So, namaste everyone. Good morning, good afternoon, and in my case, good evening, wherever you may be across the planet, around the globe. My name is Greg Prescott from n5d.com. Actually, it's backwards. If I go like this, there. And like this, my name is Greg Prescott from n5d.com. And you're joining me live right now. And I want to talk to you guys about what's going on with this strange anomaly that's happening with my TV. I had this happen, I don't know, a few days ago. And here we are once again. The same thing is happening. Now, I know that earlier today I'll give you a screenshot of this, if I can. We had some human resonance energy that came in right here. And what was really interesting, too, is you can see like this rainbow wave right here. Isn't that cool? Can you guys see that? Now, you don't normally see that right there. It's usually up on top. But you have this like rainbow wave down here that I thought that was pretty cool. So, what I'm looking at is once again, I'm gonna show you guys what's going on with the TV. So, I have the remote in my hand and it won't turn on until I get near it. And then once I'm near the TV, there it goes. Hey, you see that? Now, here's the remote. I'll change the channel. This is the Singers and Swing channel. I listen to this one as well as the Soundscape channel. I enjoy both of them. But I like this channel, too. So, here's the remote.  See that? Now, we'll change the channel. I'll move back and we'll change the channel to the Soundscapes. So, it'll be my last channel. Click that. Now, we should be on Soundscapes and I'll just put the remote right here. Yeah. Now, Soundscapes is on. Nothing in my hand.  When I get close back to it again, it turns back on. You can hear it. It should come back on, too. There it is. Crazy. Absolutely crazy.  And with this energy that's coming in, is it possible that it's playing into what we're, what's happening with our electronics? Makes you wonder. So, once again, here I am right here and the TV goes back on again. This, like I said, this happened, I don't know, four or five days ago, something like that. And then everything was fine and then we had this energy wave come in again. So, I got to go back and take a look at perhaps the Schumann Resonance or, you know, maybe solar flares or something like that as we're picking up and receiving photons and cosmic energy is affecting our electronics. Bam. There it is. Walk away. Bam. It's off. Back on. Nothing in my hands. And when I walk a couple steps away, off it goes. It's pretty crazy, isn't it? Isn't it? How do you spell that? I-N-N-I-T, isn't it? So, a quick shout out to Courtney, Kimberly, Jill, Jim, Jim Brady, Upstate New York, Diane, Valerie, Itoi, Crystal, Lance, Vicki, Catherine, Michelle, Carol, and Christy, and Ben, Kim, Michelle, Jackie. Wow. A lot of people are actually able to see this. Maybe I am no longer shadow band. I actually have like 60 people here. That's really cool. Hey, Linda, Marie, Robin, Adriana, Natalie, Megan. This is great. This is great. I'm excited that I can actually communicate with you guys now and I'm not being shadow band. Awesome. We're doing something right. But if you're just tuning in, this happened. I posted on it earlier this week. I think I posted the article on Monday. But it happened, I think, last week, a few days beforehand. When I walked by the TV, it automatically turns on. Now you can hear it and now you can see it. And like I said, the remote's right here. It's down by the TV over there.  And then I come back here, goes back on again. Crazy. And Susan is saying that we're vibrating at a higher vibration. I think that's true. And this is a lot of the work that we're doing, too. And that's one of the main things that my guys have been telling me to pass along to you guys is maintain that high vibration, love, forgive, all that good stuff, ground. And everything will be okay. But it's just like a reflection of energy. It's all energy right now. And there it is.  So these comments are funny. Thank you. I'm glad that you all could join me right now. So I just found it very interesting. I thought I'd share it with you guys. As I walk closer to the TV, and you guys can hear it, and you can see it. It's backwards because I got to turn my phone around. There. So this is what I'm actually seeing on Soundscapes. Hopefully I got to stand next to it. You can see the remote right there. But it's always your next move, Napoleon Hill, which is that guy was actually before the secret, before the secret was actually Envogue. He was the one that really started pushing, you know, what you put out comes back to you. And there's a couple articles on N5D from, based on Napoleon Hill's work. But this is called Soundscapes. It's a really cool if you're going to watch TV, and I know that it does put out EM apps and stuff. But if you're going to have it on and you'd like to have that ambient music playing, I recommend this. And they have cool quotes here. Pain is inevitable. Suffering is optional. And this is the other channel I listen to. It's a swing channel. Let's see. Hang on. There we go. For some reason, I started listening to swing. I think I had another walk in about two, three months ago. And it must have been from an earlier era, because anyone that knows me knows. I like hard rock, but this is what I'm listening to, you know, for the last couple months. Strange. So yeah, I enjoy this channel. I'm going to change the channel. I'm going to walk away. The remote's right there. Nothing in my hand. The only thing in my other hand is the telephone. And as you can see, it just turned off. And as I walk closer back here, it's going to turn right back on again. Bam. Crazy.  You know, are you guys going through this? I'm finding this really, really bizarre that it's happening like this. I can't get it to play unless I stand right next to it. You know, you've seen it. I can change the channels. It doesn't matter what channel I'm on. It just goes back to either nothing. Or if I go next to it, it plays again. So I'm just curious if this is happening. Kimberly is saying, that's nothing. Wait till suddenly there's personal messages addressed to you by your name being typed across your screen happened to me five years ago at a hotel. That would be pretty freaky, Kimberly. I couldn't imagine that. And Susan's saying, gear shifts for you, Greg, from that rock and roll to this music indeed. Yeah, big time. You know, I've got my my guitar over here.  In the morning, I'll take the guitar and I'll listen to the high pitch frequency that's going on. And I'll figure out what the high pitch frequency is. And then I report on it every day. I was listening to a Luna Ash. And it was funny because her latest update actually coincided with what she was posting with her energy report actually coincided with what the high pitch frequency frequencies were for the last several days. So I thought that was really interesting. So kind of saying I'm just losing days or it seems like time doesn't pass for hours. There's something for me sometimes, you know, I might take a nap and it'll feel like or even go to bed at night. I don't know if you guys have experienced this, but you go to bed at night.  But when you wake up, it might have been only an hour or so. And time is really, really strange right now. It's interacting very oddly with us right now.  And you're like, where did, where did all that time go? So Debbie's saying that her car radio computer screen is going crazy every time she gets in the car. It screeches full blast. Then my navigation turns off by itself and she went into the repair shop and they reset the computer, tried everything and it's still acting up apparently. Wow. Yeah. So it is, you know, there are some strange computer electronics anomalies. There's people that, you know, they have that much energy where they walk by a light and the light just bam goes out on them. I've heard that with people walking underneath lamp posts at night. They're like, you know, the lamp posts are just going pop as they walk by. Diane's saying, have you been looking in the sky? Yeah. I had a dream. I look at, I look at the sky a lot this time of the year because of Orion's belt. I had a dream, I don't know, maybe four or five months ago where I was looking up at the sky and I saw Orion's belt and you know how it kind of looks like a, almost like an hourglass, the way, you know, you got the three stars in the middle and then you kind of have like the triangles on each end. Well, when I was looking up at the sky, they were all lighting up like, like lights on a pinball machine. It was really cool. And I just felt like something major was about to happen. And that dream to me kind of said that, okay, as this energy is coming in, it's going to light up everything in the sky before it actually gets to us. And then when it gets to us and everything