So, now after this talking about this carbohydrate protein, let's talk a little bit about nucleic acid. So, we all know this nucleic acid, somehow it's connected through this kind of double helical bundle, okay. And what we know that this kind of bonding generally can be found in DNA and then the DNA is storing our information which actually opens up during the information passing phenomena, transcription and translation and all those things it transfer its information to mRNA, which also having some chirality and this mRNA actually interacts with the ribosome and that actually creates the protein molecules that we actually require. So, this whole process how the DNA interacts with RNA, it interacts with the ribosome and over there how the protein molecules are actually synthesized, this full system is known as the central dogma of biology. So, that is how the information is passes on. Now, think about that because we are chemists, we are not biologists, so we want to understand like, wait a while, how it is actually happening there. So is the DNA going to open up and interact with the mRNA all the time or it opens up at particular certain conditions? The answer is it opens up only at a particular condition, just wait a minute, sorry about the background noise, so this DNA molecule actually senses some changes in the environment of the biology and only when it actually opens up. So, those kind of phenomena which actually adds to the opening of the DNA, sometime that in generally known as the transcription factors and what are those transcription factors? They can be physical conditions like temperature, like someone actually having some wrong metabolism, the body is heating up, it actually sensed by the DNA and they actually try to stop it by creating some protein molecules which might going to help you out. It might be pH, it might be the oxygen concentration, it might be the carbon dioxide concentration and so on and so forth. So, this can be physical in nature and they can be chemical in nature. pH, I would say it is probably chemical in nature because it is actually nothing but sensing the proton concentration of the solution because all our, for example, cellular system is generally tried to be near neutral condition 6.5 to 7.5, but sometime if the cell is having some malfunctionality, for example, cancerous cells, they actually become very much acidic in nature, it can go even close to 3 or 4, so at that time the biology senses is and try to respond to it. So, how this biological response happen, the DNA somehow detects it or other co-factors somehow detects it and that detection is also coming through a molecular recognition.  And over here, again the chiral nature of the DNA and chiral nature of that particular chemical can be very crucial for ensuring that we are actually responding to the correct call, not any false alarms. So, that is why the molecular recognition, even the DNA and RNA are very important. And additionally what is recently has been found that DNA and RNA are not only acting as the simple gene information transfer agents, they can also act as an enzyme. So, for an example, there are certain numbers of systems known as RNA enzymes or sometime it is also known as ribozymes, so you can take a look into that. So, these are very crucial and they actually play a huge role during the gene splicing. So, sometime the genes has to be restored, has to be modified during the evolution and whatever the things happening with the gene and the structure and its conservation or its modification, even some of the RNAs are playing a huge role on controlling like which particular portion of the DNA or RNA I have to cut it out, which particular group I have to look into. Even over there, it is going through a molecular recognition and again the chiral nature of the RNA molecules which is a very important factor. So, recently it is found it is not only the RNA, but the DNAs even which is known as a very robust material, it is found that DNA can also even participate in catalysis or some chemical reaction in certain cases. So, those are also known as DNA enzymes. So, what they do? They sometimes also do the similar work like the cleave or functionalize. For an example, you need to put a phosphate group in one particular portion so that it can recognize a particular molecule as a transcription factor. So, for that you have to functionalize the DNA or RNA segment with the phosphate group and this DNA does this reaction through an acid based reaction. So, this kind of and cleave a particular DNA at a certain place so that it can respond to a particular condition. So, those kind of things and even sometime repairing of the DNAs or RNAs. So, those kind of things are happening over there. And again for these particular interactions you have to do that at particular certain conditions. You cannot miss even by one base pair and during that how the molecules is certain that this is the thing I have to follow. The DNA and RNA not only use their own chirality, but also the change of the chirality on the backbone of the nucleic acid they are actually reacting on and both this chirality plays a huge role to find out exactly what is happening and how it can be controlled. So, that is why molecular recognition is a huge important factor and biology interacts through the molecular recognition. So, it is not only the protein not only the carbohydrate even the RNAs and DNAs have a huge role to play. And now you look into that one step back and take a look into that. We have protein in biology. We have carbohydrate in biology. We have DNAs and RNAs in biology and all of them use chirality as one of their very important tool to do the molecular recognition. And this molecular recognition is very important not only for their metabolism, but also you can say that is how the biology is interacting with the surrounding atmosphere, right? So biology we found it is having a chiral environment. So now, as Rishabh has earlier told us today that if you do a reaction with a chiral environment because biology it is doing its reaction with an enzyme, carbohydrate, protein, DNA, RNA, that environment is chiral and if it does a reaction over there, you are going to see a difference of their chiral preference. You are actually going to see a enantiomeric excess. So in biology if you throw a set of enantiomers in the same concentration or same equivalent, if the biology interacts with them, they are not going to interact with the same, with the same rate, with the same extent of the reaction. That will be different. And at the end, you will say one enantiomer is reacting more than the other. So you are going to create enantiomeric excess. So that means it is not only that I have to create synthetically a chiral environment, but if I allow the biology to interact with something, I am expected to see some enantiomeric excess. Everybody agrees to this particular point or not? If anybody has any question, please let me know because this is a very crucial point. That biology is chiral and that is why when it is going to interact with a set of chiral molecules, it is going to distinguish between them. It is going to create an enantiomeric excess. So with that thing in mind, we are going to go to the next system. And this particular system that the biology can detect chirality and uses chirality and can invoke enantiomeric excess, keep that thought in mind, we will come back to this point just before we conclude today's class. Now with all those things in mind, I am going to define only the amino acids today. The carbohydrates and RNAs and DNS, we will discuss later parts. The carbohydrate probably we are not going to discuss, DNA RNA we are going to discuss a little bit later point. So amino acids, all the natural amino acids, which is also you can say it is alpha amino acids because over here you have a carbon, you have a carboxylic acid, you have a R group, you have an amine group and you have a hydrogen. So these are the common structure of all the alpha amino acids found in the biology naturally. So over here, first we will try to understand this alpha amino acids we found, how we can find out whether it is a L amino acid or a D amino acid. This is alpha, Greek term and this is capital L, how to differentiate that. So for that you have to just remember the simple rule called corn. So what is corn rule? So over here what you have to do is simply put the carbon, draw it into a telegeometry, put the hydrogen on the back, that is the first thing, hydrogen on the back that means it should take the back most position, the weight spot. Then put the groups, carboxylic acid group, R group, NH2 group and then follow the corn, the corn stand for carboxylic acid, then R, then the amine group, just find out exactly how these groups are oriented and put it 1, 2, 3. So over here this is 1, this is 2, this is 3. Hydrogen on the back and then orient carboxylic acid, R group and NH2 group as 1, 2, 3. This is not exactly the CIP rule, this rule defined much earlier than the CIP rules, so it is a little bit qualitative in nature. Over there this carboxylic acid, COR in group you just find out and see how they are connected. So put 1, 2, 3 and see how they are connected. So over there you can see they are connected anticlockwise. So if they are connected anticlockwise that will be an A-lamine acid. And the same system, say carboxylic acid, hydrogen and now say I exchange the R with NH2. So now find the corn, carboxylic acid at the top, R over here, C over here. So now connect there in the clockwise. If it is clockwise it is going to be a D-amin acid, okay? So that is you figure it out, L-amin acid and D-amin acid. So in the exam if I ask you the question like draw this L-amin acid, if I ask you to draw the structure you have to ensure that you have drawn