>> (narrator) From around the globe it's "theCUBE." With digital coverage of OutSystems-NextStep 2020. Brought to you by OutSystems. >> I'm Stu Miniman. And welcome back to thecubes coverage of OutSystems-NextStep. Of course, one of the items that we've been talking a lot in the industry is about how artificial intelligence machine learning are helping people as we go beyond what really human scale can do. And we need to be able to do things more machine scale to help us really dig into this topic. Happy to welcome to the program. First time, guest Antonio Alegria. He is the head of artificial intelligence at OutSystems. Antonio. Thanks so much for joining us. >> Thank you Stu. I'm really happy to be here and really talk a little bit about what we're doing at OutSystems to help our customers and how we're leveraging AI to get to those goals. >> ( Stu) Wonderful. So I saw ahead of the event, a short video that you did and talked about extreme agility with no limits. So, you know, before we dig into the product itself, maybe if you could just, you know, how should we be thinking about AI? You know, there's a broad spectrum, is that, you know, machine learning that there's various components in there, you listened to the big analyst firms, you know, the journey it's big steps and something that is pretty broad. So when we're talking about AI, you know, what does that mean to you? What does that mean to your customers? >> Yeah, so AI OutSystems really speaks to the vision and the core strategy we have for our product. Which is, you know, if you saw the keynote, you know, we talk about, you know, really enabling every company, even those that, you know, that had existed for decades, perhaps have a lot of legacy to become, you know, leading elite cloud software development companies. And really can develop digital solutions at scale really easily. But one thing we see, and then this is a big statistic. One of the things that limits CIO's the most, nowadays is really the lack of talent. Lack of, you know, engineering and software engineering, you know, ability and people that can do that. And there's a statistic that was reported by wall street journal. I saw it recently, perhaps last year. That said that according to federal jobs data in the U S, by the end of 2020 there would be about a million unfilled IET and software development jobs available, right. So there's this big problem. All of these companies really need to scale, really need to invest in digital systems. And so our belief at OutSystems, we've already been abstracting, and we've been focusing on automating as much as possible, the software development tools and applications that we use. We've already seen amazing stories of people coming from different backgrounds, really starting to develop really leading edge applications. And we want to take this to the next level. And we believe that artificial intelligence with machine learning, but also with other AI technologies that we're also taking advantage of can really help us get to a next stage of productivity. So from 10 X productivity to 100 X productivity. And we believe AI plays a role in three ways. We believe AI by learning from all of this data that we now collect in terms of, you know, the projects that are being developed. We are essentially trying to embed a tech lead, so to speak inside a product. And a tech lead that can help developers by guiding them, guiding the most junior ones, by automating some of the boring, repetitive tasks where by validating their work, making sure that they are using the best practices, making sure that it helps them as they scale to refactor their code to automatically design their architectures, things like that. >> (Stu) Wonderful . Antonio. Goncalo, stated it quite clearly in the interview that I had with him, it's really about enabling that next, you know, 10 million developers. We know that there is that skill gap, as you said, and you know, everybody right now, how can I do more? How can I react faster? So that's where, you know, the machine learning artificial intelligence should be able to help. So bring us inside. I know the platform itself has had, you know, guidance and the whole movement. You know, what we used to call low code. Was about simplifying things and allowing people to, you know, build faster. So bring us inside the product, you know, what are the enhancements? What are the new pieces? Some of the key items. >> Yeah. So one interesting thing, and I think one thing that I think OutSystems is really proud of being able to achieve is, if you look at how OutSystems has been using a AI within the platform. We started with introducing AI assistance within the, our software development environment, service studio, right? And so this capability we've been iterating it a lot. We've been evolving it, and now it's really able to accelerate significantly and guide novices, but also help pros dealing through the software development process and coding. By essentially.... and trying to infer and understanding their context and trying to infer their intent, and then automating the steps afterwards. And we do this by suggesting you the most likely, let's say function or code piece that you will need. But then at the next step, which we're introducing this year even better, which is we're trying to autofill most of the, let's say the variables and all of that, and the data flow that you need to collect. And so you get a very delightful, frictionless experience as you are coding. So you're closer to the business value even more than before. Now, this was just the first step. What you're seeing now and what we're announcing, and we're showing at this next step that we showed at the keynote, is that we are trying to fuse.... starting to fuse AI across the OutSystems products and across the software development life cycle. So we took this core technology that we use to guide developers and assist and automate their work. And we use the same capability to help developers, tech leads and architects to analyze the code. Learning from the bad patterns that exist learning from and receiving runtime information about crashes and performance. And inside the product that we call Architecture Dashboard. We're really able to give recommendations to these architects and tech leads, where should they