beyond, they'll be seeing, you know, whatever planets are beyond us that can actually see us in the sky. We'll be seeing the same thing that I'm seeing, which would be the lighting up of the stars in the sky, like a pinball machine. So yeah, that's pretty cool. And I do look at the sky often. And Susan's saying, I wondered how you knew the pitch when I got your report. Yeah, that's, that's how I do it right now. And it's for me, these high pitch frequencies, they never stop. I constantly hear them. And sometimes it's so distinct you'll hear like a shift change in your ear. Other times it's a mellow transition from one pitch to another. Rarely is it ever the same pitch when I wake up in the morning as it was the day before. And that's why I'm recording all this like right now. That's what I'm hearing. But it's on a much higher octave than that. And I could tell you what the note is if I put my phone down for a sec. That's it. So, and that's how I figure out what the octaves are. Like this morning when I woke up, it was a D. And it's changed. So it's constantly changing. And even though like in the morning when I post that, that's the predominant high pitch frequency that I heard at that time. We'll see if this stays the same tomorrow from the tone I just heard and what it is tomorrow. Christine saying, next ETs will come knocking on your door. I hope so. Well, they don't have to knock, they can just appear in my living room if they're benevolent. Jennie saying that's my pattern as well after an hour I wake up. Last night I lost four hours. Yeah, it's crazy. A lot of us, I know at least for me, a lot of us are experiencing what I call leaky ear. And it's like a drainage in the ear, but it has gotten significantly better in the last couple days, which is good. But my sleeping patterns are like all over the place. And most of the time, when I take a nap, my naps are probably two or three hours. But when I go to bed at night, I'll go to bed. Gosh, last week I was in bed twice before nine o'clock, right around 8.30 or beforehand. And I'd wake up around one o'clock and I'd stay up all morning. And so the sleep patterns are all over the place as well. Let's go test the TV and see if that's still doing the same thing here. Okay, walking closer, closer, closer. You can hear it. And there it is. Crazy, huh? Cindy's saying that her crystals have been active lately. Very cool. Just checking out some of the comments here. And you know, as I walk away, yeah, you know, TV shuts off once again, of course. Rob has been saying, wow, I thought I was alone. Gosh. And that's why it's so important that, you know, when you're experiencing stuff and, you know, you think that it's only you, chances are it's not a lot of us are going through this. It's probably not a lot of people, you know, that are unawakened or experiencing what you're experiencing. But when you talk about it and you put it out there and, you know, make an update on your Facebook page or something like that, you'll find that a lot of people are going through what you're going through as well. You know, where I find that a lot of times when I experience something very strange, several other people also experience it. Like, for example, I had that dream of the three tidal waves and I made a video of this. Gosh, back in 2014, 2015, something like that. And so many other people had this same dream of seeing at least one tidal wave come but yet there was no fear when that tidal wave was coming. It was complete. They were completely calm and, you know, and basically that dream was about energy. It wasn't a wave. It wasn't a flood. It was a wave of energy and several people, gosh, at least five people that I know of said they also had the dream of three tidal waves like I had. So when you put that stuff out there, you never know who's going to come back and say, yeah, me too, me too, me too. So put that out there and let people know what you're going through because chances are somebody else is going through the same thing as you are. Okay, just scrolling on the comments. So Anelia is saying that her phone was charged but then 10 minutes later it's on half charge. So yeah, I can see that happening. Quick shout out to Georgia and Deb Rodriguez from Upstate New York. Got some Upstate New York people here, Yashman, Tanya. Quick shout out to everyone, Barbie. Christine is saying certain stars are points lighting up in your body. That's a very interesting proposition there because I've seen people that actually have like certain constellations on their body in numerous places. Debbie is saying I also get zapped with everything she touches. Electric shocks her and she's saying I guess I have too much energy. Yeah, I don't think that's a bad thing though, Deb. A lot of people get shocked. Yeah, because we have so much energy. Okay, so Susan says she's going to candle her ears. I guess she's going through the leaky ear as well. But according to Aluna, she was saying that the leaky ear is one of the ascension symptoms. So as crazy as it feels, especially when you're trying to sleep and you hear that like suctioning sound that when you're trying to sleep on your ear, you get used to it kind of. Let's check out the TPC. See what's going on here. I hear it and there it is. Not everybody can be famous, but everybody can be great because greatness is determined by service. So many cool quotes on here. Like I said, that's soundscapes and I know it's backwards right now. I've got the live video back on selfie instead of pointing forward. We'll point it forward right now as I walk closer to the TV and bam, there it goes. Soundscapes. For some reason, I like this music or at least my walk-in likes that music. I still enjoy the music I always enjoy, the hard rock. Well, classic rock. I guess it's called the whole Van Halen, White Snake and all that kind of stuff. But it's kind of funny how I'm listening to Swing now too. I would actually enjoy watching a swing band play if there was one in the area. That would be pretty cool. So Susan says, she's a medium and yes, off the chart readings right now. Awesome. Sleep patterns all over the place for Linda.  Yeah, tell me about it. Yes, exactly Kathy. Kathy Baker saying, as our bodies turn to crystalline, the crystals make us receivers and senders, transmitters of energy. Definitely, completely agree. And that's why you're seeing this thing live, you know, as I get closer to the TV and just, I don't know. It's hard to say, but it's using my energy or it's working in conjunction with my energy to play. So, Crystal saying that she's noticed this summer, people being glitchy. I've noticed a lot of things that doesn't seem like there's like a lot of NPCs or, you know, these just people that are programmed into doing things that don't make sense anymore. For example, here in Sarasota, Florida, you see this turning on as I get near it. As I walk away, it shuts off. But here in Sarasota, we have this, it's called Tamiami Trail and it's three lanes. And oftentimes, I'll see a lot of people driving in the left hand lane of the third lane of those three lanes. Yet, the middle lane or the right lane will be completely empty. Everyone assumes that the left hand lane is the passing lane, excuse me, the passing lane. But yeah, I'll just fly by them all right down the middle of the road. And it's not like anyone's necessarily turning because I'll look at my rear view mirror. No one's turning. They're all just going really slow in the left hand lane as if they're programmed to do what everyone else is doing. It's crazy.  And how many are just non-player characters and PCs? So I'm really behind on the comments. Hey, Schuyler. So yeah, and hello. Hi, Jill. Namaste. Welcome. And Gertrude McGillicate. So yeah, if you're just tuning in, this is what's happening. As I walk away from the TV, it shuts off. And as I walk next to it, up to it, it turns back on again. So it should, you can hear it. Oh, then there it is. You know, this happened, I don't know, last week. And now it's happening again. I can't explain it, but it is what it is. So I was asking how's the beach, having caught you in a few days. I haven't been doing beach reports. It's been actually cold here. I'm wearing a thermal shirt right now. It's, I think the low is supposed to be in the low 40s, which is really cold for Florida. But the red tide has cleared up. I did see dolphins yesterday swimming. Two dolphins were swimming close to the shoreline. So that's always a good sign. Have been seeing pelicans diving in for meadows. So the beach is clearing up, although we did have a short bout of red tide. I don't know, a few days ago, about four days ago or so. But it is clearing up. The water is getting colder. The water temperature, I think is upper 60s now, which might not be bad if you live in like the northern states. That might not be bad in the summertime, but that's cold for us Floridians. I know, originally I was a New Yorker. I'm a Floridian now. I've been here long enough where I can say that I am since the early 2000s. So yeah, the water's cold. There's a lot of people still here. It's in season. So it takes traffic is constantly going back and forth.  