Welcome back to my channel and welcome if you're new here. Thank you so much for clicking on today's air fryer recipe video You guys have been begging for some more air fryer recipes, and I have three absolutely Delicious ones to share with you I have a couple of lunch or dinner recipes and a dessert. What air fryer video isn't complete without a dessert I want to say thank you to Omo air fryer for sponsoring today's video They graciously sent me this air fryer, and I am literally obsessed with it. It isn't just your mom's air fryer It is a dehydrator. It has a rotisserie chicken option, and it is a 17 quart oven style air fryer with rack So you can air fry a ton at once. It's perfect for a family It's perfect if you want to air fry several things at once like you'll see in today's video So thank you again to Omo for sponsoring today's video. So without further ado you guys Let's air fry some meals For tonight's air fryer dinner We are making steak tips with potatoes and then I decided since I had a couple of zucchinis on hand Let's go ahead and air fry those up, too So let me show you what is in tonight's dinner first. You're going to need some potatoes garlic powder Butter of your choice. This is just the my okos plant-based butter salt and pepper Worcestershire sauce Fresh or dry parsley whatever you have on hand and again, I decided to go ahead and go with some zucchini I'm not sure how I'm going to season it But I'll definitely let you know what we put on there and then I have some steak here This is actually from my butcher box. So this is grass-fed beef tops are loin steak. These came in my butcher box I Love the butcher box. It is so affordable for grass-fed grass finished beef I absolutely love the butcher box It is linked down below with free meat and they are doing free ground beef for life right now when you sign up with butcher box So highly recommend again, it is linked down in the description box. So let's get started on dinner So we have some chopping to do for this recipe So I am going to chop the potatoes into cubes and the steak the steak I'm putting here in this bowl because once we cook the potatoes will add it in with the steak I have another bowl here for the zucchini and then I have my fresh parsley that I'm going to put in a small bowl as well So let's chop on the stove. We're gonna go ahead and cook the potatoes in the meantime Let's do our zucchini. So I decided to go ahead and add about a teaspoon of oil This is avocado oil. You can use really whatever you have on hand It just helps the seasoning stick to the zucchini and it will help it become a little crispier in the air fryer And then to the zucchini I decided I was going to go with my favorite Dax seasoning This is the nothing but the ranch. I love this because it's no MSG No salt clean clean ingredients the ingredients in those ranch packets are not the best and this is absolutely clean It is very strong. So a little goes a long way. It is amazing. Dax has over 20 no MSG No salt so if you watch your salt or the day before weigh-in You definitely to check out there over 20 seasonings. I do have 10% off for Dax I'll put that here on the screen and there will be a link down in the description box as well So I am going to pop quite a bit of the ranch on my zucchini here And then again, I'm going to just give it a toss with my spoon The oil will also help that ranch powder stick to the zucchini And then this will be ready to go into the air fryer right along with the steak tips and the potatoes I have some salted water coming to a boil here, and I'm just going to pop in my potatoes We're going to let these cook for just about five minutes or so They'll be pretty tender at that point, but they will continue the cooking process when we put them into the air fryer So I'm just going to drop in my potatoes And then we'll get ready to get the steak and potatoes ready to go and everything into the air fryer So I've added the potatoes to the bowl with the steak They are soft not cooked all the way through, but they are definitely soft Now we're going to season this up before it goes into the air fryer So first we are going to add a little bit of salt and pepper There's that we're going to add some garlic powder And then I have two tablespoons of plant-based butter whatever butter you're using I just melted it in my microwave And then we also want to put about a teaspoon of worcestershire sauce right over the top Give that a stir just make sure the steak the potatoes everything is seasoned really well Also coated in the butter because if you had not had butter on steak you guys It's a complete game changer. It is so good Most fancy restaurants will add a pad of butter to your steak at some point Whether before they serve it to you or during the cooking process because oh it makes it so good So we'll get this nice and stirred together And then we'll put this out on the rack so it can go into the air fryer So the first rack is actually going to be the steak and potatoes I did go ahead and spray it with some non-stick cooking spray And I'm just going to place the steak and potatoes on the rack just make sure that they are in a single layer They will cook a lot better faster and more consistent when they are in a single layer One thing I love love love about this air fryer is these racks are so much bigger than my old air fryer You can put a lot more on a rack Perfect for a family perfect if you are you know trying to dehydrate fruit or if you're making Food for a meal prep you can literally just pile it on these racks I really like these so much better the size of these than my old air fryer So let's get the steak and the potatoes here on the rack And then we'll add the zucchini to a separate rack and then we're ready to fry it up Next is the zucchini. So again an even layer single layer if you can On the rack, this is plenty big enough for both of these zucchinis And then let's get our air fryer. Let's get these in so that they can get cooking. Oh my gosh What a fantastic healthy dinner and pretty little carbon mean other than the potatoes This is a really well rounded dinner meat potatoes and a veg So here is the beautiful air fryer. You guys know I really truly Love this air fryer best decision I ever made. I love the size. I love that it can dehydrate rotisserie chicken It's amazing. So it is an oven style So you go ahead and open this up and again there is a removable tray So it makes it very easy to clean I am actually going to put the meat towards the bottom rack Just because we don't want the meat Dripping on the zucchini. So we have both racks in the air fryer There's room for additional racks if need be we are simply going to close the air fryer You have a preset of course if you're cooking specific things But I'm actually going to put this in for 20 minutes and let's do it at 400 degrees For 20 minutes and there we have it. There is also the light feature with which I love So that you can see your food as it's cooking. So There we go. We'll be back in a flash to see what our completed dinner looks like One more thing you guys about this air fryer that I forgot to mention is how quiet it is My other air fryer was so loud. I couldn't film when the food was frying, but this is so quiet So I'm going to take you around the back It's very quiet Love that So I went ahead and rotated it about halfway through put the zucchini on the very bottom Look how good it is looking and then I pop the steak on the top just so that it has a chance To cook maybe a little bit more and the zucchini to cook a little bit less So dinner's out of the oven. This looks so good. Look at the steak and the potatoes. It looks amazing in the zucchini So this entire air fryer dinner only makes four Serving so that's quite a large serving and the points are amazing So let me pop this on a plate and I'll be back to show you dinner Give you points and calories. All right, so here is dinner. I have half of the zucchini We went ahead and just divided that directly in half It is zero points because we didn't use enough oil to count for any points And then one fourth of the steak tips and roasted potatoes is only seven smart points And that's on blue and green you can deduct three points if you're on the purple plan So it would only be four points on purple. You only have to count for the steak What a yummy hearty dinner for only seven points for me because I am on the blue plan for tonight's air fryer dinner I am making air fryer ravioli. I'm so excited about this. We're just gonna pair this With a vegetable so it's going to be a pretty simple But really really decadent and delicious dinner. So let me show you what's in tonight's dinner First you're going to need some all-purpose flour and some breadcrumbs I'm just using these Trader Joe's Panko breadcrumbs. You could also use regular breadcrumbs Of course, you'll need a couple of eggs Some ravioli the recipe actually calls for beef ravioli, but I couldn't find any So I just grabbed this butane for cheese ravioli instead And then I have some parmesan cheese. This is some of the skiniish dish zero point crockpot marinara Some cooking spray. You also need either fresh or dry basil. Whatever you have on hand Surprisingly, I don't have any fresh. So we're going to go with the dried basil And then of course we need an air fryer and you guys know how much I love my omo air fryer This is the oven style, which I absolutely love it has the racks so we can cook a lot at once So we're definitely going to take advantage of using this oven and of course this is linked Down below you can buy this right off of amazon. So let's make some ravioli So the first step is you're going to need a fairly shallow bowl We'll actually need shallow a couple of shallow bowls for this recipe So I'm going to add one cup of breadcrumbs I have one quarter cup of fresh parmesan cheese And then we are going to also add some basil And then just take a fork and stir that all together. This is going to be the breading of our ravioli So we are taking already delicious ravioli and breading it and air frying it. Oh, this is going to be amazing So go ahead and stir that all together Just get everything nice and combined and go ahead and pull out a second bowl In another shallow bowl. I have one half of a cup of all-purpose flour And then I ran out of shallow bowls, but in another bowl. I have two eggs lightly whisked together So these three components are what we are going to bread the ravioli in But first let's go ahead and measure out on our food scale two cups of ravioli So here is the ravioli. We want two cups or 186 grams So I have my bowl here on my food scale And then I'm just going to add ravioli until I have 186 grams and there is 186 grams So this is the amount of raviolis that we're going to air fry. We have a little assembly line going here We have our ravioli our flour our eggs our breadcrumbs, and then we have the rack for our omo air fryer So what we're going to do is we are going to take a ravioli First coat it in flour now. We may not use all of this that we've accounted points for We'll see as we get closer Dip it into the egg and then we're just going to dip it into the bread crumb mixture And it says to go ahead and pat The ravioli to make sure that the bread crumb mixture sticks This looks really good. So it's going to have like that crispy cheesy coating and