that in the particular orientation. Because this L and D is actually showing their spatial orientation, specific spatial or three dimensional orientation and it has to be correct. It has to follow this simple corn rule. Put the hydrogen on the back, carboxylic R and NH2 group such a way that they can be connected in the anticlockwise then it is L. If it is connected in the clockwise it is D, fine? Now most of the amino acid found in biology, majority of them are L-amin acids. So very rarely you see or you counter a D-amin acid. We will come into that later when the D-amin acid can be found. So it is mostly found in L-amin acid and the D-an L-amin acid can be interconvert among themselves. We will come into that later typically via hydrolysis. Okay, so now what we are going to cover? There are 20 naturally occurring amino acid. So I am going to draw the structure, general structure of it. I will put out their name and how they actually expressed with three letter and one letter code. Because this will be important in the later part of the class. So over there I am going to say this particular code that means you have to understand which particular amino acid I am talking about. So for that what I am going to do over here is the following. I am going to draw the structure, general structure of the L-amin acid. So the rest of the thing will be same, what will be the changing thing will be the R group. So over there I am going to write the structure of the R group, the name of the amino acid, the three letter code and the one letter code. So they are actually explained in either of the way. So the first set of the system I am going to talk about are known as the aliphatic amino acid. That means the R group is typically an aliphatic group. So the first example of that is when R is equal to nothing but a hydrogen. So now you can imagine if I put a hydrogen in the place of R that is not going to be a chiral molecule anymore. Because it is going to have a sigma plane going through that carboxylic acid group carbon and NH2P. So that is the only a chiral amino acid. And the name of this amino acid is glycine. Three letter word gly, one letter word G. So that means if I want to give you an example like this will be a protein group and over there this is a GGG chain. That means you have to understand I am saying there will be glycine, glycine, glycine connected to it. The second one is the next one you can think about put a methyl group over there in the place of R. The rest of them are same. This is known as alanine. Three letter code ALA, one letter code A. The next one comes an isopropyl. The name of this is valine. Three letter word VAL, one letter word V. Then the chain actually extends a bit and extra CH2 group added over here. This is known as leucine. Three letter word LEU, one letter word L. And then there is a another amino acid which is nothing but very similar to the structure but an isomer of that. So what happens over there one of the CH3 ships over here and then it is CH2 CH3. So you can say one of the CH3 over here ships down and this is isomer. So it is known as isoleucine. So in the name it is saying that is isomer of leucine. Three letter word ILE, one letter word I. So these are the five different amino acids can be found in biology which is having simple aliphatic groups in its structure as an R group. Next, again I am just drawing the group I am drawing and over here I am mostly following this R group. So again I am going to write the name over here. So the structure over here first, then the name of the amino acid, the three letter code and the one letter code. So after aliphatic we look into aromatic groups. That means there is an aromatic group present over there. The simple one we found it is a CH2 and then a phenyl group because putting a phenyl group very close to will be a little bit tricky. So biology finds out that let us put a CH2 spacer in between them and you can say that this is nothing but alanine derivative where alanine was CH3 but instead of one hydrogen I am putting a phenyl group.  Why does not PHE it will come into that just when we will be completing this part. Then comes this particular CH2 group then this particular heterodermatic system which is nothing but an indole group present over here and the name of this is tryptophan, three letter word TRP, one letter word W. Again why not T will come into that very soon. The next one is come a phenol group. The name of this is tyrosine, three letter word TYR, one letter word Y. So these are the three different aromatic compounds we can have over here. Then comes some of the polar systems. So one of the beginning ones comes CH2OH. So these are the structure of this R group over here I am drawing CH2OH. If alcohol group the name is serine, three letter word SER, one letter code S. Then comes a variation of it where it forms a secondary alcohol. First it was a primary alcohol, then it is a secondary alcohol, OH group comes a little bit closer. The name of that is 309, three letter word THR and that is where the one letter word T was used. So that is where tryptophan or tyrosine does not get their one letter code with T. They have to be happy with Y and W respectively. So these are the two different polar groups we can have. And additionally we can have two other compounds which are can be the amide bonds CH2 and then an amide bond. And this name is asparagine, three letter code ASN, one letter code N. And then there will be another variation of it where instead of one carbon there are two carbon in between and then we have the amide bond. And the name of the system is glutamine and the three letter code is GLN, one letter code is Q. So with this we complete the aromatic and polar set of the molecules. Then we actually move towards the acidic set of the molecule. And over here again it should draw the structure. So in the acidic group is nothing but the same amide bonds we have drawn earlier, their acidic group. Instead of amide put an acid group and that will be the system so I am going to have. So it will be CH2CWH which is known as aspartic acid, three letter form ASB and it is carboxylate form it is known as aspartate. One letter code D because A is already been taken and then this extra C is to connecting between them. It is known as the glutamic acid or known as the glutamate in its carboxylate form, three letter of GLU, one letter word E. So these are the two different acidic group you can have. Then comes the basic groups. Over there you can have the interesting structures, four CH2 chains and then a primary amine group. There is a long chain and then you are having a primary amine this is known as lysine, three letter word level S and one letter code K and then you can have another one from the same basic group it is known as arginine where you have the three CH2 groups and then you have over here a guanidine group over here and this particular set is known as arginine, three letter word ARG, one letter word R and then the another one we have in the basic format which you can also consider in the aromatic format but you put it in the basic format because it mostly plays its role in the basic system where you have a imidazole group over here. So this is nothing but a imidazole group. The name of the system is actually histidine laminate acid HIS and H. So these are all the acidic and basic groups falls into the natural amino acids and we have only a few of them left. I am going to draw them structure and three letter one letter. So for that we are going to have other two molecules which are actually having we put it as a special group but you can also consider it in the polar group which actually has thiol groups present CH2SH the name of the system is cysteine, C letter word C by ES, one letter word C and then you can have another version of thiol but not exactly thiol but a thiol ether and this is known as methionine, MET, one letter M and then there is another version which is very rarely found but it is having very important factor present in the terms of enzymatic activity. It is a selenium version of the cysteine instead of sulfur you have a selenium and the name is selenocysteine C letter word ACC, one letter word U and with all them considering almost all of them and one important amino acid which is very important and a little bit different structure present is this one where it is actually a secondary amine completes a circle because it is more like a completes a circle complete make a cycle out of it. So it is a two degree amine present instead of one degree amine commonly present and the name of this amino acid is proline, C letter word PRO, one letter word P and this is very important to develop the turns into the protein structure because generally amino acids when they form they form in a linear fashion but if you want to create a turn you put proline over there and due to the background the structure of this proline backbone you automatically create a turn. So that is why creating a turn in the protein structure especially say on these regions so prolines are actually been used over there. So these are the different amino acid structures. So today we learn mostly about the molecular recognition how it is important and we found that biology use molecular recognition a lot and they use chirality as one of their tool and we also know about the different amino acid structures. Those will be very much important for your exams and assignments. So with that we will stop over here the next class we will start off from there and then you find out some interesting facts that how the biology interacting with this chirality can affect and can be used even as a sign of life in the real world. So that we will discuss later so we will stop it over here if anybody has an equation please go ahead and I am stopping recording.