So what I end up doing is I get everything I need to get in bulk. And then I stay on the island. I stay right here in my own little abode and go to the beach to try to ground a little. So even when it's cold out, I try to get out there, but I wasn't able to get out there today. Just the energy was all over the place today. I ended up taking like a three hour nap or longer. I don't remember specifically how long it was today, but I ended up taking this really long nap today. And so I'll probably be up until like two o'clock this morning, unless another energy wave comes in and just smacks me upside the head. So I'm not sure what you're asking, Susan. Susan's saying, what's the initials mean when talking about the cars? I'm not sure what you're asking. But when you guys are driving or even our passengers in a car, do you notice that there's all these synchronistic numbers all around you? You might see like 777 on a license plate or 333 or 555 or 1111 or you see all these synchronistic numbers on the cars that are all around you. That happens to me so much. It's like we're constantly creating our reality around us. Yeah, I'm wearing long sleeves. It's cold here in Florida. Very cold. It's like I said, it's probably going to be in the low 40s today. Schaller's saying, so many beautiful shifts, exciting times indeed. I know that several people are expecting some major waves to come around around the 21st to 23rd. I think James Cololan was one of those people that were talking about that. I think Aluna Ash was another one. I was talking about that, so I'm looking forward to seeing what's going to happen here. I know that I'll be speaking on a cruise that goes from Tampa to Cozumel from the 17th until the 21st. So maybe something magical will happen when we're out on the sea. So that's called the waves of light cruise, which one of my writers, Nicole Frohlich, is organizing.  You can find out more about that. I think it's at wavesoflight.org or you can check out the link on N5D. I think there's still rooms available. I'm not sure. It might be sold out. I don't know.  So I'm going to be bringing my guitar there. One of the speakers is also a singer, so we're going to be jamming. That's going to be fun. We're just going to do that on the side. Oh my god. Linda is saying in Canada it's minus six Celsius. I'm not familiar too much with Celsius, but I know zero is 33 here, so minus six Celsius has got to be like probably 20 degrees or less. Maybe 18 degrees. I don't know. That's cold. I don't miss that. Scott was saying the energy waves have been intense. They have. And I think that's what knocked my butt out earlier today when I ended up taking a nap. The energy waves just got to me. And I slept a long time last night. I got a good night's sleep, and I ended up sleeping even more today.  Bam. Energy blast that came to us. So I thought that was pretty cool. So anyway, I'm just going to do it one more time. And before signing off, like I said, nothing in the hand as I walk closer to the TV, it automatically just comes on like that. And this happened once before. And as I step away, it shuts off. Crazy. So I just want to do that quick update. I want to thank everyone for joining me. And for all your comments, I'll go through all the comments once I get done here. And I know I missed a lot of comments and shout outs to everyone that's been here, that was able to join us. I'm so grateful that we're able to get more than five people when I was shadow banished about how many I would get if that, but we made it up to like 40 semi people today or more. And I'm so grateful that you guys were all able to join me. So continue commenting. If you're watching this on the recorded version, comment below if you're experiencing any strange anomalies. If you're watching this on YouTube, remember to like and subscribe and hit the bell notification to make sure that you get notified whenever I have videos. So until the next time, I am sending you all infinite love and light. This is Greg from N5D.com and Zantasia.com. Peace.


The dimorphodon, a member of the pterosaur family. It is a fairly poor flyer, mainly due to its shorter wingspan. It relies on frantic short flights.


Welcome back to our MedSmarter question of the week where we're taking a smarter approach to preparing future physicians. Before we get started, if you'll take just a quick minute and click that like button and also subscribe and turn the bell on so that you'll be notified when we post new videos. Let's get right to that question. As always, we start with the last sentence of the vignette and then read the rest. Which of the following would most likely be found in this patient? A newborn is found to have strong, bounding pulses in both upper extremities and carotids, but her femoral pulses are very weak. She is diagnosed with coarctation of the aorta and is taken to surgery to correct the defect. Subsequent follow-up examinations showed no further heart abnormalities. 15 years later, the patient is noted to have poorly developed secondary sexual characteristics, including persistent, non-progressive tanner stage 2 breast and pubic hair development. She has not experienced menarche. Which of the following is the most likely to be found in this patient? What we're dealing with here is someone that had coarctation of the aorta when they were born and then started having a lack of secondary sexual characteristics and development once they hit the age of puberty. So this to me sounds like something like Turner syndrome. And they're wanting to know what would be found in the patient that would potentially have Turner syndrome. Remember, Turner syndrome is 45 XO, so they just don't have that second X chromosome there. Alright, let's check and look at our answer choices. Take a minute right now, read these choices, come up with your answer and type it in the comment box below. Let's go through these answer choices together. Normal ovaries. I know with Turner syndrome that their ovaries are not normal, they're actually a rudimentary ovary, so therefore that's my answer choice that's not a possible one for me. B, decreased estrogen levels. Decreased estrogen levels would explain the lack of progression through puberty and pubic hair development and no menarche. So I'm going to leave that one in. A 46 XY, we've already determined based on the question this is Turner syndrome, not 46 XY, which would make it a biologic male. So therefore that's not an option for me. D, semi-increase. Semi-increase is classic and down syndrome. We're talking Turner syndrome, not down syndrome, so that's not an answer choice. And then patent ductus arteriosus. So sometimes when we do have some heart and vascular issues, we can come up with a patent ductus arteriosus. In this particular case, Turner syndrome doesn't usually have any patent ductus arteriosus as part of the squella of its disease. Also, when we look up here that all they had was the coarctation of the aorta, and then for years and years later everything else showed no more heart anomalies. Therefore, why would they have a patent ductus arteriosus that should have been observed? So unless it was missed by a medical professional, patent ductus arteriosus does not fit this case either. Therefore we have B as our only remaining answer choice of decreased estrogen levels. And B is the correct answer. So, like we said earlier, this is Turner syndrome, and that is a 45 XO karyotype. And oftentimes they have coarctation in the order at birth, and then down the road when they are going through puberty, they have amenorrhea, and if you did a workup for them, a genetic workup, you would see that they have only one X chromosome. They don't have a bar body available there. They also have poor development of the secondary sex characteristics. And because of that ovary issue that we talked about, the rudimentary ovary, they are infertile. Of note here on some of these questions, if you did have a patient that was developing normally up until they got to puberty and they noticed some weird masses in their abdomen or some other similar type presentations, 46 XY karyotype, this is known as androgen insensitivity. And then one further note on the patent ductus arteriosus. We said that the cardiac exam was normal after they fixed the coarctation. If it weren't normal, we did have a patent ductus arteriosus. This is where you would see that machine-like murmur. If you found this material helpful for your studying, please like and consider subscribing to the channel. Also, share this video so that more people can benefit from it like you have.