we're just going to repeat So here's our raviolis these look so good you guys They look amazing. I barely had enough to finish all of them I ended up having a little bit of extra flour, which I just discarded We're going to keep the points the same not enough to matter We are going to spritz the ravioli with some non-stick cooking spray We're going to pop this into the air fryer at about 350 I am going to go ahead and preheat it first a little bit and then we'll flip these three to four minutes in And we should have perfectly crispy Ravioli and then I'm going to pull out a bag of veggies and we'll warm that up and that's going to be dinner So I'm going to go ahead and preheat my air fryer to 350 So we'll go ahead and get that started. These are all spritzed as you saw with cooking spray So I'm going to let it preheat about five minutes and then we'll toss in the ravioli Once our air fryer is nice and warm. We're going to go ahead and add our ravioli So I'm going to put these the second rack down I don't want them too close to the top of the air fryer and then the partial rack I'm going to or the partial tray. I'm going to put kind of right along the bottom rack And we are good to go. So we're going to keep it at 350 degrees. I have it at 13 minutes I'll just keep my eye on it and add minutes if needed But in about four minutes, we'll go ahead and flip them over I can't believe how quiet this air fryer is. My other one sounded like a freight train That's another thing I absolutely love about this air fryer But with these gorgeous raviolis, we are going to have the Trader Joe's organic for some vegetable medley Basically, it's corn peas carrots and green beans So I'm going to pop this in a microwave safe bowl with some water And this is going to be our side dish with our ravioli. And by the way, I can already smell Oh, the cheesiness of this. This is going to be amazing. Veggies are going into the microwave. These look really, really good I like the julienne carrots and we're about ready to flip our ravioli I just went to flip the ravioli But because this is an oven style, the air actually flows through the whole thing They don't even need to be flipped. Now if you are cooking this in a basket air fryer You definitely want to shake it up But that's another great thing about these oven styles. You don't have to flip anything during the cooking But look how amazing These are looking already So just a couple more minutes and then I think I'm going to rotate the shelves that these bottom ones just get a little bit crispier, but Looking good. Oh My goodness gracious. Look at this decadence This looks so good I have the other half rack in the air fryer should be done in just a couple minutes This recipe makes six servings. So what I'm going to do is count up the number of raviolis divided by six That way, you know how many raviolis per serving I'm going to warm up some of that marinara sauce and my veggies and I'll be back to show you dinner Give you smart points and calories. Oh my goodness And here is dinner. I cannot wait to dig in. This looks So good. So this ended up making six servings. Like I said of the ravioli for me It was about six raviolis per serving It's going to depend on the kind of ravioli because remember we're weighing these out So it's best to go ahead and cook all of yours up and then divide the number you cooked by six That way you have the number of pieces per serving. So I have that I warmed up some of the marinara so I can dip the ravioli in there And then this is that veggie mix. So for the air fried ravioli It is seven smart points on both the blue and purple plan and eight points on the green plan 282 calories including the marinara sauce So this is dinner and this to me you guys is an indulgent dinner. That's well within your smart point So highly recommend this recipe highly recommend this air fryer for a dessert recipe because let's make a dessert recipe in this amazing air fryer We are going to be making apple fritters. My husband is so excited for this recipe I told him I would make it and it would be ready for him when he gets home from work So we're going to make some apple fritters wait till you guys hear how great the points are in our air fryer You're going to need some all-purpose flour Sugar alternative of your choice. You guys know, I love my monk fruit Almond milk or non-dairy milk of your choice baking powder powdered sugar alternative. I'm just going to use la conto Eggs a couple of apples. These are pink lady organic pink ladies some cinnamon and some salt So let's make apple fritters. So to start with our fritters in a medium-sized bowl here We are going to put one cup of all-purpose flour I'm going to add some cinnamon. I'm just going to eyeball it because I usually do I love cinnamon So I'm going to go a little heavy-handed on the cinnamon. I'm going to do just a pinch of salt One egg so let's crack in our egg And then we have one quarter cup of almond milk One quarter cup of monk fruit sweetener And then we're going to do one and a half teaspoons of baking powder This is a half of a teaspoon So we'll do three of those And then we're going to give this a stir until everything is nice and combined So I went ahead and peeled cord and diced those two apples to the apples I am going to add a little bit more cinnamon because we love cinnamon and some monk fruit about two tablespoons Worth of sugar and then give this a quick mix together We just want to make sure the apples get coated in the cinnamon and sugar We're going to add the apples directly to the dough mixture Give that a stir. We want to make sure everything is combined really really well Because we are going to roll these into dough balls Basically making a fritter. This is going to be so good you guys We are even going to glaze them with that powdered sugar So it's going to be a doughnut vibes all day long along with some thaw vibes So I went ahead and grabbed out the rack to my air fryer. I'm going to give it a quick spray I usually put parchment under it just so the spray doesn't get on my board here And this delicious looking mixture makes four fritters So I'm going to go ahead and roll these out into four equal sized fritters and put them here on the tray And look at these these are huge you guys I am going to give them another quick spray on top With the cooking spray and then let's get these into the air fryer So I'm going to go ahead and preheat my air fryer to 375 degrees I'm just going to let this preheat for about five minutes before we put in our fritters You guys look at these. I cannot Wait, so our air fryer is all warmed up. Ooh, that's nice and warm in there So I'm going to go ahead and put our apple fritters in About middle of the way in Close it up and let's set it for 15 minutes And I will just keep my eye on it. Don't forget the omel air fryer has a light So you can look right inside So let me know down in the comments if you guys want to me to do another video on how to dehydrate fruit and veggies because We definitely want to take advantage of that function. That's one of the main things I love about this air fryer But let's let these apple fritters get nice and crispy while the fritters are in the air fryer And you guys it's so quiet. You are right next to the air fryer I have to say that is one of my favorite features again of this air fryer. Is it so quiet? I love it. So in a bowl here. I have one half of a cup of the laconto Monk fruit powdered sugar. Again, you can use any sugar alternative of your choice I want about a tablespoon of almond milk I'm going to add just a little bit to start because we want this to be the right consistency for a glaze I'm also going to pop in some cinnamon about a quarter of a teaspoon And stir so be really careful on your milk not to do too much You can always add more, but it's hard to take away So it looks like that actually for me is pretty perfect You could also add some caramel extract if you wanted Caramel apple vibes for these fritters. I looked for it, but couldn't find it So I'm just going to go ahead and do like a cinnamon Glaze but look at that. Oh my gosh. That looks so Good, so I'm just going to set this aside while the apple fritters are in the air fryer I just pulled out the apple fritters these look absolutely amazing I am going to let them cool for just a few minutes before we add the glaze just so the glaze doesn't melt So we'll let these cool and then we'll pop on the glaze and wait until you guys hear Points and calories for this huge apple fritter. All right. These are cooled enough that we are safe to glaze them So I am going to go ahead and just drizzle. Oh my goodness The glaze right on top of these fritters you guys. This is going to be such a great dessert This would actually be a really good breakfast too. You could pair this with some eggs And you'd have a pretty well rounded breakfast. You could throw in some turkey bacon I'm pretty excited about these so get these drizzled and then I'm going to store mine I think just in the refrigerator so that it keeps the drizzle, you know, kind of hardened until I want to eat it, but Oh my goodness Take a look at these. Oh my this is decadence Absolute decadence and what is great about these apple fritters The only things that have points are in these apple fritters are the almond milk And the flour and we didn't use enough almond milk to even have a point worth We only have to count points for the flour So each one of these fritters including the glaze is only three points you guys and 169 calories You cannot beat that. These are huge. I mean look at compared to my hand. These are pretty darn good size So there is a wonderful fall dessert recipe in the omel air fryer. Definitely check out the air fryer Best I've ever had. Thank you so much for joining me on today's air fryer video Thank you again to omel for sponsoring today's video If you enjoyed these recipes, you can get ahold of them on my website Which is linked down in the description box below as well as the link to head over and take part in my Nutrition coaching. I have a separate website and private facebook group for that So that information is down in the description box and the link to head over and join my other facebook group We'd love to have you be part of all of the different communities and links and discount codes to all of my favorite things Including the items that I shared with you today And of course the air fryer is linked down below for you guys as well So make sure you're subscribed so you don't miss a single video I plan on doing a ton more air fryer videos because i'm literally obsessed with this air fryer I love it so much also thumbs up this video if you enjoyed it and again, leave your comments down below Let me know what you thought of today's video and if you're going to pick up this air fryer You won't be disappointed. Thank you again for hanging out with me today and i'll see you all in my next video. Bye