evolve and improve their code. And we're using AI, refusing AI in this product in two very specific ways. Now that we are releasing today. Which is one, is to automatically collect and design and define the architecture. So we call this automated architecture discovery. So if you have a very large factory, you can imagine, you know, have lots of different modules, lots of different applications. And if you need to go and manually have to label everything. So this is a front end, this is a backend. That would take a lot of time. So we use machine learning. Learning from what architects have already done in the past and classifying their architecture. And we can map out your architecture completely, automatically, which is really powerful. Then we also use our AI engine to analyze your factory. And we can detect the best opportunities for refactoring. So refactoring is one of the top problems and the top smells and technical debt problems that large factories have, right? So we can completely identify and pinpoint what are these opportunities for refactoring and we guide you through it. We tell you, okay, all of these hundreds of functions and logic patterns that we see in your code, you could de-refactor this into a single function, and you can save a lots and lots of code. Because you know, the best code, the fastest code, the easiest to maintain is the code you don't write, you don't have. So we're trying to really eliminate crack from these factories, with these capabilities. >> (Stu) Well. >> It's fascinating. You're absolutely right. I'm, curious, you know, I think back to some of the earliest interactions I had with things, they'd give you guidance, you know, spellcheckers, grammar check. How much does the AI that you work on, does it learn what's specific for my organization and my preferences? Is there any community learning over time? Because there are industry best practices out there that are super valuable, but, you know, we saw in the SAS wave. When I can customize things myself, we learn over time. So how does that play into kind of today in the roadmap for AI that you're building? >> That's a great question. So our AI, let's say technology that we used, it actually uses two different, big kinds of AI. So we use machine learning definitely to learn from the community, what are the best practices and what are the most common patterns that people use. So we use that to guide developers, but also to validate and analyze their code. But then we also use automated reasoning. So this is more logic based, reasoning based AI. And we pair these two technologies to really create a system that is able to learn from data, but also be able to reason it at a higher order, about what are good practices and kind of reach conclusions from there and learn new things from there. Now we started by applying these technologies to more of the community data and kind of standard best practices, but our vision is to more and more start learning specifically, and allowing tech leads and architects even, in the future to tailor these engines of AI, perhaps to suggest these are the best practices for my factory. These patterns perhaps are good best practices in general. But in my factory, I do not want to use them because I have some specificities for compliance or something like that. And our vision is that, architects and tech leads can just provide just a few examples of what they like and what they don't like. And the engine just automatically learns and gets tailored to their own environment. >> (Stu) Oh, important that you're able to, you know, have the customers move things forward to the direction that makes sense on their end. I'm also curious, you talk about, you know, what partnerships OutSystems has out there, you know, being able to tie into things like what the public cloud is doing, lots of industry collaboration. So, you know, how does health systems fit into the kind of the broader AI ecosystem? >> Yeah. So one thing I did not mention, and to your point is, so we have kind of two complimentary visions and strategies for AI. So one of them is we really want to improve our own product, improve the automation in the product in the abstraction by using AI, together with great user experience and the best programming language for software automation. Right? So that's one, that's what we generally call AI assistant development and infusing AI across the software development life cycle. The other one is we also believe that, you know, true elite cloud software companies that create frictionless experiences, one of the things that they use to really be super competitive and create these frictionless experiences is that they can themselves use AI and machine learning. To automate processes, create really, really delightful experiences. So we're also investing and we've shown. And we're launching and announcing at NextStep. We've just shown this at the keynote. One tool that we call the machine learning builder, ML builder. So this essentially speaks to the fact that, you know, a lot of companies do not have access to data science talent. They really struggle to adopt machine learning. Like just one out of 10 companies are able to go and put AI in production. So we're essentially abstracting also that. We're also increasing the productivity for customers to implement AI and machine learning. We use partners behind the scenes and cloud providers for the core technology, with automated machine learning and all of that. But we abstract all of the experience. So developers can essentially just pick the data they have already inside the AI systems platform. And they want to just select. I want to train this machine learning model to predict this field, just click, click, click. And it runs dozens of experiments, selects the best algorithms transforms the data for you without you needing to have a lot of data science experience. And then you can just drag and drop into platform. Integrate in your application. And you're good to go. >> (Stu) Well. Sounds, you know, phenomenal. You mentioned data scientists. We talked about that the skill gap. Do you have any statistics, you know, is this helping people, you know, hire faster, lower the bar to entry for people to get on board, you know, increase productivity, what kind of hero numbers do your customers