10.020
and all that stuff for the user if they want to

51:10.460 --> 51:12.020
I could work on that yeah sure

51:13.060 --> 51:14.280
because I mean obviously someone

51:14.280 --> 51:16.120
like me I can just install it if I want to

51:16.120 --> 51:17.460
regardless I'm just thinking of

51:18.380 --> 51:20.180
there's probably going to be a lot of people that

51:20.180 --> 51:22.240
will want BTC pay server anyway just because

51:22.240 --> 51:23.460
of how accessible it is

51:23.460 --> 51:25.820
you can tell me what the benefit of BTC

51:25.820 --> 51:27.180
pay server is over Monero

51:27.180 --> 51:29.080
just curious

51:29.820 --> 51:31.720
I couldn't tell you myself because I haven't actually

51:31.720 --> 51:33.820
used Monero pay I'd like to try out Monero pay

51:33.820 --> 51:34.140
myself

51:35.080 --> 51:36.840
I'll look into it soon for sure

51:36.840 --> 51:39.280
no UI on Monero pay itself right so

51:39.280 --> 51:40.480
that's why I went for it

51:42.600 --> 51:43.940
I didn't really

51:43.940 --> 51:45.180
get a chance to really

51:46.660 --> 51:47.480
talk about

51:47.480 --> 51:49.900
really BTC pay and Monero pay

51:49.900 --> 51:51.740
in depth BTC pay

51:51.740 --> 51:53.620
of course we could certainly

51:53.620 --> 51:55.720
run the BTC pay server

51:55.720 --> 51:57.180
Monero focus store

51:57.180 --> 51:58.380
or otherwise

51:58.980 --> 51:59.540
and

52:00.960 --> 52:03.540
the question remains is what it's going to look

52:03.540 --> 52:05.660
like on device like it's not going to have

52:05.660 --> 52:07.180
integration with

52:07.180 --> 52:08.940
no UI and so

52:08.940 --> 52:11.640
we're going to have to build interfaces or at

52:11.640 --> 52:12.380
least display

52:12.380 --> 52:14.040
the BTC

52:15.180 --> 52:15.740
UI

52:16.480 --> 52:18.440
we could have a little web view for it

52:18.440 --> 52:20.940
yeah that could be done but then you know

52:20.940 --> 52:21.840
it's not going to look

52:21.840 --> 52:23.420
and part of

52:23.420 --> 52:26.540
of course there was the issue with Docker

52:26.540 --> 52:27.100
and

52:28.700 --> 52:30.440
it's not really an issue it's more

52:30.440 --> 52:32.060
a design choice really

52:32.740 --> 52:34.760
and is integrated

52:34.760 --> 52:35.500
as possible

52:36.560 --> 52:38.440
it might be a little bit darker but

52:39.060 --> 52:39.620
yeah

52:41.040 --> 52:42.960
yeah it was very easy

52:42.960 --> 52:45.140
at the beginning to kind of just throw everything

52:45.140 --> 52:46.440
in with Docker that was

52:46.440 --> 52:48.240
like the obvious choice but

52:48.240 --> 52:50.280
at the very beginning we were faced

52:50.280 --> 52:51.720
with this and we kind of

52:51.930 --> 52:53.360
chose to go the

52:54.010 --> 52:55.720
native route basically running

52:56.240 --> 52:57.240
on Linux

52:59.380 --> 53:01.660
and one of the other

53:01.910 --> 53:03.620
advantages with Monero pay is that it

53:03.620 --> 53:04.700
allowed us to

53:06.240 --> 53:07.820
it doesn't have

53:07.820 --> 53:09.900
features BTC pay

53:09.900 --> 53:11.660
server has like you know products

53:12.780 --> 53:13.960
with preset

53:13.960 --> 53:15.320
amounts stuff like that

53:15.320 --> 53:17.280
so it's really very simple

53:17.280 --> 53:18.920
interface which allowed us

53:18.920 --> 53:20.980
to also control the

53:20.980 --> 53:22.940
the front end of it