Hey, welcome back everybody. Jeff Frick here with theCUBE. We're at the North American International Auto Show in Detroit, 10,000 journalists here for a couple of days before they led in a bunch of partners, then they led in a bunch of public. It's really quite an incredible show. Our first year here, we're excited to be here, but we're seeing a lot of our friends and IBM is one of them. So we're really excited to have Joanna Penya-Bickley. She's the Chief Creative Officer for IBM IX. Welcome. Thank you. Thank you for having us. Absolutely. It's really exciting times, don't you think? Absolutely. And just at IBM World of Watson, we do interconnect the whole bunch of other shows and there was a huge announcement with Jenny on stage with the CEO of GM and you're really a big part of that announcement. So for the folks that missed it, what was the big announcement and what are you guys doing with GM? Absolutely. So the big announcement at World of Watson was that IBM and General Motors have partnered to put Watson inside of OnStar as a part of an offering called OnStarGo. The purpose behind the entire partnership is truly to kind of redefine mobility as cognitive mobility. Do so in a way that's actually improving people's lives by kind of reinventing all that time that we spend in the car. Right, right. Making the car a connected platform. So it's interesting to watch how the Watson is kind of spreading its tentacles, if you will, into all types of areas and really as the fundamental driver behind the IBM cognitive computing. But what specifically are you doing and what types of things is Watson doing in this application? You know, in this application, what's really exciting is that there's a couple of phases as we roll it out. The first one is actually giving light to all that dark data in the car. Think about it. Your car today is a data warehouse on wheels. It's meeting a ton of information, but we've never really used that information. We've never really uncovered it and actually exposed it to the driver in a way that is actually going to enhance the drive. It's always been kind of the red light on the dashboard or your gas is about to go. But imagine if your car was self-healing. Imagine if we were able to really- That would have been good last week. I spent a lot of money at the shop. Self-healing. Self-healing, right? You know, as we get to autonomous around this self-driving, there are kind of six flavors of where we really want to bring on-star go to the next level. And it's really about having a cognitive co-pilot that's there with you, no matter what nomadic device you're on. So whether it's your mobile phone, right? The vehicle in it of itself or any moving device. So that's the exciting part about it is that we see the connected car as a part of a connected ecosystem that is there to be in service to the driver versus the other way around, right? Today we're kind of in service to our cars.  And I think that's the part of where we are going with mobility. I actually fundamentally think that the way that we have approached the marketplace is actually very different because mobility for us is about, think of all the modes of personal transportation. Right, right. That we're gonna get to. We're surrounded by them right here. We're surrounded by them right here. Scooters and all kinds of things running around. Exactly. So when you think about go modes, right? Those modes of transportation, you should be able to have a smart go mode in any way, shape, or form. And for us, Watson with on-star is going to be able to enable that. So in the implementation, so Watson will be sitting back at the data center that powers on-star, and that's where you're doing kind of all the cognitive work? Is that kind of how it's going to work? Absolutely. We actually have design teams that sit in the Renssen today that are designing with the on-star teams, thinking a little bit about how do you make that cognitive assistant more human and do so in a way that actually, we fundamentally believe we have an opportunity to reinvent those 92 minutes that we're stuck in our cars every day. Right, right. I emphasize stuck, because today what drivers told us was really an important part of this, which was no matter how much connectivity they've actually had in the vehicle, they actually feel like they're disconnected because they have to put their phones down. Right, right. But if I enabled the vehicle to easily make those connections, do so in a safe way for them, it actually gets rid of what they call FOMO, right? Fear of missing out. Right, right. And actually reconnect them to the people, the places and the brands that they love the most. It's interesting how on-star has evolved from, you know, whoever thought it up in the first place was really progressive to put a direct communication system in the car. But as you said, there's so much data that comes out of it and such an interesting platform now to do so much more than was probably ever in the original spec. Oh my gosh, you know what, it was actually visionary. And I think that's why the partnership works. If you think about the assets and the approach that IBM is bringing, right, not just analytics, but cognitive analytics and doing so in a way that, you know, we are leveraging our rich history in telematics and understanding that data. And then what on-star is bringing is 20 years of connectivity experience. It's been going for that long. It has. That's amazing. That's not a fact, on-star is actually just celebrated. It's 20 year anniversary. Wow, who knew? All right, so that's cool. But what is IX? I bet there's more to IX than just on-star. Absolutely. So IBM IX is actually fundamentally the next generation of experience design within IBM. What's really exciting is that day in and day out, we get to take on cognitive design and experience design where we are actually transforming business in exciting times. We kind of like to believe and say that it's actually never been a more exciting time to be a maker. It's also never been a more tumultuous time in business. And so you need a new kind of partner. And so IX was actually developed to be that new kind of partner that's going to come in, that's going to bring these brilliant renegades who are, you know, business consultants, designers, data scientists, writers, artists, architects who are going to come around a business problem and really look at it in a very different way. And so are you kind of an independent SWAT team, if you will, or that's probably the wrong team? You know, kind of a team that goes and then helps within the business units and the verticals to come up with some of these really new age creative ideas? You know, we do a little bit of that, but actually more importantly, we're on the front lines with IBM clients every single day. General Motors happens to be one of many of them, but whether that is Citibank, as well as we do a ton in sports and entertainment as well. Right, really exciting for you to take the vision of cognitive computing and we hear about Watson all the time, but now it's really starting to reveal itself in applications that people can understand and touch and feel and start to understand what is it and why is it so important? Right, I think what's an exciting time because I think that there's a couple of things that are going on. Yes, you know, being able to actually touch Watson in a way that's going to improve driving, but I also think it's about augmenting intelligence. This is not about replacing the driver per se or even kind of replacing the human. This is actually about giving drivers superhuman strengths while they're on the go so they can navigate through that terrible traffic, be able to order things ahead of time. I kind of think about the dinner hour when you're stuck in traffic and you know, it's that moment where you go, oh goodness, I have got to go cook dinner. I probably got 45 minutes to an hour commute in front of me. What could I do to make my life a little bit easier? And so that's the kind of challenge that we're putting Watson to, to actually improve people's lives and do so in a really remarkable way. And I love that you used augmented intelligence. So we've got a little debate going on internally. Is it artificial intelligence or is it augmented intelligence? And really it came from Abhimedi so there's nothing artificial about it. This is real intelligence. On the other hand, it's not human intelligence, but it is really augmenting. It's kind of like the AR, augmented reality versus just pure virtual reality. And there's a real benefit to the two of those things working together. Absolutely, and I think one of the things that we say is actually really being able to help people make better decisions. I want you to think about all the information that is out there. I think something as simple as, think about your car's owner's manual. Have you ever sat down when you purchased a brand new car, at least a brand new car and actually read through that manual? You cannot ask me that question. Right, come on. That is not fair. It's not on the script. Of course not, nobody reads it manual. Why did they even print them anymore? Well, just imagine being able to use that as a basis and a corpus of information so that what Watson is actually doing is actually helping you access more of the features of the vehicle so that you actually deliver more value to that driver. There's so much. We think about all the technology that goes into vehicles today and the reality is drivers only using 60% of that. So imagine, there's this feeling that I'm not really getting all the value and one of the things that we're putting Watson to work at is actually delivering more of that value to the driver in a way that if I get a flat tire, that I actually don't need to be a mechanic to change it and Watson's going to guide me through it. And those are the kinds of experiences that I think that fundamentally change and revolutionize what using a vehicle will be in the future. That's interesting because I saw a video, one of the things here at the show where they have teenagers that go out with the new car buyers to teach them how to use all the things that they have, right? But may or may not hit them all, may or may not remember. And really it's the contextual relativity that makes that stuff so valuable. I only need to know when to change a tire, when the tire's flat. The tire's flat, that's right. Take my brain power when I should be learning about how to operate the radio or the GPS or whatever. Well, very exciting stuff and any like just crazy discoveries as you go through this process with GM and OnStar that they discovered that they had no idea that was in there. You know, one of the things I think that we look at, you know, some of the problems that have arised, we actually have an aging population. And I think this is a really important way where we fundamentally believe that we want to try to keep that aging population on the go much longer, do so in a more cohesive way. And here was where augmenting that intelligence was actually going to be able to do that. So we'll be introducing a number of features that make it easier to use the vehicle rather than more complex. Right, right. And a huge application for autonomous vehicles that people forget about when they talk about they like to drive. Well, not when you're 85. That's right. You don't want grandpa and grandma driving. That's right. All right. Well, Joanna, thanks for taking a few minutes out of your day. Absolutely. We look forward to seeing you at the next IBM event and getting an update on what's going on. Absolutely. Thank you. All right. Joanna, I'm Jeff Frick. You're watching theCUBE. We're at the North American International Auto Show. Thanks for watching.