So after trying a lot of different podcasting tools, and iTunes pretty much has it locked down for iPhone, but in the Android world, there's a lot of variety. So I tried a lot of them, and I came up with Pocket Cast being one of my favorite. I don't have a whole list of all the ones I tried, but I just will say a lot of them didn't work real well. But Pocket Cast works great. I've been super happy with it. It is a great program, and right now it's a $5, $4 program inside the Play Store. I went and bought the Pro version. It's absolutely worth the money. And let me give you an overview of how the app works. So when you first get to the screen, you see all your subscriptions and all the different things that you have in here. And it works like any other podcast. You can add the podcast up here. You can search for them. You can see which trending featured or fine ones if you know the name of it. And it's got a pretty good suggestion list and stuff. So that's pretty cool. And it's easy enough just to go to and subscribe to them. But let's talk about once you're subscribed to them how it handles them. And this is what's really cool. So here's my subscriptions. And you have fine-tuned settings in each one of them. So you can decide when you want it to download or if you want it to stream or if you want to save it on the phone. Now here's the podcast that I co-host, the SMLR podcast. I have it subscribed. So this stops and starts for your playing. If you double tap it, it brings this up. It lets you skip backwards 10 seconds, skip forward 30 seconds. And also has speed adjustments. So you can decide whether or not you want to adjust the speed to a slightly faster, which I usually do. Whether or not you need a volume boost, reduces podcast length by trimming out any silences in there. Then it has the option to apply to all podcasts or just this one, which is kind of any feature.  Everyone to talk this fast. I actually find more that some people talk faster than others. So some of them I have set fast, some of them I have set a little bit slower. Now some of the lag is actually a screen lag from my Android recording software. But as you, you can swipe left and right and that gives you different information about the episode, which episode's up next. And also has some other features to set this episode. So you can set it to sleep, like notify me later about it. And then for each podcast, I can share, download, mark, play, mark, unplayed. But this is what's really cool is the podcast settings. You can set it to auto download latest episode, auto cleanup, I only want the last two episodes. And then what it will do then is start automatically as these episodes get released, they're automatically downloaded to say to my phone and it does by default only do this on a wifi connection. So this allows me to not waste all my bandwidth and data doing this. So it grabs them when it's on wifi. Actually I have it set to wifi and plugged in. And this allows it to automatically download them every time I'm in wifi and I get it charging, which is usually at night and all my podcasts are ready for the next day. Or when I'm at work, I usually have it plugged in and we have wifi here at the office. So it keeps all my episodes fresh, it only shows me there. You can still hit show more episodes, but it keeps the last couple downloaded. Now where this gets even cooler is like this. So if we're playing an episode, and we're gonna bring it up and show you how many minutes in. So we're 31 minutes into this episode, but maybe I don't want to listen to it on my phone.  I don't want to listen to a phone speaker. So we have this and let me go ahead and in progress and refresh it real quick. So this is the web version. You only get this with the paid version. And if you noticed, we are exactly the same number of seconds in. So for every podcast, they're automatically synced, even the speed at which you have them playing, the exact position, it's all right here. So I can literally turn my phone off or it does automatically when my car goes off with the Bluetooth. It stops playing a podcast. I can walk in here and click play right exactly where I left off in the episode. I love that feature. That makes it so handy just to grab a podcast and continue and pick up right where you left off. And it shows a little bit different here. So these are always streaming on here. It's not a download. It just plays at web streaming, but it's really cool. This also lets you, if I wanted to unsubscribe from a podcast, you can do all your adjustments to your subscriptions and the web interface. And then it automatically goes right back to the phone. So you don't have to spend time fiddling with the phone to find them. If I want to add a podcast or search for a podcast, I can do that here. And the same thing, subscribe, put the settings in and they copy right over to the phone. And now both on the phone and in here, which is really cool, we have the Chromecast option. So you can actually cast this out if you have a Chromecast device. So it's really handy if you want to listen to them anywhere else, you go, okay, I just want to cast it to a Chromecast. For example, I have a Chromecast hooked up to my stereo system and then we don't got to turn TV on. If I want to continue listening to the podcast right from there, I can grab my phone when I'm in on my home network and listen to it right through my home stereo. So it's just a really great podcasting tool. I don't think I've seen any of them that are this well-developed. This one is solid, it's easy, not any problems, you know, having the subscriptions, being able to go back in here. And it's nice too, because you can get the show notes and things like that. So they're linked right in here. So I can go, okay, I know there's a show notes, they have a link, this site unfortunately appears to be down, but you kind of get the idea. So some of that little errata that was in there that they talked about during the show, you can then go back and follow up on. And the other thing too, when you're flipping through different podcasts here, you'll notice it stays at the bottom. So I can keep searching and leave this playing here at the bottom and it jumps around. I can jump around wherever I want and it doesn't break the bottom bar. So that's my quick review of podcasts, the Pocket Casts app. And this is the paid version, which gives you the website. You only pay once, there's no ongoing fee for it. But it's absolutely worth it. I, you know, for $4, I love it. I don't know if the price will change or not, but even if it went up to five or six, I'd still pay them because I'm really happy with the product. It works really well. It also has these large buttons. So, you know, you don't really want to have things that you're touching your car, but you can because the buttons are big enough. And I like the kind of animations it has too on there. So easy. And I know you're not supposed to skip all the ads because it does support them, but it does have 30 seconds skipping there. But that's it for Pocket Casts and thank you. As always, if you like the content in here, click like and subscribe.


So today we'll talk about another feature that I'd really like to see in Blender, but as usual I'd like to round out the discussion from last video real quick.  So I actually mostly agree with you. I definitely don't think the entire software is intuitive, but this particular feature was very intuitive, and I think it was very well executed. So just put in credit where credit is due. Another thing to keep in mind is ZBrush's system is particularly hard for Blender users to adapt to because it's the complete opposite setup of Blender. Blender offloads most of the work on to memorizing hotkeys because it expects most of the users to be using a mouse. ZBrush frontloads everything onto a bloated UI because it expects you to be sculpting with a stylus and pad. While there are lots of hotkeys in ZBrush too, they really expected you to be accessing most of the features with the stylus in your hand. When you come at it from that intended angle, it will start to feel a lot more natural. But we'll talk about that more in future ZBrush videos. Okay, here we go. Can't agree with you on this one. I prefer my Blender small in size, and if you were to add the model through another download package, it would still be a hassle to install. Okay, I completely agree that we should not make Blender any bigger or harder to download. There's a really easy way we can work around this problem. All we gotta do is replace the monkey head with a base body mesh that is the same amount of poly or less. Suzanne is 500 faces big. Any competent low poly modeler can make a base body in 500 faces. So as long as our base body is 500 faces or less, there shouldn't be any relevant difference for anyone's computer. So that's my two cents.  I thought this was a really healthy and productive discussion. Okay, so there's one last feature I wanted to talk about before I close the series up in the next video. And that is the feature that makes Maya one of the most versatile, flexible, and powerful 3D software on the planet, Malescript. Now just to be crystal clear, I'm not saying that this is a popular Maya technique. This is just a technique that my mentor taught me in college and has since saved me thousands of hours of time, and I think it would be super useful and blended too. So let's talk about it. In Maya we have these things called shelves. The point of a shelf is to hold all your favorite tools in an easy to click spot. So if you love parent constraints and rotation constraints and mirroring joints, you can put all those in your own custom shelf. So that's the first thing I love about Maya. The second is that everything you do in Maya is documented in this little window here. And I mean literally everything.  