53:22.940 --> 53:24.040
so it really

53:25.300 --> 53:26.580
fits in with

53:27.140 --> 53:29.180
everything else on

53:29.180 --> 53:30.720
the note of UI

53:31.320 --> 53:32.980
yeah really all Monero

53:32.980 --> 53:35.020
does is it automatically

53:35.020 --> 53:37.080
checks for new payments to certain

53:37.080 --> 53:39.200
addresses that it creates and it has a little callback

53:39.200 --> 53:39.520
URL

53:40.260 --> 53:43.100
that it'll send a request to when

53:43.100 --> 53:44.980
the payment is done which is very easy to work

53:45.580 --> 53:46.140
with

53:46.140 --> 53:49.100
so it's something that's a bit more custom it has to

53:49.100 --> 53:50.880
be taken advantage of

53:50.880 --> 53:53.040
yes and you build the UI

53:53.040 --> 53:55.200
or the thing on top of it

53:55.200 --> 53:56.860
yeah we will

53:56.860 --> 53:59.100
you know we'll have this thing as I said

53:59.100 --> 54:00.920
obviously running at Monero Topia

54:00.920 --> 54:02.820
will be the nodes that people can

54:02.820 --> 54:04.680
connect to locally down there

54:04.680 --> 54:07.120
you know hopefully that will improve

54:07.120 --> 54:09.100
the infrastructure people will be able

54:09.100 --> 54:11.060
to more quickly sync their

54:11.060 --> 54:12.920
wallets but in addition

54:12.920 --> 54:14.620
we'll get a vendor

54:14.620 --> 54:16.740
vendor or two to have

54:16.740 --> 54:18.260
a note of sitting out in front

54:18.260 --> 54:20.620
on their stand perhaps

54:20.620 --> 54:22.360
and we could be testing out

54:22.880 --> 54:24.640
Monero Pay POS system

54:24.640 --> 54:25.720
that would be super cool

54:25.720 --> 54:28.160
at the conference 100%

54:29.100 --> 54:30.880
we're going to have BTC pay there

54:30.880 --> 54:32.740
competing as well so it should be

54:32.740 --> 54:33.580
interesting actually

54:35.180 --> 54:37.140
it amounts to 50 cents

54:37.140 --> 54:38.760
even for non-nodes you want your node

54:38.760 --> 54:40.000
to be isolated not have other

54:40.000 --> 54:42.020
process running while excited as you would

54:42.020 --> 54:44.620
on your Windows or Mac

54:44.620 --> 54:44.900
computer

54:45.840 --> 54:46.960
very true

54:48.980 --> 54:50.100
alright guys

54:50.700 --> 54:52.520
I tortured you guys enough

54:53.260 --> 54:54.320
one more thing

54:54.320 --> 54:55.760
very small thing

54:56.520 --> 54:57.680
because I was thinking about it

54:57.680 --> 55:00.500
it has I2P on board it uses I2PD

55:00.500 --> 55:02.080
which is a simpler implementation

55:02.560 --> 55:04.520
C++ instead of the big bloated

55:04.520 --> 55:05.540
I2P Java

55:05.540 --> 55:07.840
I don't hate it but it's not meant

55:07.840 --> 55:08.860
for this device but

55:09.560 --> 55:11.400
this also means that if you have

55:11.400 --> 55:13.120
your node you can just use it

55:13.120 --> 55:15.680
also alongside it as an I2P

55:15.680 --> 55:17.360
router that you can connect to

55:17.360 --> 55:18.640
so you can use your little

55:19.720 --> 55:21.600
I2P dedicated browser and connect

55:21.600 --> 55:23.920
it to the node and browse I2P websites

55:23.920 --> 55:24.640
if you want to

55:25.600 --> 55:27.720
just a simple

55:27.720 --> 55:29.400
small feature but it's nice to have because it's

55:29.400 --> 55:30.960
another dedicated thing that you just

55:31.460 --> 55:33.520
use it for because I2P works better if you keep