16-inch laptops have been taken over the productivity and content creation market. Lenovo is embracing the trend, offering a provenant of most of its laptops, including the Idea Pad 5 that we have today. The laptop is entirely made of aluminum, which is reflected in the weight and thickness, stopping the scales at 1.92 kilograms and having a profile of 16.9 millimeters. The design is the same as last year, with rounded corners and soft edges. The Lenovo branding is minimal, with two small appearances at the edge of the lid and the base. The leading keyboard deck doesn't show a lot of flex, however the lid is slightly more flimsy. Still, it opens with one hand, revealing a full-sized keyboard with a numpad. The typing experience is great thanks to the clicky feedback, despite the slightly shorter key travel. The touchpad is massive and covered in miler, which is very smooth. The responsiveness and accuracy are great as well. The left side houses a power plug, an HDMI 2.0 port, one 10-gigabit USB-type C port, which has Thunderbolt certification on Intel models and an audio jack. On the other side, you get a microSD card reader and two full-sized 5-gigabit USBs. There are two display options that have a QHD plus resolution and an IPS panel. One of them also has a 120 Hz refresh rate ideal for some competitive games. We tested the regular 60 Hz option, which has excellent viewing angles and max brightness of 337 nits and a high-contrast ratio, which should ensure dark black colors. It covers 90% of the SMGP gamut and reaches a delta E value of 1.5 with our design and gaming profile, which you can purchase by clicking the link in the description. Only 2 per 100 people watching this video are subscribers. If you decide to just start following us, we'll be able to reinvest more in our laboratory, thus making even more helpful videos for you. Thank you, you're awesome! The IdeaPad 5 Pro is equipped with a 75-watt power battery. Our configuration supports a Ryzen 5 6600HS and an RTX 3050 with a 65-watt power limit. The laptop lasts for 10 hours and 44 minutes of web browsing, or 10 hours and 10 minutes of video playback, which is a good result. The Ryzen 5 6600HS has a 35-watt TDP, 10 watts lower than the regular 6600H, which is a good option for thinner laptops as the CPU can maintain more stable clock speeds in lower temperatures. When compared to its Intel counterpart, the IdeaPad 5 Pro with 45-watt Core i5-12500H, it does show a lacking performance, both in 3D and 2D rendering. On the other hand, the AMD-powered model uses a dedicated GPU, which is much better than the integrated graphics inside the Core i5. The Intel model has access to the ARC A370M, which we were able to snack up and test for ourselves. To keep it short, some titles need the GPU to settle down for about 10 minutes after which the FPS improves and the games run better. Other games like Far Cry 6 and Shadow of the Tomb Raider give us a blue screen of death, which is very unusual. Intel definitely needs better driver support. Desk rendering performed decently, not having significant FPS drops even at the highest preset. We have a whole playlist featuring benchmarks of the ARC A370M with a total of 40 games on our laptop media benchmarks channel. The laptop uses a simple cooling solution with two heat pipes that cover both the processor and graphics. There are two fans and two heat sinks as well. We also have to mention the grill on the base, which supplies air to the setup. The CPU manages to maintain high clock speeds, running at 3.7 GHz on all 6 cores. At the same time, it gives a 54W TDP throughout the whole stress test, while not going above 84°C. The GPU runs closer to 60W, with 62W being the max TDP that did 30-50 reaches in the test. Clock speeds and temperatures are great, which is fantastic for prolonged loads like video editing. Comfort during the test was good, as the two fans didn't produce any unbearable noise, while the keyboard's hotspot was only 43°C. Despite the large 16-inch footprint, the IdeaPad 5 Pro comes with soldered memory. You only get up to 16GB of LPDDR5 RAM, but at least it runs in Quad channel mode. Still, it would get eaten up very quickly by every creator program. Storage-wise, there is only one M.2 PCI-EX4 slot that supports Gen4 SSDs. If you want to see the insides of the laptop, we'll have our tear-down video linked in the upper right corner. The IdeaPad 5 Pro delivers performing and efficient hardware while keeping temperatures and comfort at a very good level. While the Intel version does carry more performance, its RGPU does have its driver issues, which really limit its gaming capabilities. All the while the RTX 3050 that we have here is performing fantastically. The only thing that's got us worried is the low RAM configuration that's available, so hopefully Lenovo can up the capacity. Check out our detailed review which goes more in-depth and covers everything there is to know about the new Lenovo IdeaPad 5 Pro.


Attention, ceremonial, on the guard. Hurshing zone. Attention, ceremonial. Ceremonial. At leaders, take charge of your platoons. Hurshing zone. Work time, march, march.


Shave Bear 1000 here, on this little bicycle now it holds air for a couple hours and then goes flat I don't want to sell it to somebody like that let's patch the tube these front tire these front wheels are easy to get off these things because you don't have to adjust the brakes or you don't have to adjust the chain you don't have to deal with the brake arm and all that so this is just a 15 millimeter wrench on this one just going to loosen that up you don't have to take that nut clear off of there same way with this side there's a little nuts in here sometimes on the inside you may have to hold one of them but usually it works with your fingers okay so it's got these little keepers on here I'll show you here in just a second they're going these holes here I don't know if you can see that just a just a little keeper that goes in that hole keeps the wheel from coming coming off if your if your wheel gets loose but so there's one you can take the nuts clear off if you want I just usually leave them on so they don't get lost so that's all there is to that you can see it's flat but it will hold air for two or three hours before it goes flat so it's got a small leak in it so we're going to patch it I'm going to take it over here we're going to put it on the on this table over here and I'll show you how to get these off here you got to be careful because you don't want to pinch your tube put another hole in it okay guys I got to do this again I already had it off and I forgot to hit record now we need to pry this tire off of here but you have to be real careful if you're using a screwdriver I like to use wrenches whenever possible because as you can see these wrenches aren't as pointy as a screwdriver so what I like to do is I like to start with the wrench get up in there make sure you're not pinching your tube same way with this now on the bigger ones you can use two wrenches on the bigger tires believe it or not the bigger bicycle tires are easier to change the knees so just be real careful not to pinch your tube and put another hole in it but if you look down in there you can see if you've got your tube or not usually once you get it like that if you got more strength than I do in my arms right now you can usually pop it and it'll start and it'll come clear out around for you but and like I said these smaller tires are actually harder to get off than the bigger ones but then you can just go around and pull it off now you don't have to take the whole tire off of course unless you're changing the tire so if you're just changing the tire then you're going to skip a step reach in there you know pull your valve stem out out of that hole and just pull it out now if you're going to take the whole tire off you just just take it and put it in there like that and pry your tire off so now what you can also do is put a little tape around your screwdriver wrench if you got nice wheels you don't want to scuff them up if you got pretty chrome wheels you don't want to scratch them this is not the case here it's just no bicycle for a kid you know I'm going to be selling for like five bucks to a kid that needs it or if someone if a kid really really needs it I'll give it time but so go over there also inside of here we'll see a piece of rubber that goes all the way around inside there that's to protect your your uh your tube as well you got some rust in there try to clean it out best you can make sure there's no dirt or anything in there and it should be good make sure that rubber's lined up with that hole and so let's let this over here here's our patching kit uh you can take this in the house you can um you know you can shoot a little air in it take it in the house put it in the sink put it in the bathtub I'm going to do it out here I'm going to uh go get me a bucket of water and what we're going to do is dip it in we're going to look for some bubbles that'll be our leak so I don't see any big tears or anything I don't see any fresh nicks so I know I didn't nick it so but it does have a slow leak somewhere it could just be leaking out of the valve core right there but let me go get a bucket of water and I'll be back with you okay I got me a little pan of water here it's just a little bowl uh well it's a pretty good size bowl but just a bowl now I'm going to shoot some air into this tube all right guys we'll tell you put soapy water in there that doesn't matter uh you're going to see bubbles blowing just in water like this now if you're checking a tubeless tire yeah you're going to want to rub some soapy water on uh the soap will cause a big bubble this you'll be able to see it without any soap in fact sometimes the soap really doesn't help much now I can feel air coming out there it is right there but I'll show you see that right there's our hole right there and what I hate is it's on these ribs so we're going to have to really clean these get these ribs flat okay when we clean them off let's see but there yeah see see the bubbles that's our hole now I'm going to check for other holes too once we patch it I want to check for more holes and you'll see it immediately even a little tiny hole will show up check check your valve your valve core there's no bubbles coming out of there so that's good so it looks like the only hole we got is that one there but now I like to leave a little air in these when I uh when I patch them but we're going to scuff this up we're going to use a small patch on that okay so let me get my stuff ready and I'll be back with you in just a second so what you got you got this little deal here and you're going to lightly scuff this area all the way around where your patch is going to go we're not going to need a great big patch so I'm going to go with us with the smallest one we have here there's the hole I don't know if you can see that or not but there's a hole that's going to cover plenty of it okay so I'm going to scuff this up all the way around where that patch is going to go you can also mark it in case you're afraid of losing it this one I can see pretty good so now what we're going to do is we're going to put a little glue on this a little rubber cement here just take that and you puncture it open but you got to be careful because if you're squeezing the tube when you do that a whole bunch of shit will come flying out at you so you would think they'd have an easier way of doing this but see it's not even puncturing it I may have to get me a nail or a screw or something there it goes see that's what I was talking about see that that's why I hate when they do that shit all right so we're going to there's our hole right there I know if you probably can't see it but I'm just going to smear some of this glue around now I've left a little bit of air in here so that way it's a little easier to work with sometimes once you get the glue on here you can't see your hole anymore so let's get our patch ready you have to be careful not to touch the glue or the sticky stuff on the patch we'll find our hole sometimes what you can do you can shoot a little air in there if you lose your hole like we just did you'll see the you'll see the glue come up out of the hole there it is right there so let's get our patch here let's try another patch I got that one all dirty and they're not expensive but kind of they are this was $1.98 at Walmart for this patch kit you only get five patches so you want to let that get to a dull shine and once it does once you get it to a dull shine that's when you want to put your patch right over your hole you want a lot of guys