Hello everyone. Welcome to our pre-owned vehicles of the week. I'm Gabrielle over here at Oxmer Toyota. So you guys, we are going to have a three red pre-owned SUVs. So I want to go ahead and start with this one right here. Our first vehicle is a 2018 Lexus RX 450 HL. Now that exterior color is in a Matador red mica. This is going to be all-wheel drive. You will have things like navigation, blind spot monitoring. There'll be Bluetooth. There's a backup camera. You will have a sunroof. There's heated leather seating and a power liftgate. You also have the eight-way power driver seat with that lumbar support. Now that interior color is in a beautiful parchment leather. Mileage is 54,214 and the price is $42,335. Our second vehicle is a 2020 Volvo XC60 T5 Momentum. That exterior color is in a fusion red metallic. You are going to have alloy wheels. This is going to have a clean car fax. One previous owner. There's going to be Bluetooth power liftgate. You'll have heated leather seating and there is a backup camera. That interior is in a black. Mileage on here is $65,146 and the price is $35,995. Our third vehicle is a 2020 Mazda CX-5 Grand Touring. The exterior color is in a sole red crystal metallic. Now this is going to be all-wheel drive. There is going to be Bluetooth. There's a clean car fax. This was locally owned. Now you are going to have a sunroof. There's the eight-way power driver seat with the lumbar support. Heated leather seating. You also have a power liftgate. Now that interior is in a black leather. The mileage is $14,852. The price is $32,995. All right. If you all have any questions, feel free to let us know. All of our contact info is listed right here. Thanks to all so much for watching and I will see you all soon. Bye.


제가 시간을 제공할 수 있습니다. 한국의 경험을 시작합니다. 한국에 대해 이야기할 수 있습니다. 나노테코노러지와 파크 시스템을 제 own company에 대해 이야기할 수 있습니다. 그리고 국민들과의 예를 들었습니다. 그때부터 한국 정부의 권력을 공개하려는 것에 대해 설명을 드렸던 것입니다. 그런데 제가 알아냈다는 것에 대한 계획은 없었지만 제 자신의 스토리에 대해 말할 것입니다. 한국은 엄청난 나라입니다. 이 년에 한국의 populace가 50만 명을 얻을 수 있었습니다 이 년에 한국은 20, 20, 50시간이 되었기 때문입니다 약 20,000억 원의 돈을 얻을 수 있으며 50만 명의 populace를 얻을 수 있습니다 국가, 일본, 일본, 미국, 프랑스, 이를리, 미국, 한국은 7명이였습니다. 한국에서 한 몇 년의 월드클라스 인디스트리가 있습니다. 시스푼, 스마이컨덕터, 스틸, 오토모벨, and consumer electronics가 있습니다. 한국은 2010년에 G20 송인 미닉을 제공했습니다. 2009년에 한국은 10대가 가장 높은 인폴터와 10대가 가장 높은 인폴터를 제공했습니다. 한국은 다음 11대의 국가에서 가장 높은 인폴터와 가장 높은 인폴터를 제공했습니다. 한국은 1960-1990년대에서 가장 빠른 경험이었어요. 50년 전, 한국은 아무것도 없었어요. 한국의 세계에서 다가온 모든 것을 다가왔어요. 인도실도 없었죠. 국민도 없었죠. 많은 사람들도 없었죠. 그래서 생각하자마자 도움이 되었다는 점은 정말 대단한 것입니다 그리고 몇 명의 사람들은 한-리버의 미라클이라고 불렀습니다 하지만, 이런 것처럼 미라클이 필요없는 것입니다 전략적인 인류트라이저이션은 전략적인 프로젝트였죠 FastFollower에 관한 것이었죠 기술영장은 전부 시업이 도전성에 전해� Dit, 바이러스, 능력, 기술 영향은 전해지고, 경제와 labor이 아주 높은 수준을 받았다고 합니다. 한국은 새로운 경제에 맞춰서 세계가 몇 개의 대선을 배우는지 4라운드의 고향을 가진 것입니다. 다른 나라가 없을 때 새로운 기술을 만들어야 합니다. 이 기술은 더 나름한 기술을 가진 것입니다. 또한 또한 소셜의 문제는 경기 폴라리지어에서의 깊은 문제입니다 예를 들어, 플루토크라틱, 래퍼디즘, 래퍼디즘 그리고 슈퍼리치 vs 랩 그리고 지니의 효과는 계속 늘어납니다 그래서 새로운 글라스 모델이 필요합니다 그리고 저는 믿을 수 있습니다 매니저리아의 경험과 엉트로프리네리아의 경험에 관여해야 합니다. 엉트로프리네리아의 경험은 future industry에서 가장 중요한 것입니다. 그리고 엉트로프리네리아의 경험에 응원할 수 있어야 합니다. Indeed, new industry is created by entrepreneurial companies like this. Let me move on to R&D strategies. R&D policies were mostly industry demand oriented at the beginning in the 60s and 70s and later it became science and technology oriented. The key industry was primary industry, light industry and later it became heavy and electronics and transportation. Korea government keep increased its R&D budgets about 10% each year. So in the year 2010, it reached about 12.4 billion US dollars. Including private sectors, the total R&D expenditure in Korea is number 7. It's exactly the same as Dr. Charlie Weiss data. Depends on the date, it can be slightly different. US, Japan, Germany, France, UK and China is either of us. But if we count the number of researchers, Korea is in fact ahead of the UK and France. The current president, Lee Myeong-bak declared low carbon green growth policies. Strategic green energy technology roadmap was created by considering market attraction and technical importance for a few segments. So now 10 core technology was chosen as the new growth engine that includes photovoltaic fuel cell, battery, green car, LED, smart grid, green IT carbon capture and storage, water treatment and future nuclear. We know how important the nanotechnology is. Most of the future technology development is based on nanotechnology progress. We need to understand what's going on in a small scale and we have to utilize such knowledge. So Korea started its nanotechnology initiative program from year 2001 and now we are in its third phase. And Korea government invested over 200 million dollars every year for the last decade. And there was three major R&D projects in nanotechnology, including nanodevices, nanomaterials and nanomechatronics. All of them are about 100 million dollar project over 10 years. And six national nanofacility was built around the country. And as a result, the nanotechnology related paper was keep increasing, the publication number was keep increasing. And we are number three after China and US. Patent application shows similar trend. Keep increasing after China and US, we are number three. According to LUX research data, Korea is regarded one of the most dominant and active country in nanotechnology research. Let me move on park systems. We make SPMs, scanning probe microscope. And SPM is really the key that opened the world to the nanoworld. The first member of SPM is scanning tunneling microscope. With STM, we can see individual atoms and we can move, relocate individual atoms. Atomic force microscope became more important than first STM. It really kicked off the nanotechnology era. AFM was invented at Professor Kelvin Kreitz Laboratory at Stanford University when I was his student. So I was very fortunate. After graduation, I started the first AFM company in 1988, the name Park Scientific and Romance. And current park system is my second company I started. The mission is to be the nanotechnology solutions partner. We started in 1997, there are about 120 people. And our headquarters is in metropolitan Seoul. We have offices in California, Japan, Singapore and we have application lab in Frankfurt. We have full product line of AFM, both research AFM and industrial AFM. I don't have time to go through all the detail, but this is basically the conventional AFM structure. Basically, we measure interatomic force between the tip and sample. And we scan the sample in x, y and z direction with tube scanner, piezoelectric tube scanner. The problem of this conventional AFM is, this tube scanner is not an ideal orthogonal 3D actuator. So there is a cross talk when you move x or y, it affects z and vice versa. So even with a flat sample, it doesn't look flat, even after software correction. Another major problem is this tube scanner is very hollow, weak structures mechanically. So it do not have fast enough g-servo capability and that is very fatal for noncontact mode AFM. So the AFM technology innovation we developed at Park System is, let's get rid of this tube scanner and use fracture scanner. With the fracture scanner, we can get very flat scans. The scan size is about 80 x 80 micrometer and the total run out g motion is well within 1 nanometer. And this step piezo also provides very fast g-servo capability so we can achieve true noncontact mode, practical. Compared to