55:33.520 --> 55:35.280
it running for long periods of time

55:35.280 --> 55:37.200
which not everybody with a laptop can do

55:38.460 --> 55:39.740
adoption with I2P

55:40.280 --> 55:41.500
that's always been it's

55:41.500 --> 55:43.140
a QECO and

55:43.140 --> 55:44.880
I would love to see more adoption

55:44.880 --> 55:46.640
than I2P because it's such a cool network

55:49.040 --> 55:49.480
compared

55:49.480 --> 55:50.420
to Tor it's way more

55:50.420 --> 55:52.640
will we take for the node to run a Tor

55:53.460 --> 55:55.320
node no that's not in the cards right

55:55.320 --> 55:56.720
it runs a Tor node

55:56.720 --> 55:58.940
oh it's running a Tor node

55:58.940 --> 56:00.280
and an I2P node

56:00.280 --> 56:02.060
yeah holy shit

56:02.060 --> 56:04.280
and you also have the ability to

56:04.280 --> 56:06.120
route all connections through Tor

56:07.000 --> 56:08.460
so how much space

56:08.460 --> 56:09.780
is that taking up on the node

56:09.780 --> 56:11.660
the Tor node

56:11.660 --> 56:13.540
not a whole lot no

56:14.060 --> 56:15.900
a few megabytes

56:17.620 --> 56:20.220
I obviously have no Tor

56:20.220 --> 56:20.820
knowledge

56:22.520 --> 56:23.360
very cool

56:24.600 --> 56:26.400
amazing yeah because one of the

56:26.400 --> 56:28.120
urban hackers is going to be giving a

56:28.120 --> 56:29.840
workshop on Tor

56:29.840 --> 56:32.120
down at Minerotope as well

56:32.120 --> 56:34.140
and trying to convince people to

56:34.140 --> 56:35.980
run their own Tor node

56:36.760 --> 56:38.140
yeah so in addition

56:38.140 --> 56:39.940
to contributing to the Minerot network

56:39.940 --> 56:41.880
by running your own node you're also contributing

56:41.880 --> 56:43.220
to Tor and I2P

56:43.220 --> 56:47.000
you also get the benefits

56:47.000 --> 56:48.440
of those as well

56:48.440 --> 56:50.540
it's already talking about running an actual

56:50.540 --> 56:52.760
like a Tor Relay

56:52.760 --> 56:53.560
server

56:54.340 --> 56:55.600
yeah maybe that's why

56:55.600 --> 56:57.420
are you talking about like running the Tor

56:57.420 --> 56:59.280
Damon locally for you to use Tor

57:00.080 --> 57:01.560
yeah I mean is there benefits

57:01.560 --> 57:03.360
to the network when you're running a Tor

57:03.360 --> 57:04.940
Damon locally or it's only

57:05.640 --> 57:06.580
not that much

57:06.580 --> 57:07.340
okay

57:09.260 --> 57:11.860
that's what I'm meaning it would be running a Tor Relay

57:11.860 --> 57:13.740
right so to run a Tor Relay

57:13.740 --> 57:15.420
what are the constraints of that

57:15.960 --> 57:16.680
just bandwidth

57:17.160 --> 57:18.280
yeah just a bit of bandwidth

57:19.000 --> 57:21.060
and the very tiny possibility

57:21.520 --> 57:23.420
of the Fats knocking on your door because they think

57:23.420 --> 57:24.960
if you're running an exit

57:26.200 --> 57:27.080
well true

57:27.080 --> 57:29.560
what I'm getting at would it ever make sense to run

57:29.560 --> 57:31.520
Tor Relays on could that be an app

57:31.520 --> 57:33.200
on the no-no would that make sense

57:34.060 --> 57:35.500
it could be a simple

57:35.500 --> 57:37.260
setting it doesn't have to be

57:37.260 --> 57:39.340
a whole app on its own it can just be a simple

57:39.340 --> 57:41.500
setting if you want I could have that

57:41.500 --> 57:41.900
if you want

57:42.880 --> 57:45.260