will hot patch it what you do when you hot patch it now I'm going to let the air out what you do when you hot patch it is you actually like to glue on fire for a second but I usually don't I don't have an issue going out I don't have to do that with tubes but you can but normally when I'm hot patching something it's going to be a tubeless tire okay so let's air out so now we're going to we're going to push real hard down on that now you use the back end of this now the flat spot and you're just going to want to rub that from the inside out get that glue to come out get all that excess glue to come out okay and rub it pretty good especially if you got these these ribs on here like we do just want to keep rubbing it just like that now what I like to do is okay and then you're going to after after you glue sets you're going to want want to let it dry so I'm going to let it dry for about 30 minutes I don't think it takes that long but see that that patch kind of got screwed up so it's not really going to be any good anymore maybe for an emergency that's something that's not real important now I'm going to let this set um this is on the instructions scrape off excess removed foil back in ply patch upside facing up secure patch removed plastic and press firmly around the edges it doesn't say to let it set but I like to let it set so I'm going to give it 30 minutes to uh for the glue to dry and then we'll peel this plastic off and then we'll check it for leaks all right we've got our patch on here show you like that now we're going to check the patch and the patch seems to be seems to have a little leak right there maybe not okay we have another hole in the tire right or in the in the tube right there right there you can't see this one so we're going to have to put a patch on here right there in bubbles right there so we need to patch that dry this all I can't even see where it is so I know it wasn't a pinch so what we're going to do is we're going to smear some glue around there look for the glue to bubble up sometimes you can feel it on your face it's right in here and I'm going to shoot okay there it is right there's the hole see the bubbles blowing right there so now let's get let's get a medium-sized patch if we can here and uh I did get the plastic off that off that other patch as you've seen squeeze a little bit so we can find the air hole let me shoot a little air in it so we can get a bubble to come up out of there it was such a small hole glue might have sealed it but we're going to go ahead and stick this patch on here where I think it was because now I can't find it so I can lay it flat squeeze all that off of there that was such a tiny hole that glue probably sealed it up but since I got the glue on there and I've got a patch so these patches suck glue sucks one of the two I keep forgetting I got you guys beside me I keep forgetting I made that thing so I can work directly behind the camera it's right in there on the desk and I keep forgetting I made that so I'm going to set this over in the sun and we're going to let it dry let the glue dry for I don't know 15 20 minutes this wasn't that bad of a hole so see as you can see right there it's already really starting to dry there but I'll be back with you guys in a second I'm going to try to get this plastic off of here too I don't know if I'll be able to or not I got it off the other one so most of it all right so say that glue just ain't drying all right let me let me let this dry I may put a little weight on it I'm going to let it dry in the sun and then I'll get back with you and we'll check it and see if we fix the leak all right so we got our new patch on there I got most of the plastic off but it just doesn't want to come off without peeling the patch off so this these patches may not work I don't know there it is now let's check no bubbles all right we got it plastic on there all right looks like we got them all I don't see any more bubbles we'll check the valve again no bubbles all right now let's let the air out we're going to put the tube in the tire now hopefully we won't we won't pinch the tube all right let's get this started up in here try not to twist that tube try to keep it in you know in the uniform shape we've got to get our valve stem into that hole sometimes you can look on the other side you can see it starting down in there we go just a little bit pull it down through so I like to leave a little air in them tubes because it helps it helps hold the the tube from getting pinched now it doesn't work every time but it does help it and then I'm just going to leave this around here and then we're going to add air to it now once we add air to it you may hear a little bit of air escaping from around the tire that's normal that's just filling up that space in there okay so don't be alarmed if you hear that so I'm just going to very gently go around here make sure you're not pinching the tube because I have pinched the tubes before and I've done it in car tires I know every tube's tubeless nowadays but back in the day when I was running derby cars like I said it uh um I ran tubes in them okay now let's shoot some air in this and this thing so you can hear some of the air escaping just for that just for a second I don't hear anything feels nice now I don't know if this is printed on the side how much air this takes but make sure you kind of get it you may have to work with it there's like a line around here you can see that little line maybe try to get it even with the rim inflate to 40 psi I'm just going to hit it on the ground a couple of times that's not a necessity but I like to do that get it as straight as I can and it's not going to fit in here but pretty confident we've got we got it so let's check our pressure it's got 20 pound add some more air to it there's about 30 about 37 that's good enough so we're good to go there now let's go put this on the bicycle okay guys so it's been about 30 minutes and I let it set a while just to make sure it wasn't going to lose any air and I checked the pressure again still at 37 so we're good to go make sure these getting those little holes there if you've got these and tighten them up we're good to go now I can't ride this because it's too small but all right so guys that's how you put a tube uh a patch on a tube uh I know it was kind of chopped up uh Bruno has seizures and he was in the house and uh but I had the garage door open the man door and the big door and he come out and he was like he was having trouble breathing so I had to cut a couple times and go check on him and make sure when he does that when he has a seizure you just got to talk to him he hasn't had one in a while so uh so that's why it was kind of kind of chopped up this this video but you get the idea just let let the glue dry and if that plastic stuff don't come off a lot of times when you go put air in them to check it they'll start peeling off but if it don't don't worry about it on you know especially on a bicycle it'll it'll be fine so we got it like I said it's been about 30 minutes it's still at 37 pound I put 37 in the rear tire before we started patching the front one and it's still at 37 pound so we're good to go so all right guys thanks for watching stay tuned for some more videos this weekend and uh yeah uh what is today thursday so you guys enjoy the rest of your week hope you have a great weekend and we'll chat at you soon shabare the myth man legend thanks for watching don't forget to comment rate subscribe and uh check out my patreon page you better now you are better now you better you better yeah he's good now he's all right now i know hey you have fun you have fun i'm filming you yeah he's better now good boy i think i'm all right in a tail wagon yeah all right good boy


To go to our next panel, in what new domains will conflict occur, which I'm going to moderate, and we have Scott Stapp, who's Vice President of Capabilities in All Domain Integration, which he'll explain what that means, at Norfolk Grumman, and we also have Lauren Zabirek, Senior Advisor at the Cyber Security and Infrastructure Security Agency. Both of them are veterans of the U.S. Air Force, and we look forward to their comments. Let me start with Lauren. So the question here we're trying to answer is what new domains will conflict occur? And obviously in cyber, in the sense that conflict is going off for some period of time. There was a time, I think even Liam Panetta used the phrase of potential cyber 11. Is that plausible? Thank you for the question and it's a real pleasure to be here. So I think what we've seen over the last, we'll say decade, decade and a half at this point. We're in this sort of environment of endemic cyber conflict. It's ambient. We're lucky in that nothing totally destructive has happened at this point. But I think most experts would probably say this concept of a cyber 9-11 is probably a little bit hyperbole and probably doesn't really fit the nature of cyber very much. The way I like to think about cyber is not necessarily a place, but more like a tool. It's a tool in the toolkit for adversaries, as well as criminals and other users as well for their gain, whether it is financial gain or whether it is adversarial gain. So adversaries or criminals will use it to get what they are after, whether it's diplomatic, military, financial, etc. So I think it's sort of the wrong analogy. But that is not to say that real harms are not being caused by the use of cyber in a malicious way. Scott, so at Northrop, talk us through what a plausible scenario would be for some kind of space-based conflict, presumably with China. When you think about your job, is it mostly about China? I think that's, I wouldn't say in Northrop, I'd say the department is very clearly focused on China. Secretary Kendall today from the Air Force was down at AFA talking just about that, and everybody's probably heard that where he goes, China, China, China. I mean, he just, that is definitely a focus for the Air Force.  I think the hope is currently that there will not be a conflict in space, but you can't presume that won't happen. I mean, it is interesting that the 1967 Outer Space Tree, which was, hey, space is going to be a peaceful domain, it ain't that long. And that was when space was really not that accessible. And you look at just over the last 15 years, how much more accessible space is, whether it's commercial, whether it's our adversaries. And we were talking earlier just very much like the sea domain. If you go back 1500 years, there wasn't conflict on the oceans, right? I mean, it wasn't until you had much more proliferated access to the sea, lines of communications, commerce, everything else that you started to see conflict in that domain. As you see space really start to become an economic lever, you start to see it actually be involved in other domains of fighting to actually supporting the terrestrial domain. You run the chance that you're going to see a conflict in space. So you have to look at how do you actually address that. And systems used to be, it used to be very expensive to get to space, that the rocket itself cost as much or more than whatever you were putting up. That is no longer the case. Launch to space is actually very economical now. So you can start proliferating larger numbers of satellites rather than having them all clustered into a single capability. And I think you're going to see this to go the same ways when you have another domain. Question for you, Lauren, which is, you know, CISA, your agency is, I think there are 2400 employees or something.  