tapping mode, noncontact mode use much small amplitude and we minimize tip sample interaction. So the sample does not damage it or modified and the tip life is much longer. For example, this chromium nitrate sample is very spiky and abrasive and if you use tapping mode, the tip wear out rather fast. So after a few images, the image looks dull because the tip is blunt. In noncontact mode, the tip remains sharp. It sharpness after a few hundred images. Since we can preserve the very sharp end of the tip, we can get higher resolution images. And noncontact mode AFM, we detect the tip sample interaction not only at the end of the tip but also on the side of the tip. So as it approaches to a vertical wall, it can sense the interaction and quickly withdraw and it can climb up. This is an example. The trench depth is 3.7 micrometer. And we can go for industry. We can image LED lens array and silicon patterns, narrow and deep trenches. Okay, let me go for examples of international cooperation. The first one is a programmable data density. Our customers see a normal day in US. They use our AFM to characterize the slide head of hard disk. The read-write head of hard disk has a cutting edge nanostructure. They are fighting for 0.1 nanometer. And they use our AFM to measure the height. Pole tip, read tip and write tips. But as the tip gets smaller, data is getting smaller and smaller, the pole tip, write tip is not visible. That's a problem. So we developed something called programmable data density. And what that is is not unlike a normal scan, we increase the scan line density in the region of interest and fire more pixels. So we get both higher pixel density in the region of interest. So we effectively magnify the region of interest. Now the rider pole is clearly visible. And this is very important because we need to measure the height of this rider pole compared to the ABS area. You cannot zoom in and re-image this AFM data. It have to be done in once. Another example is done with the Seagate Fremont, again from US. They make hard disk media and reviewing the defect is a very important task. And the defect is getting smaller and smaller. And AFM is about the only tool which can characterize exact shape. So far, they use the media with the laser scan system, and that laser scanner generate defect maps, only coordinate in R-SATA coordinate. And then they bring it to the optical inspection system and mark manually where is the defects are with the hyper optical microscope. And by using this marker, they bring to AFM and image what the defect look like. Very tedious, very tedious labor is intensive. So what we did was we converted R-SATA coordinate to XY coordinate in our AFM stage with reference marker. It appears simple in theory, but practically it involves lots of engineering if you consider all the errors, possible source of errors. But we did it. And we can generate all those defect image automatically, unattended. There are a few hundreds. So I cannot go through all those 450, 484. So the example is about 3D AFM. Our customer, TDK in Asama, Japan, they brought up this sample. Can we measure this top width, middle width, and bottom width with AFM? I said no. AFM can image only the visible surface from the top because the AFM tip approach from the top. But they have a very burning issue. They really want to measure those width and angle and sidewalk roughness and so on. And it is not only from TDK. It's coming asking by other hard disk industry and semiconductor industry. So after a regular brainstorming, we thought, Well, perhaps if we rotate the head, the G-axis can move up and down while we can scan sample in X directions and as we scan from the right side to the left, we can get at least one side, right? And rotate the head from the other direction and do the same thing, scan from the left to the right and we can combine those two or three images taken from the top. And in order to do that, we had to develop a new special head, very narrow head and then special tip so that we have to make sure other parts of the probe do not touch the sample. This is actual photo of the instrument. Head is sitting at the center, rotate to the left, rotate to the right and we can get very nice result. Of course, it took many years of engineering. Image from the left, center, and right those three lines and we can merge all those. You can guess. And of course, we can get a very nice 3D rendering image. Okay, the next example is a polymer pan lithography. This was done with a purpose of tread marking at Northwestern University in the U.S. This PPL has a good potential to become a practical nano manufacturing. But they require precise leveling of the pan array and good optical vision from the top. So we had to modify and develop a special platform for them and they liked it very much. It was very productive so they get great result and they appreciate us many, many times if you read the nature paper. The last one is scanning iron conductors microscope. This is for biology application and we got good result with NIGATA University in Japan. For biologists, they want to see samples sitting inside Petri dish and we use nano pipette instead of AFM probe. And this SICM do not apply any physical force so we can get precise image of the sample. Very pristine condition. Very nice images in liquid. Red trachea cells is compared very well with SICM image and this is much easier to get compared to this and this is dead, it's dried, fixed. You cannot do any further experiment. We can even image live cells. Hela cells, the famous cancer cells and this is the first time that we... I mean the live cell surface was imaged because if you consider live cells you cannot use no other technique but optical microscope which do not have enough resolution. But with SICM we were able to image beautiful surface. Look at how complex the membrane looks. And also we can do patch clamping recording so we can go specific point and measure its ionic current. So in conclusion Korea has achieved spectacular industrialization and government-driven economic development program played a key role. R&D has been the national agenda in Korea nanotechnology is the basis of future technology. PARC system is a nanotechnology solutions partner providing the most advanced AFM and SPMs. True non-contact mode AFM, 3D AFM and SICM will open a new horizon for nanoscale measurement and characterization. And lastly we are looking for new partners in Europe. Thank you very much for your attention.


I download all the hard models from your website, they are in scale, and here is the tower. So I rebuild the tower sides with the poles in the position and the length where they are, and a big dish that is by us here. I was able to simulate completely, 100%, all the position and direction and side of mount, the bracket, for each horns, before going to the side, and to plan to have free spaces to add more horns in the same direction, here and there, these are the two backups, they are in two directions, 90°, so I'm saving a lot of space that way, and we have 90° horns for backup, in case one of failure, we cover 90°, we power on, we connect users, meanwhile our technician go to repair the cable, devices, whatever. I developed this system years ago because I was tired to run on Saturday or Sunday to do some repairment, I don't want to do anymore, it's my free day, I have to be free.