we've also considered VPN as well

57:45.260 --> 57:47.400
you know incorporating a simple

57:47.400 --> 57:49.700
like just entering your IVP

57:49.700 --> 57:50.640
or low-fat

57:51.500 --> 57:52.860
credentials or something

57:52.860 --> 57:54.520
and just connecting

57:54.520 --> 57:56.240
giving you an interface

57:56.240 --> 57:58.600
to set your VPN on

57:58.600 --> 57:58.960
device

57:58.960 --> 58:01.520
you know there's

58:02.640 --> 58:04.040
we'll just say stop

58:04.040 --> 58:06.060
this is we're going to stop

58:06.270 --> 58:08.040
now and then

58:08.570 --> 58:10.460
we're going to worry about adding

58:10.460 --> 58:12.340
all the cool stuff later

58:12.340 --> 58:14.040
and really

58:14.900 --> 58:15.880
you know

58:15.880 --> 58:18.460
focus on what we do

58:18.460 --> 58:19.460
have currently

58:19.460 --> 58:21.200
which is also cool stuff

58:21.200 --> 58:23.260
yeah and there is

58:23.260 --> 58:25.900
we look forward to hearing from everyone

58:25.900 --> 58:27.480
there's been a lot of great feedback

58:27.480 --> 58:30.120
we've incorporated a lot of stuff based off of

58:30.120 --> 58:30.740
just people

58:32.200 --> 58:34.120
talking on one of the channels

58:34.120 --> 58:36.380
or you know just asking hey

58:36.380 --> 58:37.600
can we do this and

58:38.580 --> 58:40.160
saying yeah we could do that

58:40.160 --> 58:40.880
no problem

58:42.040 --> 58:44.520
accessibility stuff like the keyboards came about

58:44.520 --> 58:46.380
that way Doug he requested

58:46.380 --> 58:48.000
news app news

58:48.000 --> 58:49.400
and you know

58:50.340 --> 58:51.600
nicer display

58:51.600 --> 58:53.740
and so it really has become this

58:54.380 --> 58:56.000
like the cool device

58:56.000 --> 58:57.480
that everyone seems to want

58:57.480 --> 59:00.000
that is going to draw attention to

59:00.000 --> 59:02.280
even though it's really

59:02.280 --> 59:03.920
simplifying the whole process

59:03.920 --> 59:06.200
of getting like the basic

59:06.200 --> 59:07.360
stuff done with it

59:08.160 --> 59:10.060
relaying transactions through it

59:10.060 --> 59:10.920
accepting payments

59:10.920 --> 59:14.280
and LWS

59:14.280 --> 59:15.560
stuff you know accessibility

59:16.060 --> 59:16.340
again

59:17.340 --> 59:19.920
yeah I do really love the idea of adding

59:19.920 --> 59:21.160
potentially Tor relay just keep

59:21.160 --> 59:23.200
putting that on the list of

59:23.200 --> 59:25.620
potential things that we might want to add

59:26.280 --> 59:28.420
I should point out that once this is

59:28.420 --> 59:30.020
out there once you know we'll get there

59:30.020 --> 59:32.280
eventually and once this is

59:32.280 --> 59:33.220
really out there

59:33.980 --> 59:35.920
and we begin to

59:35.920 --> 59:38.260
kind of get into the next batches

59:38.260 --> 59:40.200
I really want to

59:40.200 --> 59:41.900
really have time essentially

59:41.900 --> 59:43.920
to focus on

59:44.820 --> 59:46.180
merchant adoption

59:46.180 --> 59:48.080
I think there's been some talk

59:48.080 --> 59:49.880
about you know getting those

59:49.880 --> 59:51.480
fantastic flyers out there

59:51.480 --> 59:53.760
getting merchants

59:53.760 --> 59:55.700
involved so it could be

59:55.700 --> 59:57.320
kind of layered not just

59:57.900 --> 59:59.740
adoption with Monero but

59:59.740 --> 01:00:01.960
making accessible

01:00:01.960 --> 01:00:03.960