But once you have the code, you can copy it, go up to anything in your shelf, edit, and replace the code with whatever you recorded down here. From that moment on, anytime you want to replicate that sequence of events, all you gotta do is press that button on that shelf. So Malescript quickly becomes a shortcut to automate anything you want. If you wanted to create three cubes, name this one John, this one Tom, and this one Jill, I can take all that code, take it to any icon on my shelf, paste the code, and turn it into a one button command.  Can use this exact same process and automate much more complex things. If I want to create a shelf with all my most common hand-posed libraries, I can copy and paste that code into a single button. If I want all the bones on one rig to automatically move to the same position as the bones on another rig, I can turn that into a button. If I just wanted a button that automatically attaches all the feet and hand and chest eye case to my rig, then we can do that too. And if I wanted to automatically generate all 52 shape keys you need for facial motion capture, as long as I have the code for it recorded, I can turn it into a button. Now, I just showed you four wildly different examples. Name in cubes, set in hand animations, rig and eye case, and generate in facial mocap shape keys. If you wanted to automate these examples in Blanda, you would have to take very different approaches to each problem. And you'd probably need to know a little bit about the Python code for naming objects, for setting bone positions. You might even need to make different add-ons for each of them. But in Maya, the solution for all of these problems is the same. Copy and paste. Just take the code in the window and drag it into your shelf. Because what Maya realized is the code works whether you understand it or not. So as long as the user can copy and paste, that user can automate their own workflow. This is a one size fit all solution. You can automate any redundant part of your workflow into a button on your shelf and you as an artist can do this without learning any code. And the simplicity of this feature is what I believe makes it so unbelievably powerful. See what Maya has found a way to do is essentially make anyone their own programmer. You, random guy watching this video with no programming experience whatsoever, could copy and paste your own macro onto a shelf right now if you wanted to. Now, the most common argument I've heard against emulating mail script is, well, it's not that hard to learn to program. And if this logic makes sense to you, you simply have not met enough non-programmers. While it is technically true that nothing is stopping anybody from becoming a programmer, simply put, most people are not willing to put in the time needed to become proficient at coding. And in Blenda, those people simply don't have an option to automate their own workflow the way they would have in Maya. Which is unfortunate because I'm sure there's millions of people out there who have great ideas that we'll never see, simply because they'll never overcome that first gate of learning to code. The sooner we find a way to give non-coders the ability to make their own macros, the better things will be for the entire Blenda community. Now, the good news is, Blenda is actually kind of close to a system like this already. If you open the info window and start messing around, you'll see the code for what's happening on the screen similar to how it is in Maya. Now, it's not quite as powerful because it doesn't recognize important features like when an object is selected, the order that things are selected, and when you deselect things. So any macro that requires proper constraint or parent sequence in the right order is just not possible like it was in Maya. It doesn't seem to register when you edit things in sculpt mode. It doesn't seem to register anything you do in weight paint mode, but once the info window actually captures all these things that it's missing, all we would need is an easy way to store the code into an easy access location. Right now, you kind of just have to rerun the code into a Python console or jump through a bunch of hoops and know how to make your own .py file in a text editor. But in my opinion, the ideal solution would be something like you press Q to bring up your quick menu. And if you right click, there would be the option to create a slot where you could dump the code that you've stored into a quick menu option. I think that would be the fastest and most intuitive solution. But definitely let me know if you have any more ideas down below. I really can't overstate just how big of a deal it is for non coders to be able to create their own macros. People have asked me, why didn't I make these awesome face shape key generators for Blender? And the simple answer is, I just don't know how. I'm not a Python programmer. And ironically, I'm not a Maya programmer either. But I don't have to be in order to make these kind of macros in Maya. I just need to know how to copy and paste. And then occasionally make a few adjustments if I want. So a lot of my workflow, which is automated in Maya with Melscript, is just never going to be automated in Blender. And I don't have money to pay someone to make an add-on for me. So I really hope that's something that the Blender devs will try and improve over the next few versions of Blender. If you join me next video, I'll be sharing my closing thoughts on the series. I look forward to seeing you all there. But in the meanwhile, as always, I'll be have a fantastic day. And I'll see you around.


Pakistan's water resources are already heavily strained due to population growth and climate change. However, the potential for further depletion of these resources is limited as the country has been able to maintain a relatively stable level of withdrawal compared to the amount of runoff it receives. Additionally, the country has been able to adapt to changing weather patterns and has seen little evidence of significant decreases in water resources. This article was authored by D. R. Archer, N. Forsythe, H. J. Fowler and others.


What's going on everybody welcome to another video. Thank you guys so much for the support in the latest videos Everything's been blown off. It's been great But first thing I'd like you guys to do is smash that subscribe button hit the little notification bell next to also smash that like button While you're at it, but today we're gonna I'm gonna be showing you my truck that's completely finished now for the most part It's completely finished. I've had people comment in the last videos so many times. They want to see the truck They want to see the truck they want to see the truck So I just decided today is the day that we're gonna be showing you guys So let's go ahead and go over to the truck So that is the finished kick immobile right there. Thank you guys so much for supporting me throughout this whole process Especially my sponsors that really helped me out with this all south Jonathan all south pretty much took care of the truck for me You know fab for rigid industries a re truck vault to care all the sponsor parts rigid industries with the rat rigid industries at the ZD cows with the rabbi. I have no idea why I said rigid industries Well, let's go ahead and hop into this thing And then I pretty much bought all the other accessories like wheels tires lift that whole deal It's been a lot of money on finalizing this thing and pretty much in the last video If you guys want to go check that one out where it's pretty much the starting transformation of this truck I'll link it up here and you guys can go ahead and go click on that I'm pretty much just gonna go through this really really quick You guys didn't know this is called the grumper by that for which is actually a grill in a bumper combined where I have The two rigid pods on each side and those bad boys are super bright guys I mean super super bright moving on to the wheels tires and lift for the lift I got a six six and a half inch BDS lift I got the Fox shocks the whole deal for the tires actually went with the ridge grafflers this time And I can tell you guys with a with the update because the last video. I didn't have it that long They're so quiet on they ride so everything's so much better about them comparing them to the trail grafflers It's a lot more I spent a lot of money on them, but it's so so so so worth it These are 37s by 1350 the rims are actually 20 22 inch rims and these are the fuel maverick gloss black I actually really like the look of it ends up matching the wrap really really well So we got the vengeance series bumper back here about 5 4 with the two rigid pods on each side Those are my backup lights right here. This is actually a hitch. I just got this thing is Is like a 70 pound hitch guys Super super super heavy duty my bulletproof hitch is actually got that in the mail not too long ago I took the boat with it down here to Savannah and it took so good this hitch is that heavy duty This is actually a 12 inch drop hitch the reason it's because the back of the truck sits up so so high So I'm really having to have this drop hitch and it really helps level the boat out the towing was a lot better There is not a lot of bouncing because