Out here I think for us specifically it's just we're like we're constantly working right so I mean our strap especially like as soon as we got here it was just like hey we got this job we got this job so we were just hit the ground running like right away. It makes you feel like you're actually a part of something a little bit bigger. So for the maintenance perspective everything that you need from the aircraft we have to provide it so we have to get the aircraft refueled service ready to fly. We have to make the aircraft ready for weapons to get loaded. They prep the aircraft for the aircrew members to come out there and make sure that they're happy with the way the systems are operating and the missiles are function checking and that's all maintenance.


Live from Las Vegas, Nevada. Extracting the signal from the noise. It's theCUBE, covering IBM Edge 2015, brought to you by IBM. Okay, welcome back everyone. We are here live inside theCUBE in Las Vegas for IBM Edge 2015, this is theCUBE, our flagship program out to the events. I expect to see you as always, I'm John Furrier. My name is Dave Vellante, I'm the next guest. It's Tom Rosimili, Senior Vice President of Systems at IBM. Welcome back to theCUBE. Thank you guys, good to see you again. See you Tom. Seems to always be in Vegas. Yeah. We live out here. Yeah. You guys are making some big changes. Obviously IBM's positioning around systems, software, workloads in the shift and inflection point of the market is pretty hot right now. So there's a lot of transformation, a lot of build out, a lot of support of legacy, both cost, structure side, and also top line driving revenue. What was that theme in the keynote today that you talked about, I'll see here at the show. There's a lot of old line storage servers, system stuff going on. What's the big trend and what are you guys promoting? I think the story is one that we've been telling but it's really taken off fast now. It's around this transformation, digital transformation that's occurring. And it's a profound shift because mobile changes everything. The number of connected devices by 2020 has got to be like 26 billion. I mean, that's how many per person on earth. It's amazing what we're seeing. So what's happening is it's not just about mobile, it's about what mobile enables. It's not just about internet of things, it's what's now doable, what's now learnable. What can I analyze? What can I act on? So I want to take that data and there's huge amounts of data being produced. 2.6 quintillion bytes of data every day is generated and 90% of it is not analyzed. And some of it's very period focused. It's like tomorrow that won't be relevant anymore. It's relevant right now. And so people are really wrestling with turning the data into actionable insight. So in all of this you need infrastructure. You need some cool stuff that will enable me to have those mobile transactions land somewhere. And actually they expand because when you say purchase, think about all the things that go on behind the scenes. You've got who you are. They know your profile. You picked a product to purchase. I got to decide whether I replenish inventory. I got to decide where it ships from and I got to see how you're paying for it. All with one click. So we've seen up to 100 transactions get kicked off from one mobile transaction. So think about that as people go into more and more connected devices. You guys talk about outcomes all the time. IBM's always had great messaging around business outcomes and also systems of engagement, systems of record. And then under the hood is all the geek tech stuff, the systems, the engine, if you will, the hardware, software, whatnot. But this shows a lot more integrated conversations. We've heard big data apps on stage with smarter cities. The Twitter relationship is part of that grant with Memphis, the mayor of Memphis is up there. Congratulations to those cities that won. I mean these are real world examples. Are you seeing more and more of that at less of the speeds and feeds? Oh much more. I mean give some examples. You need what underlies that. You need the speeds and feeds but it's much more about business value. So it's really more about what can I get done? What can I know? What can I analyze? What can I turn into actionable insights? And underneath that I do need speeds and feeds. I do need how much memory space there is. I do need the geeky stuff. Like when we announced Z13, we talked about this before. It was never a good idea and you know this well. Never a good idea to co-locate transaction processing and analytics. Reason is I can quickly switch processor. I can quickly switch your IO priority but the memory is filled with your analytics data. And so when a transaction arrives, I got no shot. Nothing's in cache, nothing's in memory. I got to reload everything and the response time goes to hack. So people don't do it or didn't do it. We tripled the memory space with Z13 so it's the geeky part. But the underlying technology allows us to co-locate transactions and analytics. And we embedded math libraries into DB2 from SPSS that allow you to do fraud checking, any money laundering, all kinds of math algorithms to do it in line. I'm not suggesting that you flood a mainframe with analytics workload, but I am suggesting that in the middle of a transaction before I say approved, I want to know this isn't a fraudulent transaction. But this is early, this is an indicator. So you're talking about a use case that's a very high end use case. Maybe it's a flagship like use case. But that's more going to be the norm down the road. That's what you're getting at. I think so. And real full time encryption that we see, I mean it's really important. The data doesn't go by. You don't read about some cyber attack somewhere in the world or everywhere in the world. And you're not reading about the ones that people aren't writing about. They're still happening. Hopefully nobody finds out. But those are happening every day. So the bow wave of mobile, the capabilities that analytics provide to turn into actionable insights. People are doing things with hybrid cloud. You mentioned systems of engagement to systems of record. You got to connect those. And so the middleware really has to keep that connection available. Well I like how you guys are connecting this notion Tom of digital transformation with infrastructure matters. So I have a question on the client base. When you go out, you talk to a lot of clients. Do they, how much are they sensitized to this digital transformation? It seems like everybody's talking about it. Are they on offense, defense or both? I think it's all over the spectrum because some of them are leading the change, leading the charge. I've got examples of mobile banking in the world where mobile transactions are more than half their workload, more than half. And the statistic I gave this morning or this afternoon here was that of millennials, 82% of them do their banking mobile. So as we age into this, it's only going to get harder for people who aren't ready to deal with that bow wave of transaction volume that's coming. I think about my son who's going to be 20. I mean we were talking the other day about what was life like before the internet. He's looking at me like I'm crazy.  What do you mean? Life before the internet. Oh dad, roll down the window and tell me a story. What's rolled down the window?  So rotary phones and the like. So the expectation is there from the millennials that it'll just be available. And the experience at the mobile level will be real. It will be immersive and it'll be connected because unless I'm playing a game or doing something where I just need local mode, chances are enterprise applications are going to land on the enterprise. Well on the systems side too, they can speak about millennials. That speaks to the DevOps culture. Most of the younger developers never loaded Linux on anything. They don't even know what package software is. So they just want information on demand. They want infrastructure as code as they say. So it's changing the mindset of what you have to provide. How has that changed? How you guys are organized and how do you speak to those millennials? I mean, on the infrastructure side too, not just the app developers. I think you've got to speak their language and as you said DevOps is what it's all about. We see people now instead of writing code, assembling code, I mean not the old assembler that you know, putting snippets together and all the different APIs that you can now use. I mean our partnership with Twitter, our partnership with Facebook, our partnership with Apple, all of these things are providing us with better ways. Our partnership with the weather channel allows us to pull weather data. There's insurance companies are pulling that information from a feed. So the programmers if you will become orchestrators. They become assemblers of all these different technologies. And as you said, they're going to try it. They're going to go from dev to operate it and see and see and see again. In fact, this whole agile method is one, small teams, get them on the field, get, you know, produce something. Minimum viable product. Well you talk about the assembler of technology. So the innovation curve now seems to be shifting away from silicon, you know, old Moore's law. You guys have been talking about that toward more combining technologies. You mentioned analytics and transaction systems. Do you see that happening? Do you see it actually, I mean it's happening, but do you see it bending the curve of innovation yet? Even, I would say even at a lower level, you don't have to go all the way up to that level. You could just talk about