I mean, you're highly reliant on the private sector to do what they're supposed to do. So, and, you know, not if you try and protect everything, you're going to end up protecting nothing. So in the hierarchy of things that your agency considers critical infrastructure, what are they? And how do you protect them given the fact that you're, in a sense, exhorting people to do the right thing? You're not, you can't find them, I don't think, for doing the wrong thing. Or you, the tools are more persuasion. Yeah. So you mentioned critical infrastructure. I think a lot of people know that there are 16 sectors and CISA is actually sort of overseeing a number of those. I don't think a lot of people do know there's 16. I mean, you may know that. So for the audience, what are those, you know, what are the top things you're trying to protect? Well, some of the most vulnerable are looking at the water and waste water sector, the health care sector, K through 12. Those are some of the, our director, Jen Easterly's priorities over the last year or so. But things like manufacturing, transportation, really the things that we rely on as people for everyday lives, it runs our lives. And if those things suffer particular harms, you know, I'll say for today, my flight was delayed three hours because of the alleged software upgrade, right? So, you know, obviously, it's an upgrade. I love that, not a downgrade. Allegedly. But, you know, obviously minor inconvenience to me, but what happens sort of in the aggregate, right? That's a huge thing. Or let's look at colonial pipeline in our energy sector. I think the attack on that particular entity, I think showed a lot of people of the nature of the harm that could happen because it really impacted everyday people. They weren't able to get gas, right? So, to your point, we do rely on the private sector to hopefully do the right thing. Now, I will say this, that I think we're sort of, we try to give them the tools that they can. But at the end of the day, the organizations within the critical infrastructure sectors simply don't have, I would say with the exception of maybe the financial sector, maybe some parts of the transportation sector, they don't have the resources to prepare themselves or defend themselves against very well-resourced, very sophisticated actors. And so, what my team at SIS is trying to do, and this is also a high priority for the directors, is really drive this initiative called Secure by Design. And that is in line with the National Cyber Security Strategy from the Office of the National Cyber Director, pillar three, which states that we need to start moving the responsibility for security from all of us, right? The people who are not as well-equipped to deal with that to the manufacturers, right? The organizations that can, from the beginning, from the design stage, really try to make their products as secure and safe as possible. And just to clarify, so right now, when there's a so-called zero day or sort of a backdoor into, right now, you have to patch it yourself.  But so, what you're trying to do is to put that responsibility back on the software developers, etc., and make, so that we're not always just repatching or missing the patches. Exactly. So, think of, patching is something that we are referring to as a soft cost, right? Left of boom. You're investing money and time in patching these pieces of software. And it's not just one, right? In organizations, they have an entire stack of software. That takes a lot of time and resources to go through that.  That's a problem, right? And again, in the aggregate that results in this residual business risk, which then, of course, really adds up to this, this huge national security delta. And so what we're saying is, hey manufacturers, there are things that you can do, you know, if you think of a vulnerability as a defect, right, to test for defects in a way that other manufacturers that have embraced quality by design, right? You mentioned Experian. So, look, I mean, for those who don't recall, the Chinese, it's a public record, took, I think it was 175 million records, basically half of the records of half the population in the United States and stole them. I think one approach to this that I, as you were talking about, like litigation by people who are affected might actually be better than just you saying you should do the right thing. Well, traditionally, software and, you know, probably to an extent hardware manufacturers have really shielded themselves from liability. Although contracts that you get right when you download software, that basically says we are not liable, you're licensing the software. So, so yeah, typically, or traditionally, rather, that that's been an issue. And so I think the courts may be starting to think a little bit differently. But of course, you know, with the with the National Cyber Security Strategy, you know, the Office of the National Cyber Director, you know, talked about, you know, looking at the liability issue, too. So, so that is that aspect regulation that falls outside of CIS's purview. But, you know, that might be coming. Scott, how is AI changing the defense and space business in general? That's a great. How is it changing everything in general? So I think one of the things you see, one of the things you're going to see in the DoD is is the DoD typically is looking for predictable results whenever they're doing anything. I mean, the one the one thing with the military is you train, train, train, train, train, train, train. You want everything to be reflex in nature. You want to understand what that outcome looks like. And and they struggle with, again, I was a tester at one point during my career, and you want to have very predictable results. When you start to look at AI, I think predictive AI there is a ton of opportunity space within the DoD. When you start looking at, you know, cybersecurity, when you start putting AI into computer systems who can look at anomalous behaviors and strange things that have not occurred, whether it's insider threat or intrusions. AI does an amazing job at that, right? When you start looking from a DoD perspective of looking through, whether it's imagery or signals, and have an AI actually diligently go through that, it can actually do that in a much faster and cleaner way. When you start talking about generative AI, and where systems are going to start making decisions on their own, you already see it in the commercial side, you see people very reluctant on how fast they want to push that on the military and the DoD side, I think you're going to see that go even slower. Because what you're dealing with is it's different if you're dealing with a business and it makes a bad decision and you lose money in the DoD, it's about lives. And if AI makes a decision to do something that costs lives that is either civilian or unintended, it will not go well. So I think the department is going to go very slow in generative AI.   Now, the Chinese obviously have autonomous drones and swarms that are governed by AI. They don't seem to really care about that issue. And now we have public reports. I mean, there's been a lot of reports recently about AI powered sort of wingmen or right. So what is that? How do you keep the human in the loop? I mean, I understand how you might. But if the Chinese already passed that, I mean, do you put yourself at disadvantage by trying to maintain that human in the loop?  And I think the difference with that is much more cultural than it is anything else. I think I think when you look at some of our adversaries, their risk calculus is much higher. Their their value on human life is different than ours. And how you look at that problem said, I think for us, when you look at autonomous systems, I think we're gonna have to get used to having what we call man on the loop, not in the loop. Things are going to happen way too fast that you can do that. I think in critical decisions, and I think I think we're gonna have to have fully autonomous systems. In some cases, if if you were to look at a very large incoming raid of missiles, and you have a battle manager and operator, he can't make those decisions on how he parses weapons to what's coming in, he's going to have to turn that over to a system that automatically makes those decisions. But those are, again, I would say that is more predictive AI that they're going to use. And it will just do the mathematical calculations very fast. And what's happening and as things change, it will adapt. I think anytime it's going to make a critical decision that that can have a larger or what I call strategic consequences, you're going to have a man on the loop, basically hitting a verify and making sure those decisions are made correctly. Yeah, you share that view. I actually want to sort of take that and bridge it a little bit with the cyber aspect of it.  A couple years ago, and I think he probably still, you know, continues to talk about this, but the FBI Director Ray, you know, talked about how, you know, this intellectual property theft is really the represents some of, if not the largest transfer of wealth in human history.  And so to bridge that with with this concept, right? What, you know, why is that data? Why is that well being stolen, you know, for to develop these particular capabilities, right? And so, you know, not not only from a data aspect, but from, you know, the systems themselves as well. So I think that's an important sort of bridging there. Well, I have one thing I mean, I think this does get into norms of behavior.  We are just we're actually holding ourselves back from doing some of those things. But if you look at some of the things that have occurred recently, just making the news, right? Chinese cruisers cutting in front of US cruisers, that is not normal. That is not what we consider norms of operations of the sea. And what they're doing is they're changing the norm. When you see whether it's the Russians or the Chinese buzzing aircraft cutting in front of them doing it, we call that unsafe operations. But the question is, for us, are they changing the norm? Are we going to have to figure out how to adapt to a new norm? Because it's unlikely they're going to come backwards and adapt to our norm. And so that is going to cause attention over time of how fast we are willing to change and look at the culture and norms we have in military operations to adapt to that. Because otherwise what you've done is you've seated the advantage. And the odds of an accident seem to be going up pretty highly, right? Whether it's a pilot accident or a ship accident or what, Lauren, in terms of when you look at the we talked about the hierarchy of all the things you're trying to defend. What's the hierarchy of the threats? Obviously, you have, you know, you have these malicious groups who are doing ransomware that have names like our evil, which is a great kind of name. You know, and then you have states. So when you at your job, how do what's the hierarchy of states that are involved in this sort of tagging United States? And what's the hierarchy of non states? I don't know if I can put them into a hierarchy. I think you have your, you know, the group of of state actors that, you know, are typically implicated in cyber attacks, which are, you know, Russia, China, North Korea, and to an extent Iran. And then of course, you have a number of non state actors, criminal groups. And, you know, I don't think you can say, you know, which one is worse or anything like that. There are different capabilities and there are different interests on them. They're still harm to real people being caused. I mentioned the colonial pipeline incident. You know, we hear about ransomware attacks every day, right? Businesses, I think in 2022, the cost that was reported was in the tens of billions of dollars, right? But also let's look at livelihoods as well. There was a ransomware attack on a hospital in 2019. And this is, of course, not the only ransomware attack on a hospital. There's many. We might not have heard of all of them because they're, you know, they haven't been required to report it. And perhaps they were able to recover, you know, within days, weeks, maybe months. But there was an attack in 2019 that led to the death of a baby girl, right? So real harms are being incurred through cyber attacks. So it, you know, to me, I'm not necessarily saying, okay, state versus non-state. It's, again, a tool being used for whatever gain, but also there is collateral damage. Speaking of collateral damage, you know, there seem to be there are a lot of satellites in the domain that you're mostly focused on, which is space. Elon Musk, I think controls 4,000 of them. Are you are you concerned that there is too much too many of these satellites sort of in low orbit, that we're kind of setting up a problem that goes beyond simply like some future conflict with China? So I will tell you, I personally am not. And the reason I will say that is because space is super big. And we had kind of talked about this earlier, which was go look at any FAA map and look at how many airplanes are in the sky at any one time. And they're all operating between 20 and 40,000 feet. I mean, sometimes you look at the map and it's just populated, right? It's just crazy. You look at the satellites and they're talking about operating between, you know, 200 nautical miles and 22,000 nautical miles. Multiple different orbitologies, all sorts of stuff. When you really look at, and there was an analysis we did in the department that I had done with Cape, because we were looking at how close you need to track different objects to do conjunction analysis. And what you found out is, is we're constantly moving things around because you don't have a