last time in the last truck it bounced so much the hitch wobbled around a lot With this hitch being so heavy. It's not gonna sit there and swing It's gonna take a lot of momentum for that thing to really swing, but it towed the boat super super great I was really impressed with it and it's got that on with a bolt lock and right here on the back of the tailgate As you can tell I got all my sponsors right here I'm coming very simple and then I got the old kick in their bass right here the icons This is actually rebranded if you guys can tell as you guys can see it says kicking their best TV And it's different than the previous logo if you look on you know my other truck wrap Or if you look on any of my social media pick my logo on my YouTube or here Even the shirt as you guys can tell see how this kind of soft and we got the muscle fish Which is like aggressive so we had to step that up. It's looking really slick I really appreciate the people at ZD cows for doing that on the graphic designer on the back Trying to support to the company's Bridget truck vault that for ZD cows under armor ranger LTB Z baits ARE 13 fishing yak attack Bonafide and fish head and you guys noticed two in there that you've never heard before which was bonafide and Yak attack well well well I'm gonna leave those two names for you guys to go research after this video if you do not know who they are because I have a big Video coming soon. I'm actually gonna start making kayak videos. I'm finally getting myself into a kayak. I'm super excited I've never gone kayak fishing before so that is something huge coming to the channel especially for y'all kayak fishermen out there And I'm super pumped about that so another thing that actually added that was not in the video before is I got the Train horn by a horn blaster right there as you can tell by all the horns and the compressors right over there And I had the hitch the switch inside which I can show you guys But this was pretty much just transferred from my old truck to my new truck I think is absolutely loud instead of it being faced either to this side or that side The horns are actually faced in the front of the truck pretty much the most important thing about this video and the thing I wanted to talk about was the rap because as you guys can tell comparing this to my old truck It is totally totally different and it's a lot cleaner look. It's not a lot going on. We got the cryptic camo That's the kind of pattern I ended up going with this time last time is more of a black And I had a bunch of blue and green swirls into this But this time it is just straight the cryptic camo which has black and a little bit of gray So it's not just you know super dark and it just turned out really really well It is so hard for me to show you guys with this on the camera But it just looks wicked, especially when the Sun hits it We got the old standard kick in the back to the muscle fish right there And then we have the new branded kick in their best which just fits so much better with this like it just It really matches, you know, it's not a lot going on. You don't have all the nonsense I mean it's just clean and it just looks so so good another thing that's on here is obviously the ar e-cap Which is brand spanking new and then right here obviously we got the old truck vault Which still has everything in it have a video on that if you guys want to check that out But that's right here in the back of the truck you got the inside finally a lot Or actually I had this line next in the last video So it matches with the truck vault in there very well another thing that I almost forgot to show you guys Which is actually the s-pot if you guys don't know what a s-pot is it's pretty much all the switches to all the light bars That is all of them right there. It's the same pattern pretty much I have for my old truck This is actually a new s-pot. I just ended up buying a whole new one because that last one only fit Fitted it in a The last one was for a tundra and this one is actually a universal one so I could fit it in on this dear old Chevy If that is going to conclude this video guys, thank you guys so much for the support I know this one was a lot shorter than usual But I think you guys have been asking for it You're asking for it a lot in the last video if you guys haven't checked out one I'll go check it out because the views are a little bit lower on that one and it is actually a stellar video It's a 1v1 challenge versus my crazy dad because he is literally crazy And we crown a champion with the WWE belt so it's a must-watch you guys need to go check that one out I'll actually link it below and link it up top right here But thank you guys so much for the support if you guys enjoyed this video be sure to pepper that like button up Let me pepper it below and also yeah subscribe if you haven't already click the post notification bell We got some more lit videos coming this week So be sure to turn on those post notifications and stay tuned and I'll catch you guys in the next video


Suspense and the producer of CBS radio's outstanding theatre of thrills, the master of mystery and adventure, William M. Robeson. What you're about to hear is more than the lurid figments of this writer's imagination. It has happened in the prisons of Michigan and New Jersey, of Massachusetts and Colorado, and most recently in the prisons of Montana and Tennessee, when desperate men oppressed beyond endurance turn on their tormentors. Not a prison break, not a prison riot, but a prison mutiny. Listen, listen then as John Lund stars in Eyewitness, which begins in just a moment. And now, Eyewitness, starring Mr. John Lund, a tale well calculated to keep you in suspense. You got the assignment because you've never been in jail. A fresh point of view in the state prison, yet as I said, not an expersay, nothing sensational. Just a Sunday feature story of the average citizen's reaction to the stone walls and iron bars of a big penitentiary. Oh, it's a depressing tour and you've had enough. But the captain of the guard has one more point of interest for you. Is something you ought to see before you go, Mr. Kelly? Yeah, what's that? The old block built more than a hundred years ago. This is where we keep the bad ones. The bad ones? Yeah, in solitary. The tough guys, the deviates. Softens them up fast, most of them.  The door is not instantly unlocked as the others have been. That's funny. Should be a man on the door at all times. Oh, there he is. Go ahead, Arnie, and Mr. Kelly.  All right, both of you, stay where you are. Hey, what is this? If you make one move, Wolf, I'll drive this ship straight through your gut. Mr. Kim Joe? You know, here's a sap. Good. Here's his gun. Good, we can use him. This one's clean. He's an outsider. You can't get away with this. We can. We have. I'm happy to report, Captain Wolf, that the old cell block is completely in control of its 32 inmates. Listen, you're asking for trouble, Mr. Kelly. He is from the Capital News Telegram. Oh, a journalist. Oh, the name, Mr. Kelly, is Jake Conrad Allen. That's spelled with one L, Mr. Kelly. Whether I end up alive, lifer, or a dead hero, be sure, Mr. Kelly, to spell it with one L. I'll try to remember that. Hey, Conrad, what do you want me to do with these two? Lock them up with the guard? Not yet. I'll need Captain Wolf's cooperation. You won't get it. Would you like to bet on that? How about you, Mr. Kelly? Are you going to cooperate? Well, I don't know. I will see. All right, men, listen to me. Now, here's where we stand. We got Limby to thank for this. He pretended to be sick and got that green horned guard to open his cell. He charged the guard, locked him in the cell, and let Big Joe and me out. We took care of the rest of the guard. They're all locked up in cell number three. Everybody here? Wait a minute. That's not all. Just after we got them locked up, who should walk in but our old friend, the captain of the odd, large, tub wolf? Now, now, wait a minute. We also have another guest. Mr. Kelly of the Capital News Telegram. He ain't no good choice. I hope he's not sure about that. We're going to get plenty out of this. Stick with me, I'll show you. First, they don't know anything's happened yet. Well, let's tell them. Get on the telephone, Captain Wolf, and call the warden. I will. What did you say? It is sharp, isn't it, Lord? Now, get on the phone. Tell the warden where you are and what's happened. Tell them to send over our supper just the same and to wait for further instructions. Hear out, silent. In our talk. This is Captain Wolf, Warden. Yes, yes, Wolf. Warden, I'm talking from the old cell block. The cons have taken it over. What? They got me and McGuire and that new kid in Feeney. Oh, yeah, and Mr. Kelly. Now, Warden, if I was you, I'd always... I'm giving the advice around here. Give me that phone. Stop whippin'.  I come up at cell three, Joe. Okay, Conrad.  Hello, Warden. What have you done to Captain Wolf? Don't worry, Warden. We just threw a little blood. Now, get this... Who is this speaking? Jake Conrad Allen. No, Warden. Jake Conrad Allen is the name. What do you want? Plenty. We don't want any funny business from you. Now look here. Now, you'll look here, Warden. Just sit tight until you hear from me again. But don't forget to send supper over as usual. I will not. Okay, Warden, okay. Don't send the supper then. But you'd better send a stretcher. Because we're just about to beat up a guard. And now, starring Mr. John Lund, act two of eye witness. Did you have to do it? Why? Beat up that guard. Of course. Why? Of course. That's the only thing they understand. The guards, the Warden. That's the way they treat us. You don't have to do anything. You just have to have a guard down on you. You don't have to wait three days in a straight jacket. Get in a real rhubarb and you can go to the dungeon for anywhere from a week to a month. The dungeon? Yeah. Down to the cellar of this block. The cell's a five foot long, five feet high, and three foot wide.  