the receiving of payments

01:00:03.960 --> 01:00:06.000
and the whole stack

01:00:06.000 --> 01:00:07.380
of

01:00:07.380 --> 01:00:09.560
that may

01:00:09.560 --> 01:00:09.980
I mean we

01:00:11.000 --> 01:00:13.360
get these to the point where I could start going

01:00:13.360 --> 01:00:15.360
to these weed dispensaries here

01:00:15.360 --> 01:00:17.140
in New York and be like hey you might want to add

01:00:17.140 --> 01:00:19.180
one of these to your store so you can accept

01:00:19.180 --> 01:00:21.220
Monero payments and it integrates

01:00:21.220 --> 01:00:22.280
with your POS like

01:00:23.080 --> 01:00:25.140
that's the holy grail we get to that point right

01:00:25.140 --> 01:00:27.800
and now we're

01:00:27.800 --> 01:00:29.440
we're onboarding stores

01:00:29.440 --> 01:00:33.980
and it's making sense to them

01:00:33.980 --> 01:00:35.280
they're not dealing

01:00:35.280 --> 01:00:37.560
with cash which is

01:00:37.560 --> 01:00:38.740
you know dangerous right where they

01:00:38.740 --> 01:00:40.780
people come in and rob them take all their cash

01:00:41.360 --> 01:00:42.560
they're dealing with

01:00:44.340 --> 01:00:45.640
untraceable digital cash

01:00:45.640 --> 01:00:47.100
that they're

01:00:47.100 --> 01:00:49.500
nobody can steal from the store I mean it's like

01:00:49.500 --> 01:00:51.220
there's real utility there

01:00:52.300 --> 01:00:53.880
we just need to continue

01:00:53.880 --> 01:00:55.700
to build out the ecosystem that

01:00:55.700 --> 01:00:56.680
allows them to do that easily

01:00:56.680 --> 01:00:59.080
I see tux gas trying to move us along

01:00:59.080 --> 01:01:01.520
before we go another tight quest

01:01:01.520 --> 01:01:03.800
until it gets time constrained so am I

01:01:03.800 --> 01:01:04.820
but thank you guys

01:01:04.820 --> 01:01:06.860
for coming on and showing

01:01:06.860 --> 01:01:08.860
showing off the note it's

01:01:08.860 --> 01:01:11.240
very cool product and I'm excited for it myself

01:01:11.240 --> 01:01:12.920
I just want to end on one

01:01:12.920 --> 01:01:14.780
the one last thought right is

01:01:14.780 --> 01:01:16.760
you know the reason we're talking

01:01:16.760 --> 01:01:18.200
about I run a dedicated note

01:01:18.600 --> 01:01:20.920
the reason why I'm running for the noobs out there

01:01:20.920 --> 01:01:22.880
right it's important to run

01:01:22.880 --> 01:01:24.520
your own node so that

01:01:24.520 --> 01:01:26.580
it makes your essentially

01:01:26.580 --> 01:01:28.400
makes your use of Monero

01:01:28.400 --> 01:01:31.100
more untraceable and untrackable

01:01:31.100 --> 01:01:32.860
you're not taking the risk

01:01:32.860 --> 01:01:34.140
of going through some

01:01:34.780 --> 01:01:36.540
you know malicious node

01:01:37.480 --> 01:01:38.800
that's scanning your

01:01:38.800 --> 01:01:40.440
usage of Monero that knows

01:01:40.440 --> 01:01:42.800
every time you're trying to send a Monero transaction

01:01:42.800 --> 01:01:44.020
that can see your IP

01:01:44.020 --> 01:01:46.600
so it allows you to use

01:01:46.600 --> 01:01:48.760
Monero the most private and secure

01:01:48.760 --> 01:01:50.800
way possible when you're running your own

01:01:50.800 --> 01:01:52.500
node and just because

01:01:52.500 --> 01:01:54.460
you're not mining it doesn't mean that you're not

01:01:54.460 --> 01:01:55.940
helping the network by running a node