huge, there's a lot of error cones around those. Well, what we found out is there's about a million pieces of debris up there that are of a size that can destroy anything. Right? I mean, there is a time and this is not from us. This is just natural debris, micrometeoroids, all these kind of things. It's about a million pieces plus up there, all that are operating around our satellites yet we aren't seeing major impacts. The number of satellites we have and the likelihood that you'll have a conjunction. And again, you may over time, but it's lower than what we're seeing currently, I think, in the air systems. And again, it's a big space. I want to open up to questions. If anybody has a question from the audience, so we have a mic. Except for Rooster. Who would eventually be perceived to be by the adversary. And they're two different things. I'm just curious as to what your thoughts might be on that. All right. So is that long or mean? Because I will tell you, from my perspective, I think that's a major problem, right? The department, I mean, you're right, what the Chinese are looking to do in an adversary or military conflict is to change our perception of what occurs, right? And to me, this is where it gets interesting in the AI world, right? Everybody's seen when you look at deep learning algorithms where you see a picture and an AI algorithm will tell you it's a giraffe. You change a couple of three pixels, you still see it as a giraffe and it calls it, you know, a polar bear, right? Is the ability to go in, if they have our data and are smart on how we're using algorithms to use our data and can actually modify it so that the algorithms read that data completely differently? We're not going to have humans doing this, right? I mean, we're going to have machines doing that. That is a real problem and a real threat for us. And figuring out, which gets back to whether it's secure by design or zero trust, understanding when people are intruding in what they're doing is probably the most critical piece because, yeah, I think from the department side, you're going to have to assume people are in your networks. You're just going to have to assume it. Yeah, and I'll just say, you know, from Sysa's point of view, where we are trying to buy down that risk, right, for the nation, part of that is making sure that our systems and our data and our, you know, our devices are secure, you know, because it, as I was saying before, you know, it's about real people. It's about harms to people, not just data, but, you know, I think you just, you know, really explain the potential harms of not securing that data. Colonel Willie, do you have a question? I just wanted to add that question came from Lieutenant General Bob Schmiddle, who's also associated with ASU and was instrumental in setting up Cyber Command. And this is Colonel Dennis Willie, who is our first Chief of Staff of the Army fellow and now works for Space Command. Thank you, Peter. I know that you're running close on time. With respect to the space conjunction problem, you're right, there haven't been a lot of public discussions about breakups and things like that or but the number of objects has gone up almost double that we do track. And you talked about the economic aspect of it earlier. And so what we're witnessing is de facto real estate by altitude being occupied by these different constellations, SpaceX and Starlink first and all of the other ones that the FCC approves. So in the world of conflict at the economic level, any thoughts about how creating this de facto real estate, which no sovereign country is supposed to have real estate in space. So any thoughts on that? Thanks, Peter, for the time. I think that's a great question. I think as we start to look at whether it's Starlink or Kuiper or any of these things that have just massively proliferated our trap, I think that does start to create some issues, especially if they are not assigned extremely different altitude regimes, right? Those kind of things. But when you start talking about and again, we're going to see this when you start talking about economics, who owns the moon, right? I just heard that, you know, somebody declared they own the moon, right? China, others. I mean, it's going to get very interesting over time of a new domain and it's like a law of the sea, right? I mean, at some point we decided that 12 nautical miles was international limits, the rest is sovereignty and the rest is international. There has not been this huge view on how we're doing space and the issue gets to what you were talking about is when we were talking about what we can do in cyber.  But we have this issue called law of armful conflict that we tell ourselves there are certain value systems we cannot do. When you talk about the Outer Space Treaty, we said it's for peaceful purposes and we're not going to actually have conflict. Well, China's not a signatory on that. I mean, a lot of these... So, who do we handcuff ourselves and as norms start to change, how do you address what that new world looks like? So, if you want to say, no, we need to have some discussions internationally and in space on who owns what pieces, you're back to the UN. I mean, not a shout at the UN, but how fast that works and how effective that works is a big question mark, which gets back to the likelihood of conflict in space grows because you can't develop a common set of norms and you get into a conflict of, no, that's mine, no, that's mine. And the next thing you know, they're at it. I want to thank our panelists very much. Thank you, Lauren. Thank you, Scott. Thanks, Peter. Appreciate it. Thank you.


Yeah, if you go look in the 88 catalog, he has, I think it's actually an NL1 by Ruderalis. Hype it. And he crossed it to Hayes B. And he talks about it being female because he was like trying to like tame the crazy lead time to flower it. Yeah. Right? Someone's calling you out. Someone's saying you're incorrect. I was sure about what. I don't know. How sure? Am I on it? I don't know. I mean, I got the catalogs around here, but the first two hybrids he really tried to make was he crossed it to Maple Leaf, Afghan Tea, and he crossed it to NL5 Hayes. And NL5 Hayes he released.


Welcome to Kids Fun Science. My name's Ken. Today's experiment is the zip string. Can you push string? And I'm gonna show you how you can. If you're new to the channel, please remember to click the subscribe button. And if you love this experiment, please click thumbs up. It does help the channel. All right, hey, welcome back to Kids Fun Science. Today I have a very fun and exciting new science toy. It's the zip string, right? So this is not a paid advertisement. I bought my own, actually bought a couple of them. And I'm gonna show you some of the cool things about it and the science behind it right now. So the zip string, when I take it out, so that was a packaged one. So here's the one I got here. It's just a little device. It's got a motor in here, some other things. And then it's got two rollers and it's going to take this string in. It's gonna say, you ever heard, can you push string? Which you're really not pushing string. And I'll explain the science in a second. So basically once you have the string in place and there's, it comes with three different sizes. And I've got the medium size one here and you click the button on, the string comes right out like this, which is pretty cool. And so the science behind it is that it's got momentum, lift, drag and gravity, right? So when it's first coming out, it's got the momentum picking up and then this fiber, this thin fiber rope or string it's using has little fibers sticking out. Let me get a little closer, I'll show you. And it creates the drag, right? So as the drag goes, you can see it starts to lift until gravity brings it back around. And then of course the tension's always pulling it around. So it's a pretty cool device. And so when you see here, when I go back and forth it looks like it just stay in there and it kind of just moves in place like it's still. I mean, it's just like you can play this with this toy for hours. So it's cool as it goes sideways. It takes a while for the other end to catch up to it where here it kind of just goes back and forth and curts out, right? Or you go up and down. It's just amazing what it can do. Try to sit back a little bit, a little close to the camera there. This is crazy. So the wave speed is slower on the top than it is on the bottom. The bottom is being pulled in by the rollers and it's pushed out. So it's increasing the tension on the bottom and decreases on the top. So that's why you can get your different waves. And what's cool is when you pull down you can see that it only does affect the wave on the bottom. When I pull this, it's gonna send that wave this way, right? But when I do the top you can see it totally correct some bolt that makes them both move and watching both go when I let go, they both go out at the same time, which is really cool. But when you affect the bottom, you're only getting that one wave right there on the string. You see here, when I'm doing it, only the bottom is really making the wave and the top is kind of straight overall, right? So here's the string up close and you can see there's a lot of fiber sticking out from the string and that's what creates the drag that helps it as it goes to drag. It becomes, then it gets into the lift of the string. So it's really important to have the string a little bit all with these fibers in it because it's gonna help the string with the lift. So if you take some sandpaper, I'm sure if you sanded it down you got a lot more fibers. You probably could extend the string to be a lot longer than it is because it's gonna help with more drag. All right, so putting it on is you just gonna take your string and you're gonna sit it into here and then what I do is hold the string here on the backside of the roller and I pull it in like kind of like dinner floss and it goes right in. Then I pull it to make sure it runs smoothly. You can see it's on the roller there and it's on the roller on the backside and then from there you're just gonna click your button and there you go. You can see when I go back and forth I was talking about the waves. They go on the bottom, right? Because there's more tension, increasing tension. So you see the waves on the bottom but the top part is straight. All right, so you can see this is on the ground right here. I'm five, five, seven. It's probably five, five, maybe a little shorter but this is the medium string but what's cool is I've done some outside but now you can go straight up too. Hopefully you can catch this on the camera but it goes straight up there and you can still do the waves on here. It's amazing how the lift is still a little pulled up and pretty straight up to the ceiling. You can close the front. It does get tangled every once in a while but just take your time getting it all out but it is truly amazing on what it can do. Oh, there it goes. So it does knot up a little bit. Every once in a while if it can spin around too much you just have to take your time, pull it out, make sure there's no knots in it and the strings back on the roller's right and then you can just start it right back up again. So if you're careful, you keep using it over and over. All right, so here's my sawdust online. I'm gonna try to do five cups here trying to interweave it by pulling it back. It kind of goes around that second cup and then let it wrap around the third cup and let it wrap around the fourth and the last one. There it is, all five cups and it can pull it all the way up. There you go. That's a little fun trick she can do. So here's the longest one here. It's definitely, it's definitely large. I didn't think I'd use it in the house, but you can. The ceiling gets in the way a little bit but you can still do it in other places. So I might have to move this back. There it goes. That's way out there. I don't know if I can get it there. Get a big opening. This is the one you're gonna be able to go through, right? So if it works out, you should be able to step in. That's how you go through it. All right, hats off to Zip String, right? Great, great invention. It's rechargeable, which is really cool. And a USB device just plugs right in, charges it up. And it lasts a long time. I've been using this one. It's the only second time I've charged it and I was playing it for a couple of days. So anyway, very super cool toy. It does not have it once a while but it is fantastic physical toy. You gotta get one. So if you like this experiment, please remember to click thumbs up and to subscribe. And thanks for watching.