And there's no light. It's not a pretty place, Mr. Kelly. You know what I mean? I'm beginning to. Okay, Mr. Kelly, it's your story. What do you mean? Mr. Kelly, for a newspaper man, you amazed me. It's your story. I witness. You're gonna let me out? No, indeed. We need you. Well, then how can I? Found it in. When's the morning edition go to press? The bulldog has put the bet at 8.15. Right. You got a little more than an hour. Can you make it? Sure. If I can get a call through. You'll get a call through. Outside line, please. What? You heard me, Warden. Tell the operator to give us an outside line. Why are you crying? Mr. Kelly wants to file a story. Oh, no, no, no. No story goes out of here without my okay. No?  Well, so am I. Mr. Kelly wants to file a story. I will not be... How spiny, Warden. Resting easy. Who do you want next? Maguire? Or the green kid who opened the first cell? Name him. We'll deliver him to you in pieces. Look, look, look. Okay, big Joe. Look at the next goon. Oh, wait a minute. Wait a minute. You can't. It's inhuman. I suppose the dungeon isn't. No, but you can't. Get me that outside line, Warden. I give you my word. For now. Get me the line. Get me the capital news telegram. The managing editor. Person to person to the managing editor, Mr. Wiley Brooks. How did you know? And to make it snappy. How did you know the ME's name? I've been around some, Mr. Kelly. Now, I needn't warn you, I suppose, not the double crosses. How could I? I don't know. Oh, just don't. You saw what happened to Feeney. Yeah, I saw. But I have to include that in my story. I want you to. It happened. We're not ashamed of it. And here, you'll want to include this. What is it? A list of demands. I want to get that in. I want the warden to see that in print. The prison board. And the governor. News telegram. Brooks speaking. Hello, Wiley. This is Conrad Allen. Prison. I am. From him? You've forgotten what you did for me during my trial. After all, you were the best city hall reporter I ever had. Well, thank you. Told you I'd return the favor someday. I got an eyewitness story for you on the mutiny in the old cell block. Well, it's happened. Well, you know me, Wiley. I never was very good phoning a story in. I think better at a typewriter. So I'll turn you over to your Mr. Kelly. Is Bob there? Yeah, he's one of our hostages. One of your what? Take it from here, Mr. Kelly. Hello, Wiley. I'll fill you in when I get out of here, if I get out. Right now, here's the story. You ready? Yeah, ready. At 3.43 this afternoon in the old cell block at State's prison, John Vicky. You dictate the story as fast as you can, including the mutineer's list of demands. Well, that winds it up as of this minute, Wiley. Wait a minute. I got something to add. Oh, just a minute. Conrad Allen. That's spelled with one L. I know. He wants to add something. Hello, Wiley. Yeah, Conrad. I got three guards left. Your bulldog still hits the streets at 10 p.m., doesn't it? That's right. If they don't meet our demands by midnight, we beat up a guard. The next one goes at 4 a.m. The last one at 8 o'clock tomorrow morning. You can print that. You're OK, Conrad. But listen, let Bob Kelly out of there, will you? I need him on this story. Uh-huh, Wiley. He's on this story. And we need him. If they don't give in by 8 a.m. when I run out of guards, I'll need your Mr. Kelly very badly. Three of eyewitness. 11 o'clock. Attention mounts. Slowly Conrad's midnight deadline approaches. The hands creep toward 12. They meet. Point upward. 10 seconds pass. 15. Nothing happens. Then Conrad reaches for the phone. OK, boys. Who's next? How about McGuire, the blackjack specialist? Use his own on him. OK. Set a stretch award and McGuire will be ready for you in five minutes. Use your answer, Allen. Hey, the lights! Somebody turned off the lights! That's the way he wants it. What word do you want to use? Pandemonium, chaos, anarchy, they all fit. While the screaming guard is beaten into unconsciousness, the roaring men break apart the wooden furniture, dump the cots over the balconies, rip open the mattresses and build a fire in the middle of the cell block. And at last, after the guard has been dumped into the yard and carried away, their anger subsides into sullen silence. Four more hours drag by, and at last Conrad's next deadline arrives. Ready to give in, warden? You thirsty, Allen? What do you mean? Crummy. Hey, Libby. Yeah? Turn on the water tap in your cell. Turn it on. Hey, it's just a trickle. It stopped. Uh-huh, figures. Hey, Conrad, something's going on outside. What is it? Oh, I can't tell. It sounds like digging out and back. As you see. Yo, Ken, we ain't got no lights. Remember, the yard lights are out. Time to throw them another bone. Yeah, which one this time? How about the Greenhorn kid? Hey, he's the one that let me out. He's a guard, isn't he? Gotta work on him. So the Greenhorn kid gets his, and is dumped into the yard, and he sit and wait in the darkness, until gray light spreads over the gray walls and through the tiny windows, turning the blackness of the block into a lighter black. And at last, it's eight o'clock in the morning. Okay, boys, this is our deadline. Let's do this. Wait a minute. What the? What's the matter, Conrad? The phone, kid. They cut off the phone. Conrad, we got no lights, no water, no phone. What are we gonna do? Well, boys, how'd you like a little exercise? Huh? Big dough? Yeah. I'm lucky a lot of them. Give them to me. I owe him plenty of money. Now, boys, with lots of work, it's gonna be different. Everybody gets a price. That's a lot. Because everybody's got unfinished business, with a tough isn't that right? I got an idea. He might quit his job. After he's able to walk again. Hey, Conrad, I just thought of something. What's that? What are we gonna do next? Nothing. Is there a move? Yeah. We ain't got any more guards to beat up. That's right. But we still got Mr. Kelly. Your heart stops beating for a long instant, as the wild bloodshot eyes of 32 desperate men center on you. You don't know how long you sit there across the table from Conrad. Time has stopped. You wait. Conrad waits. The men wait in silent little groups. You wait for the next move. The wardens move. And at last it comes. What's that? They just pull a loud speaker truck into the yard. Where? Oh, yeah. I'll bring out this window. Yeah, warden, I hear you.  I'm doing the talking for the guys.  I have just come from a meeting with a counter. We are in agreement. We will not permit the authority of this state to be bullied by a tiny group of men who haven't even the rights of citizens. Make it simple, warden. You're turning us down. I'm willing to discuss your grievances with you. But I will not be forced to give in to your man for what can be done for you. That's a lot for nothing, warden. We'll sit tight. And don't listen to Alan. He must be crazy to keep you there. And I think he is keeping you there. All right, you remember I said I heard noises out there during the night? Yeah. You're getting something, warden? We still got the newspaper reporter in here. Mr. Kelly. I can't be responsible for anything. Looks like you aren't as valuable as I thought you would be. Yeah, I'm sorry about that. Well, we're licked. We've got to give in. Give in and lose everything? Do you realize that in this state they can give us all life for what we've done? Me, I'd rather get blown up than spend the rest of my life in this hole. No, Conrad. No. Please, you've got to get us out.  What do you mean, my fault? Have you hadn't conked that Greenhorn guard yesterday just because you wanted to make up the Conrad? We wouldn't be in this state. Lay off the kid. Lay off the kid. Lay off the kid. You did a lot of mistakes, Conrad. This is one too many. You had a ball order of surround. Promising I see a mastermind that's out of here. Where you got us? Five minutes from Kingdom Conrad. The warden's only bluffing.  I'll get you all out of this. No, Con. I'm not waiting five minutes to find out if he's bluffing. I said you made a lot of mistakes and the biggest one was passing out the guard's guns. Remember? No, no. Stand where you are. I'm taking over now. Don't move, Con.  Five minutes, boys. I'm going out. Anybody joining me? Mr. Kelly, I feel that I must apologize to you for the inconvenience and the discomfort you've suffered. That warden is the understatement of the year. Now, of course, you clear any stories you write about this situation through me. I doubt it. Oh, he can't permit you a free hat. I'm going to report it just as it happened. And when I get through, I don't think that J. Conrad Allen is spelled with one L. Mixed up and twisted, though his values may have been. Well, I don't think he'll have died in vain. John Lund starred in High Witness, written, produced, and directed by William M. Robeson. Supporting John Lund in the night story were Joda Santis, Barney Phillips, Norm Alden, Sam Pierce, Lou Krugman, and Lawrence Dobkin. Listen. Listen again next week when we return with Vincent Price starring in A Currents at Owl Creek Bridge, another tale well calculated to keep you in suspense.