systems innovation, not just silicon innovation. So, you know, the combination of, it's not just about, as you said, it's not just about speeds and feeds. It's, as John said, it's really about combining these things in new and unique ways. I mean, the memory speed between the processor and I'm sorry, the speed between the memory and the processor of power eight is superior. So that's why people love the analytics workloads. You know, the number of threads is important to us. You know, we can get a lot more done when we have a lot more thread counts. So, you know, that's not about the processor speed. It's about the number of threads I can get going. So I think there are ways to overcome. We've also announced our investment of $5 billion and in advanced technology. We made an announcement last week about, you know, what we're doing with quantum computing and you're going to see more around silicon photonics and all kinds of things. Context computing, there's a lot of potential there. And I don't know, I don't have the crystal ball to say which ones of these are going to be off the charts, but some of them are. But you're placing bets. We're placing bets. Well, there's a lot of new things right here. Well, there's a lot of new things that emerge. One of the big themes this year in theCUBE is with the shift and inflection point is that things that have never been done before, whether it's internet of things or something else, is new breakthroughs are happening. So I got to ask about the threading question. What do you guys envision software looking like? Because now you talked about a couple things that are kind of geeky, encryption on the processor. It had thread counts. Memory speeds. Memory speeds. This is all like really high end stuff. So what do you envision developers doing with that? I mean, and share some insight around what you will enable for the stuff that was a challenge. How about the rotary phones and the roll down windows? This stuff that you could never, never do, even just five years ago, now are impossible. What do you envision the software market looking like? I think we increasingly see people adopting platform as a service capabilities or software as a service capabilities. And to me, that's not about the economics as much as it is about the agility, the flexibility that it provides. I don't, I was talking to a retailer here, their peak day is new years. Put everything on sale and all of a sudden they're off the charts on a needing scale. Some of these things you can predict. He kind of knows what that day is when it's going to happen. Look at financial services, completely unpredictable. Who knows if China's going to lower the interest rate or somebody else is going to do something or the Fed's going to say this. Oh my gosh, so the ebbs and flows in the financial services markets is incredible. So I think in all of these cases, the need for quick provisioning and say I'm going to pick up the slack, I'm going to take it. And as you guys know, not all workloads loan themselves or really lend themselves to saying I'm going to run it part here in my place and part in your place. That depends on the location of the data, right? So I can do analytics, but transaction processing probably not a great idea. I can do analytics in one place, but I'm going to want to co-locate my processor and my data because data is huge. You can't move data around anymore. You can't move the processor to the data. So that would become a laptop. I got to ask some philosophical questions that while we got you on theCUBE since you're the brain trusted IBM. Dave and I love to talk about systems like operating systems. And we're moving to a world where the global internet is an operating system at some level. So whether you were pinging Mark Andreessen on Twitter saying, hey, systems programmers are back and you're in the systems business. So two questions. What's interesting in something that has traction and something that's transformational? I mean, because products right now could have traction. Oh yeah, adoption, uptake, and then truly transformational products. From your perspective at IBM, how do you look at those two words, traction versus transformational? Traction for us is a measure of whether something's getting traction, whether we're seeing these use cases as you brought up and our products selling. I think transformation is a far more dramatic term that says we're all transforming ourselves. And it's interesting for me to see the industries that are now being disrupted.  Your industry is being disrupted, right? Banking is being disrupted, retail's being disrupted. I mean, every one of us is going through this kind of a transformation. So the products that I need have to give me the speed, the flexibility, the connectivity, the ability to interconnect these things. I mean, that's really what I find transformational is somebody having that experience with a system of engagement that go, wow, I want to do that again, that was cool. And behind the scenes, all kinds of works going on to make sure that thing really stays and does what it says. And what products do you see right now in your wheelhouse that are the transformational? I think the work we're doing around open powers transformational, I think that with 127 companies or members of the Open Power Foundation, I think the work we're doing, I think flash is transformational. I got to tell you, seeing retailers do a speed test and have them do side-by-side websites, theirs and their competitors, and say, okay, purchase and see how long it takes. And then they drop flash in and they killed it. They nailed it. They improved their response time, 140X improvement in response time. They're measured. That's good traction. They're measured. They're measured. So I think, but transformation to me is about, well, okay, that may be important. It may not be. Did I lose a customer if I didn't do it? Just like that, or did I not? We've talked about this before. That's a negative transformation. You're losing customers because of bad performance. You can. But you can also enable the impossible. What's today impossible tomorrow could be possible. If you call in to a call center and I've got you on the phone and I can learn something in five seconds about you, it's really relevant. In five minutes, nobody cares. That's the analytics piece you've got to do with this whole persona and the Twitter data and the Facebook data. You're blending in this active data sets. It's a great story over in Germany about a retailer who said, you know, we got complaints and we're going to give refunds or we're going to give actually credits to people who complain. You know what happened? Everybody complained. Even people who weren't their clients complained because they knew they were going to get a deal. Word got out. So you really have to connect the dots to say, well, did Dave, he just tweeted about me and something horrible. Is he actually my customer? Did he really just leave a store and the manager was nasty and all this? Or is it just he's fishing for money? He's trolling ahead, right? Yeah, or the level of inspection on the keywords is not deep enough to get insight other than the words they use. So the value we can get from the Twitter data says I've got to be able to combine it with something else. Like, where were you in the store? What did happen? You're still in the parking lot.  It's not just a troll. Quick word on security. You mentioned it in your keynote. I always think of resource access control facility as the gold standard of security. Could you bring that level of gold standard to this new world and how do you do that? With things changing, you talked about the perimeter and now looking for a detection and talk about the state of security and how IBM is bringing its ethos into the new world. I think, and our head of security, Brendan Hannigan, would do this far better than I could. He's the head of the new business unit that runs, that's dedicated to security. But to me, it's a combination of the perimeter. You're not doing away with the perimeter. But you're also, and the other thing, I think, is that people think the more products they have, the more secure they are. And they don't see that it's, you know, I've got overlap here and I've got gaps there. It's really hard to see. It's just like, we'll just throw another product at it. So teams we've got, and Brendan's got a combination of people that can actually do the work. So they've got services people and the software, obviously, and some hardware as well in there that says I can do the work to see and I can analyze patterns of behavior so that it's not just keeping the bad guys out, it's knowing when they're in, what they're doing. And if they're doing something they shouldn't be doing, stopping them from doing it. So to me, security can be brought to this world. It's just that it has to be managed as a, okay, I need one of those and one of those and one of those, not three of these and none of those, because that's the world we're in today. Tom, thanks for coming on theCUBE. We really appreciate your time. Know you're super busy. I'll give you the final word. Share the folks, the bumper sticker for the show. What's the vibe here for the folks that aren't here? IBM Edge this year. Put it in the little bumper sticker. I think it's future made. I think that the things we're doing, we talk about is, they've been around for a while, but everything that I've been talking about is about the future. I mean, the future is now, but we're making this stuff for the future. Tom Rosamund, Senior Vice President of Systems here at IBM. Edge, this is theCUBE, live in Las Vegas. We'll be right back after this short break.