The next gen switch, aka the 4K switch, whatever this is, being reported by Bloomberg, is becoming potentially more real. Now, there's going to be two sides to the story on this, but it's going to be an honest conversation about this platform. We've already talked about how it's technologically possible, especially with DLSS 2.0 from NVIDIA, and the Volta tech we know is going into new Tegros and all that jazz. But before I get into it, I got to remind you of our two giveaways. We are giving away a switchlight and two games of choice. So, switch games of choice to two other winners. So, three winners total. So, grand prize of switchlight, then two second place winners, get a game of choice for switch. To enter, go down in the description. There's a whole bunch of ways to enter. The primary way that gets you the most entries is subscribing to the channel and then joining our Patreon at patreon.com slash nintendo prime. Doing that will get you 15 entries. Subscribing will get you 10. But there's other things you can do is like comment on the video, all that jazz. All right. So, the second giveaway is for three copies of Super Mario 3D All-Stars, maybe. Head down to the description. There's a glean.io link to enter that. Also, if you join our Patreon, you get an additional 15 entries for that too. Okay. Cool. Cool story, right? Giveaways galore. But what about the Switch Pro or the next gen Switch or whatever it's called? What's going on with that? Now, we know about the prior report about Bloomberg and Takahashi, the reporter over there, talking about having developer sources on this product existing and coming next year. This is in addition to other sources he has had in manufacturing, saying this product exists and is coming next year. And the claims are quite, you know, massive. We're talking 4K output. We're talking new screen technology, all that jazz. Now, the new screen technology we factually know is probably a thing at some point because Nintendo has a contract with Igzo Displays, which is not currently the company that makes Switch displays. And the technology that Igzo has enables basically low power draw 1080p plus displays, et cetera. So, I kind of figure that the next switch, whatever it is, a more powerful one will feature a 1080p display over the 720. Now, what makes us have another video on this topic after having one earlier today is actually the makers of Monster Boy, FDG Entertainment. So, they put out a tweet yesterday saying we're happy to confirm that Monster Boy gets an update for next-gen consoles to support 4K, 120 FPS signal on over HDMI 2.1, and then they tag Xbox Series S, Xbox Series X, and PlayStation 5. Okay, cool. Makes sense. And Indie Game supporting that, even supporting that on the S, if it can output 4K, is pretty good. But a person who smiles named Robert Lam says, damn, I have the Switch version. Looks like I gotta hunt down a PS4 copy. To which FDG Entertainment, that's right, the makers of Monster Boy say, who knows? Maybe Switch also has some next-gen hardware in the oven. And then the emoji with the eyeglass over. The teasing's real. Is FDG Entertainment one of the companies that actually has access to this next-gen hardware? I don't know. It's something to think about. Now, it's important to note that not everyone would have access to next-gen hardware. MVG is a fellow YouTuber. He also has access to the dev area because he's made games. And he's talked to other devs, both big and small. He's claiming over on Reset Era that this doesn't exist. He says, first post here, he says, I'm a registered Nintendo developer. And I talked to many dev friends, both large and small about this. This 4K story doesn't make any sense.  He later clarifies that this is just from what he's heard. He can't really, you know, confirm or deny it exists. But he doesn't think it exists based on who he's talked to. However, it needs to be noted that when it comes to new hardware, Nintendo is extremely tight-lipped about it. Nintendo does not give all developers equal access to software updates on the back end, developer tools on the back end, or hardware access at the same time, especially for a yet to be announced piece of hardware. This has been true for Nintendo for a long time. It is why, if you actually didn't know, developers didn't know about the new Nintendo 3DS until after Nintendo announced it. So when Miyamoto went out there and outright lied to the public saying that they were not going to release new 3DS hardware and then one week later they announced the new Nintendo 3DS.  There were no developers coming out saying that hardware existed because they didn't have it. They didn't have dev units of it. They didn't have software for it. Not yet, anyways. Now, you know what Nintendo did? They ported Xenobit Chronicles, all that jazz. But the point is that Nintendo does not give access to new hardware and the developer tools for it. And the dev updates for it to everyone. They do not treat all developers equal because they want to prevent exactly what seems to be happening and that is leaks. Now, just because we're hearing 4K output just because we're hearing a new display, that doesn't really get us into any particulars, right? We're not hearing about exact specs or anything crazy if there's been a redesign. We're not hearing about anything like extremely detailed. We're hearing broad terms. But again, to hear even hear these broad terms from developers breaks NDA. So, whoever does have access to it, assuming that Takahashi has no reason, Takahashi Matsuzuki's his name. He's got no reason to lie. He's a very, very well respected writer for Bloomberg. He used to work for the Wall Street Journal, very well respected, has a ton of context in Japan. He does a lot of Japanese reporting. So he's got a ton of context in Japan, context that we can only dream of. And based on people I have talked to here in the US, because I know a few developers, they don't have any access to a 4K switch nor access to any dev tools that suggest one exists. However, they have told me about Nintendo hardware in the past and how things like the new 3DS did come out without them having access to any dev tools or any dev units for that platform in time to get anything ready for launch. In other words, this hardware could exist, but very few people actually have access to it on a developer side, which means very few people have access to the dev tools that could be custom shipped with this hardware and not included with base dev units. Now yes, they do update dev hardware and tools all the time, but they could be purposely keeping this development update away from other developers, so the details of the system, its specs, all that jazz don't end up getting out to the public. Basically, Nintendo could be doing their best to keep all of this under wraps. Remember, they just dropped Hyrule Warriors Age of Calamity out of nowhere without being a whisper that this game exists. There was not even a whimper. I think there was one 4chan post like a week ago that predicted it, but didn't get the name correct. So in other words, Nintendo is very tight-lipped. Extremely tight-lipped. Like we knew about Super Mario 3D All Stars forever, but it took so long to unveil it, even though it's suggested that game might have been a game that was supposed to be unveiled five months ago, including a whole bunch of other stuff. Never covered that, but that's a real thing. It looks like Nintendo was going to do this Super Mario 35th anniversary thing a long time ago. But that's neither here nor there. The point is that Nintendo took so long to talk about it that it almost became vaporware in many people's minds that it didn't exist. And if it did exist, it's not going to be as spectacular as people want it to be, which, you know, for some people it wasn't. But the point is, Nintendo is extremely tight-lipped, especially with hardware. Give you another example. The Nintendo Wii. Now this is a new generation launch, so a little different. We did not know that Nintendo Wii was motion controlled until Nintendo showed it on stage. There wasn't even a whisper of them using the patents that already existed for motion controls to release a motion control system. We had no idea until Nintendo told us. This kind of stuff is what stays under wraps.  And then you have them saying, hey, who knows, the Switch might also have some next-gen hardware in the oven. It's kind of one of those hint-hint. Maybe you don't need to go buy the PlayStation 4 copy, because the Switch copy is going to be able to do this too. It's going to be able to do 4K. It's going to be able to do 120 FPS, or whatever, maybe not 120 FPS. That's probably pushing it a bit. But you know, 60 FPS, 4K, DLS, 2.0. I'm just throwing out there that FDG Entertainment is kind of hinting that this is a real thing. It's potential they might have access, because Nintendo has worked closely with them in the past. And so they could be one of the few, you know, Western developers that have access. And I'm sure there are some, let's just say there should be some developers in Japan that have access. There's that rumored new Monster Hunter game coming, good Capcom be one of them. I'm just throwing out there that Nintendo, just because it's not available in the base dev software. And hardly any Western devs even have remote access to this thing. Doesn't mean it doesn't exist. Nintendo has a history of doing this with upgraded systems in the past, even console reveals in the past. So let me know what you think about this all down in the comments below, because it's sounding more and more real the more the mystery becomes. It's like the devs that come out and say, oh, it's not legit gets countered by another dev that kind of is like, yeah, you know, it's a thing. So, yeah, this is just a classic case in my mind of Nintendo limiting who has access to it. All right, you guys, let me know what you think about this down in the comments below. I am Nathan Roberts from Nintendo Prime, and I will catch you in the next video.