Hello and welcome to today's session for the AWS Startup Showcase, the next big thing in AI security and life sciences, featuring CoreLogic for the AI track. I'm your host, John Furrier with theCUBE. We're here with Jordan by Ariel, as a RAF CEO of CoreLogic. Ariel, great to see you calling in from remotely, videoing in from Tel Aviv. Thanks for coming on theCUBE. Thank you very much, John, great to be here. So you guys, our future is a hot next big thing, startup, and one of the things that you guys do, we've been covering for many years is, you're into the log analytics from a data perspective. You guys decouple the analytics from the storage. This is a unique thing. Tell us about it, what's the story? Yeah, so what we've seen in the market is that, probably because of the great job that a lot of the earlier generation products have done, more and more companies see the value in log data. What used to be like a couple of rows that you add whenever you have something very important to say, became a standard to document all the communication between different components, infrastructure, network monitoring, and the application layer, of course. And what happens is that data grows extremely fast. All data grows fast, but log data grows even faster. What we always say is that for sure, data grows faster than revenue. So as fast as a company grows, its data is going to outpace that. And so we found ourselves thinking, how can we help companies be able to still get the full covers they want without cherry picking data or deciding exactly what they wanna monitor and what they're taking risk with, but still give them the real time analysis that they need to make sure that they get the full insight suite for the entire data, whatever it comes from. And that's why we decided to decouple the analytics layer from storage. So instead of ingesting the data, then indexing and storing it and then analyzing the stored data, we analyze everything and then we only store what matters. So we go from the insights backwards. That allowed us to reduce the amount of data, reduce the digital exhaust that it creates and also provide a better insight. So the idea is that as this world of data scales, the need for real time streaming analytics is going to increase. So what's interesting is we've seen this decoupling with storage and compute be a great success formula in cloud scale, for instance. That's a known best practice. You're taking a little bit different. I love how you're coming backwards from it. You're working backwards from the insights, almost doing some intelligence on the front end of the data probably saves a lot of storage costs. But I want to get specifically back to this real time. How do you do that? And how did you come up with this? What's the vision? How did you guys come up with the idea? What was the magic light bulb that went off for CoreLogic? Yeah, so the CoreLogic story is very interesting. Actually, it was no light bulb. It was a road of pain for years and years. We started by just doing the same, maybe faster, a couple more features and it didn't work out too well. The first few years of the company were not very successful and we've grown tremendously in the past three years, almost 100X since we've launched this and it came from a pain. So once we started scaling, we saw that the side effects of accessing the storage for analytics, the latency it creates, the dependency on schema, the price that it poses on our customers became unbearable. And then we started thinking, so okay, how do we get the same level of insights because there's this perception in the world of storage and now it started to happen in analytics also that talks about tiers. So you want to get a great experience, you want to get a less than great experience, you pay less, it's a lower tier. And we decided that we're looking for a way to give the same level of real-time analytics and the same level of insights only without the issue of dependencies, decoupling all the storage schema issues and latency. And we built our real-time pipeline, we call it Streamer. Streamer is the CoreLogix real-time analysis platform that analyzes everything in real-time, also the stateful things. So stateless analytics in real-time is something that's been done in the past and it always worked well. The issue is how do you give a stateful insight on data that you analyze in real-time without storing? And I'll explain, how can you tell that a certain issue happened that did not happen in a past three months if you did not store the past three months? Or how can you tell that a behavior is abnormal if you did not store what's normal, you did not store the state? So we created what we call the state store that holds the state of the system, the state of data, where snapshot out at state for the entire history. And then instead of our state being the storage, so you ask me, how is this compared to last week? Instead of me going to the storage and praying last week, I go to the state store and like a record bag, I just scroll fast, I find out one piece of state and I say, okay, this is how it looked like last week, compared to this week, it changed in ABC. And once we started doing that, we onboarded more and more services to that model. And then our customers came in and say, hey, you're doing everything in real-time, we don't need more than that. Like a very small portion of data we actually need to store and frequently search, how about you guys fit into our use cases and not just sell on quota? And we decided to basically allow our customers to choose what is the use case that they have and route the data through different use cases. And then each law records stops at the relevant stops in our data pipeline based on the use case.  That same way exactly, we analyze the data in real-time so we know the importance of data and we allow you to route it based on your use case and pay a different amount per use case. So this is really interesting. So essentially you guys essentially capture insights and store those, you call them states and then not have to go through the data. So it's like you're eliminating the old problem of going back to the index and recovering the data, get the insights. Did we have that? So in a way it's a round-trip query if you will. You guys are saving all that data mining cost and time. We call it no zero side effects. That round-trip that you described is exactly it. No side effects to an analysis that is done in real-time. I don't need to get the latency from the storage, a bit of latency from the database that holds the model, a bit of latency from the cache. Everything stays in memory, everything stays in stream. And so basically it's like the definition of insanity doing the same thing over and over again and expecting a different result. Here that's kind of what that is, the old model of insights, go query the database and get something back. You're actually doing the real-time filtering on the front end, capturing the insights if you will, storing those and replicating that as a use case. Is that right? Exactly, but then there's still the issue of customers saying, yeah, but I need that data. Some of the data I need to really frequently search. I don't know, the unknown unknowns. Or some of the data I need for compliance and I need an immutable record that stays in my compliance bucket forever. So we allowed customers, we have this screen, we call the TCO optimizer, that allows them to define those use cases and they can always access the data by querying the remote storage from CoreLogix or querying the hot data that is stored with CoreLogix. So it's all about use cases and it's all about how you consume the data because it doesn't make sense for me to pay the same amount or give the same amount of attention to a record that is completely useless. It's just there for the record or for a compliance audit that may or may not happen in the future. And do the same with the most critical exception in my application log that has immediate business impact. What's really good too is you can actually set some policy up if you want certain use cases. Okay, store that data. So it's nice to say you don't want to store it but you might want to store it on certain use cases so I can see that. So I got to ask the question, so how does this differ from the competition? How do you guys compete? Take us through a use case of a customer. How do you guys go to the customer and you just say, hey, we got so much scar tissue from this, we learned the hard way. Take it from us. How does it go? What's the, take us through an example. So an interesting example of actually a company that is not your typical early adopter, let's call it this way. A very advanced and smart company but a huge one, one of the largest telecommunications company in India. And they were actually cherry picking about a hundred gigs of data per day and sending it to one of the legacy providers which has a great solution that does give value but they weren't even thinking about sending their entire data set because of cost, because of scale, because of just the clutter whenever you search you had to sift through millions of records that many of them are not that important. And we helped them actually analyze their data and worked with them to understand these guys had over a terabyte of data that had incredible insights. It was like a goldmine of insights but now you just needed to prioritize it by their use case and they went from a hundred gig with the other legacy solution to a terabyte at almost the same cost with more advanced insights within one week which is in that scale of an organization is something that is out of the ordinary. You took them four months to implement the other product but now when you go from the insights backwards you understand your data before you have to store it. You understand your data before you have to analyze it or before you have to manually sift through it. So if you ask about the difference it's all about the architecture. We analyze and only then index instead of indexing and then analyzing. It sounds simple but of course when you look at the stateful analytics it's a lot more complex. Take me through your growth story because first of all I want to get back to the secret sauce on the same one. I want to get back to how you guys got here. Kind of had this problem. You kind of broke through you hit the magic formula. Talk about the growth. Where's the growth coming from and what's the real impact? What's the situation relative to the company's growth? Yeah, so we had a first rough three years that I kind of mentioned and then I was not the CEO at the beginning I'm one of the co-founders. I'm a more technical guy. I was the product manager and I became CEO after the company was kind of on the verge of closing at the end of 2017. And the CTO left, the CEO left. The VP of R&D became the CTO. I became the CEO. We were five people with $200,000 in a bank that you know that that's not a long runway. And we kind of changed attitude. So we kind of, so we first we launched this product and then we understood that we need to go bottoms up. You can go to enterprises and try to sell something that is out of the ordinary or that changes how they're used to working or just, you know, sell something one of your five people with $200,000 in a bank. So we started going from bottoms up and the earlier adopters and it's still until the day, you know the more advanced companies, the more advanced teams. This is our Gartner-framed Coralogics, the