So networking on ZenServer. Now the purpose of this video is to show you how the networking works on this ZenServer, but I'm not going to get into the V-switch controller. I'm going to do a separate video for that because that's going to be a little bit extensive. And V-switch controller takes this to another level allowing a virtual network to be created across multiple ZenServers to create virtual switching fabric. So this video is going to be limited to what you can do with a single ZenServer with the built-in virtual networking options on there. And just giving an overview of how the networking works on Zen. Alright, so the network settings at the top are the networks available to the ZenServers, the VMs themselves. So that shows up here at the top. At the bottom is the networks available to the Zen machine, the physical layer, and how you have that map. So one of them is storage because that's how it attaches to the storage drive and we're going to show you these real quick. One is the storage network. This connects to the storage sides, the iSCSI in this case on the FreeNAS box. And this is the management interface. I could make these both attached to the physical, what I call the dot two NIC, because it's on a network that ends in dot two and a dot three NIC. So you can control this. And if you had more network interfaces, you'll have more options in here. But this is only affects the ZenServer in the physical layer of the Zen hardware. And these network settings do not reflect the network settings for the virtual machines. Matter of fact, the virtual machines, you don't assign the network settings here, you just create the available network form. So I've got this one called Tom's Land of Zen. I'll show you how I created that. You can see the properties of it. And this land only exists on this Zen two server. And I spelled server wrong. Let me fix that. Nice thing is, even though I've had this assigned, because of the way it uses UUIDs on the underlying, whatever fun creative name I come up with for the Zen server land that I created, it automatically will fix all the virtual machines it's attached to, and my typo will be fixed. Now, this is where the NIC options come when you set these up. Internal means phantom internal NIC, as in it doesn't physically exist, but it does exist between the virtual machines. So here's that internal NIC and automatically add this network to new virtual machines. I don't want it automatically added. You can. That's just a preference. When you create a machine, it just automatically gets added. You can always change it later and I'll show you how that works. Now, when we want to add another network, we can even say a single server private network, create a network that does not leave your Zen server. That's why I did to create this. And I'll show you was create another one. Second. Can type today. Virtual network, the net. And add a description on the same thing. And it's done. We've created a second one. Don't really need a second one for purposes of this, so we'll go ahead and remove it. Now, a couple of quick options to show you what else is in here. External network. You can create a new network and we'll call this VLAN 2. Because you can create attached to one of the physical network cards, but then give it a VLAN ID of another one. That way you could create across your switching fabric a specific route to a virtual machine only across another VLAN. So those are the other options that you do have in here is to use the VLAN options. We're not going to do that today, but it's pretty straightforward. If you know how to use VLANs, you just create one and then it creates a nick for a specific virtual machine VLAN. So that way it attaches directly to that for other advanced use. Another option in here is bonded network. So if you have a couple network cards in here and you want to bond it, you can create this, check the boxes. I'm not going to do it right now because it'll screw some things up. But you could set this up to be bonded and then create what is a single network to the virtual machine, but it's actually a multiple of bonded networks here. But back to the virtual private one. So this LAN only exists on this Zen server too. Tom's LAN of Zen and how we attach it to the virtual machines is really simple. Go over here. I got them started up and I'm in networking right here. So we're going to go to properties and you can see it's attached to the dot three network like that. But before I go there, let me show you what the IP address is. So we have <IP_ADDRESS> because there's a DHCP server on the dot three network as I call it. And that's the address the case. So without restarting the virtual machine, you can do this on the fly because the way it works is not changing out the network card. So it doesn't have to do anything to the virtual machine. It's kind of like changing where it's plugged in into the server. So we're gonna go ahead and go to properties. We're gonna go to Tom's LAN of Zen. It's gonna take a second. Go back over to the council and now we have another network address. 192.168.1. You're probably asking how you got there. No problem. My usual answer, I spun up PF cents and gave it two network cards. The first network card pulls from the dot three network, hence by the PF cents, which was XN0. XN0 is the first network card. Network card zero. Network card one. Tom's LAN of Zen. Going to council here. XN1. That's how free NAS names are inside here is assigned this address and has DHCP running. So it's a standard PF cent, something special loaded on here. Actually, I didn't, you know, it does have something I seen was spilling up that it seems to detect it's on Zen. I named it Zen PF cents. But now I have all the functionality of PF cents to put in front of any servers that I attach to this network. So they have full access to the PF cents. And this network only exists on here. So if you want to create your own testing environments and things like that. So you create your own PF cents and then create a series of virtual machines that you want to set behind PF cents as a firewall. And I'm just using this example. You can really learn any firewall you want that would run in here. But it's that easy to do that. And that same thing works for Windows 10. So actually what IP address it has now. So this is also on the dot three network. So this is my Windows 10 box.  Tom's land of Zen. Hit okay. It's going to take a second. And it's got a new address. It's now on 192 168 11 network 100. And it's a sign in of course, because this is on PF cents, I can even log into if I want the PF cents box now because I'm on the inside of that network. And I have all the controls. Now this is really good if you want to do testing.  Easy way to do it. Now the other cool thing about the way this works is you can create more than one you can actually create a series of networks on here and go as deep as you want to go you could actually layer this in different layers because you create one and have it pass through to another one and pass through another one. There's not I mean, there's probably some limit to how many virtual networks you can create in here. But if I wanted to add another private network, it's as easy as going here and adding another one. And you can then tie them together using PF cents. So I create a series of virtual lands, and then tie it to PF cents and give it multiple network interfaces. So I can actually have multiple private server networks on one physical machine without adding a bunch of network art. So it's really great for a lab environment, where you want to do a lot of testing and lock things down and put things behind their own firewalls and work them that way. So pretty cool system for doing this. It's really not that difficult. I like the way it handles the networking pretty straightforward to do. Hopefully this is helpful.  And then you can actually create the private network on one Zen server attached to other devices across another one and you get a lot of features for that. So if you want to build a larger lab environment with virtual switching, that's something you could do on there. It's pretty novel. I haven't tried it yet. It's something I'm playing with. They don't have a good use case for it at the moment. None of my clients, my clients who are running Zen server just running Zen server running multiple Zen servers at the moment, but I'm going to be building multiple ones here just so I can do all those testing and finish my lab environment and some stuff I'm working on here for some more videos. So if you like the count in here, like and subscribe if you have other questions or suggestions for my Zen server videos. Let me know. I know someone asked about hardware video. I will be doing one of those and talking about some of the hardware for it. But hopefully that is helpful on the networking. And once again, thanks for watching.