preferred solution for advanced DevOps and platform teams. So they started adopting Coralogics and then it grew to the larger organization and they were actually pushing Coralogics. There are champions within their organizations. And ever since, so until the beginning of 2018 we raised about $2 million and had sales that were marginal. Today we have over 1500 paying accounts and we raised almost $100 million more. Wow, what a great pivot that was. Great example of kind of getting the right wave or cloud wave. You said in terms of customers you had the DevOps kind of hardcore initially and now you said expanded out to a lot more traditional enterprises. Can you take me through the customer profile? Yeah, so I'd say still the core would be cloud native and internet companies. These are typical ones. We have very tight integration with AWS, all the services, all the integrations required. We know how to read and write back to the different services and analysis platforms in AWS. Also for Azure and GCP, but mostly AWS. And then we do have quite a few big enterprise accounts. Actually five of the largest 50 companies in the world use Coralogics today. And it grew from those DevOps and platform evangelists into the level of IT execs and even CISOs. So today we have our security product that already sells to some of the biggest companies in the world. It's a different profile. And the idea for us is that once we solve that issue of too much data, too expensive, not proactive enough, too coupled with the storage, you can actually expand that from observably logging metrics now into tracing and then into security and maybe even to other fields where the cost and the productivity are an issue for many companies. So let me ask you this question then, Ariel, if you don't mind. So if a customer has a need for Coralogic, is it because they're data full or they just got data kind of sprawled all over the place or is it that storage costs are going up on S3 or what's some of the signaling that you would see that would be like telling you, okay, it was an opportunity to come in and either clean house or fix the mess or whatnot. Take us through what you see. What do you see as the trend? Yeah. So like a typical customer that'll come to Coralogics will be someone using one of the legacy solution and growing very fast. That's the easiest way for us to know. Because- What's growing fast, the storage? The storage is growing fast? Company is growing fast. And you remember the data grows faster than revenue and we know that. So if I see a company that grew from 50 people to 503 years, specifically if it's cloud-native or internet company, I know that their data grew not 10X, but 100X. So I know that that company that might started with a legacy solution at like $1,000 a month and they're happy with it. And for $1,000 a month, if you don't have a lot of data, those legacy solutions, they'll do the trick. But now I know that they're going to get asked to pay $50,000, $60,000, $70,000 a month. And this is exactly where we kick in. Because now when it doesn't fit the economic model, when it doesn't fit the unit economics and it starts damaging the margins of those companies. Because remember those internet and cloud companies, it's not costs or not the classic costs that you'll see in an enterprise. They're actually damaging their unit economics and evaluation of the business. It's a bigger deal. So now when I see that type of organization, we come in and say, hey, better coverage, more advanced analytics, easier integration within your organization. We support all the common open source syntaxes and dashboards you can plug it into your entire environment and the cost is going to be a quarter of whatever you're paying today. So once they see that, they see the deaf friendliness of the product, the ease of scale, the stability of the product. It makes a lot more sense for them to engage in a POC because at the end of the day, if you don't prove value, you can come with 90% discount. It doesn't do anything. You got to prove the value to them. So it's a great door opener, but from then on, it's a POC like any other. Yeah, cloud is all about the POC or pilot, as they say. So take me through the product today and what's next for the product? Take us through the vision of the product and the product strategy. Yeah, so today the product allows you to send any log data, metric data or security information, analyze it a million ways. We have one of the most extensive alerting mechanism to market, automatic anomaly detection, data clustering and all the real-time pipeline things that help companies make their data smarter and more readable, parsing, enriching, getting external sources to enrich the data and so on and so forth. Where we're stepping in now is actually to make the final step of decoupling the analytics from storage. What we call the data list data platform in which no data will sit or reside within the CoreLogics cloud. Everything will be analyzed in real-time stored in a storage of choice of our customers, then will allow our customers to remotely query that in incredible performance. So that'll bring our customers away to have the first ever true SaaS experience for observability. Think about no quota plans, no retention.  So that'll be our next step to really make sure that, we're kind of not reselling cloud storage because a lot of the times when you are dependent on storage and we're a cloud company, like I mentioned, you got to keep your unit economy. So what do you do? You sell storage to the customer, you add your markup and then you charge for it and this is exactly where we don't want to be. We want to sell the intelligence and the insights and the real-time analysis that we know how to do and let the customers enjoy the wealth of opportunities and choices that their cloud providers offer for storage. That's a great vision. In a way, the hyperscalers early days showed that decoupling compute from storage which I mentioned earlier was a huge category creation. Here you're doing it for data. We call it hyper data scale. I mean, it's got to be a name for this. What do you see five years from now? Take us through the trajectory of the next five years because certainly observability's not going away. I mean, it's data management, monitoring, real-time, asynchronous, synchronous, linear, all this stuff's happening. What's the five-year vision? Now add security into observability. Was just something we started preaching for because no one can say I have observability to my environment when people come in and out and steal data, that's no observability. But the thing is that because data grows exponentially, because it grows faster than revenue, what we believe is that in five years, there's not going to be a choice. Everyone are going to have to analyze the data in real-time, extract the insights and then decide whether to store it on a long-term archive or not stored at all. You still want to get the full coverage and insights, but when you think about observability, unlike many other things, the more data you have, many times, the less observability you get. So you think of log data, unlike statistics, if my system was only, and recording everything, was only generating 10 records a day, I have full, incredible observability. I know everything that I've done. What happens is that you pay more, you get less observability and more uncertainty. So I think that with time, we'll start seeing more and more real-time streaming analytics and a lot less storage-based and index-based solutions. You know, Ariel, I've always been saying to Dave Vellante on theCUBE many times that there needs to be insights has to be the norm, not the exception, where, and then ultimately, there'd be a database of insights. I mean, at the end of the day, the insights become more plentiful. You have the ability to actually store those insights and refresh them and challenge them and modern update them, verify them, either sunset them or add to them. You know what I'm saying? It's like, when you start getting more data into your organization, AI, machine learning, prove that pattern recognition works. So why not grab those insights? And use them as your baseline to know what's important and not have to start by putting everything in a bucket. So we're going to have new categories, like insight-first software, not data-first, you know. Go from insights backwards. That'll be my tagline if I have to, but I'm a terrible marketing guy, so don't call me. Well, I mean, everyone's like cloud-first, data-first, data-driven, insight-driven. What you're basically doing is you're moving into the world of insight-driven analytics, really as a way to kind of bring that forward. So congratulations, great story. I love the pivot, love how you guys, entrepreneurially put it all together and had the problem, your own problem, and brought it out to the rest of the world. And certainly DevOps and the cloud-scale wave is just getting bigger and bigger and taking over the enterprise, so great stuff. Real quick, while you're here, give a quick plug for the company. What you guys are up to, stats, vitals, hiring, what's new, give the commercial. Yeah, so like mentioned, over 1,500 paying customers growing incredibly in the past 24 months. Hiring, almost doubling the company in the next few months. Offices in Israel, East Center, West US, and UK, and Mumbai. Looking for talented engineers to join the journey and build the next generation of data-less data platforms. Arias, our CEO of CoreLogic. Great to have you on theCUBE and thank you for participating in the AI track for our next big thing, interview startup showcase. Thanks for coming on. Thank you very much, John, really enjoyed it. Okay, I'm John Furrier with theCUBE. Thank you for watching the AWS startup showcase presented by theCUBE.


This learning object will define the phases and characteristics of the reality shock experienced by nurses. It will also identify strategies to deal with reality shock and with the transition from student nurse to registered nurse. Reality shock is a term used to describe the transition from nursing student to registered nurse and the conflict between expectations of the role and the reality of the actual work setting. Here are the phases of reality shock. Honeymoon, the new graduate sees the world of nursing as wonderful and is excited about the newness of the role. Shock and rejection. New nurses begin to see a conflict between how they were taught and the real world. They may begin to feel like failures. They may become negative and they may experience some of the symptoms of burnout as listed below. Fatigue, anxiety, anger, guilt, physical complaints, sleeping problems, overeating, alcohol abuse, mood swings, and depression. Recovery. A nurse's sense of humor returns. There is a decrease in tension and anxiety. A nurse begins to look at the situation objectively. Resolution. The nurse learns new ways to cope effectively or rejects the nursing role or continues with symptoms of burnout. Here are some strategies to deal with the reality shock and burnout. If you are a nurse, try using one or more of the following strategies to deal with reality shock and burnout. Stay positive and keep away from negative influences. Hone your prioritization skills. Get and stay organized.  Remember there can be more than one correct way to accomplish a task. Don't be afraid to ask for help. And find a mentor or role model. You have completed this learning activity on reality shock.