typically, you know, how do they measure success? >> Yeah. So we know that in, for machine learning adoption at companies, we know that, sorry, this is one of the top challenges that they have, right? So companies do not, it's not only that they do not have the expertise to implement machine learning in their products and their applications. They don't even have a good understanding of what are the use cases in order the technology opportunities for them to apply. Right? So this has been listed by lots of different surveys that this is the top problem. These are the two of the top problems that companies have to adopt AI's. Access to skill, data science skill, and understanding of the use case. And that's exactly what we're trying to kind of package up in a very easy to use product, where you can see the use cases you have available. You just select your data. You just click train, you do not need to know the nitty gritty details. And for us, a measure of success is that we've seen customers that are starting to experiment with ML builder. Is that in just a day or a few days, they can iterate over several machine learning models and put them in production. We have customers that have, you know, no machine learning models in production ever. And they just now have two. And they're starting to automate processes. They're starting to innovate with business. And that for us is we've seen as kind of the measure of success for businesses. Initially, what they want to do is they want to do POC's, and they want to experiment and they want to get to production, start getting to field for it and iterate. >> (Stu) From a product standpoint, is the AI just infused in, or there are additional licensing, you know, how do customers, you know, take advantage of it? What's the impact on that from the relationships without systems? >> Yeah. So for AI and machine learning that is fused into our product. And for automation, validation and guidance, there's, you know, no extra charges, just part of the product is what we believe is kind of a core building block in a core service for everything we do in our product. For machine learning services and components that customers can use to.... in their own applications. We allow you to integrate with cloud providers and the billing is done separately. And that's something that we're working towards and building great technical partnerships and exploring other avenues for deeper integration, so that developers and customers do not really have to worry about those things as well. >> (Stu) Yeah. Well, it's such a great way to really democratize the use of this technology platform that they're used to. They start doing it. What's general feedback from your customers? Do they just like, "Oh, it's there." "I started playing with it." "It's super easy, it makes it better." Are there any concerns or pushback? Have we gotten beyond that? What do you hear? Any good customer examples you can share as to general adoption? >> Yeah. So as I said, as we reduce the friction for adopting these technologies. We've seen one thing that's very interesting. So we have a few customers that are, for example, more in the logistics side of industry and vertical. And so they have a more conservative management, like they take time to adopt. They're more of a laggard in adopting these kinds of technologies. The business is more skeptical. Doesn't want to spend a lot of time playing around, right. And once they saw what they could do with a platform, they quickly did a proof of concept. They showed to the business and the business had lots of ideas. So they just started interacting a lot more with IT. Which is something we see with OutSystems platform, not just for AI machine learning, but generally in the digital transformation. Is when the IT can start really being very agile and iterating and innovating. And they start collaborating a lot with the business. And so what we see is, customers asking us for even more. So customers want more use cases to be supported like this. Customers also the ones that are more mature, that already have their centers of excellence, and they have their data scientists for example. They want to understand how they can also bring in perhaps, their use of very specialized tools. How can they integrate that into the platform so that, you know, for certain use cases, developers can very quickly train their own models, but so specialized data science teams can also bring in and developers can integrate their models easily and put them into production. Which is one of the big barriers. We see in a lot of companies, people working on year long projects, they develop the models, but they struggle to get them to production. And so we really want to focus on the whole end to end journey. Either you're building everything within the AI platform, or you're bringing it from a specialized pro tool. We want to make that whole journey frictionless and smooth. >> ( STU) Antonio, final question I have for you. Of course, this space we're seeing maturing, you know, rapid new technologies out there. Give us a little look forward. What should we be expecting to see from OutSystems or things even a little broader as you look at your partner ecosystem over kind of the next six, 12, 18 months? >> Yeah. So what... We're going to continue to see a trend, I think from the cloud service providers of democratization of the AI services. So this is during, just starting to advanced and accelerate. As these providers started packaging. It's like, what our system is also doing, starting to packaging some specific well-defined use cases. And then making the journey for training these models and deploying super simple. That's one thing that's continued to ramp up. And we're going to move from a AI services, more focused on cognitive pre-trained models, right. That, which is kind of the status quo. To custom AI models based on your data. That's kind of the trend we're going to start seeing in that, OutSystems also pushing forward. Generally from the AI and machine learning application and technology side of thing. I think one thing that we are leading on is that you know, machine learning and deep learning is definitely one of the big drivers for the innovation that we're seeing in AI. But you're start seeing more and more what is called hybrid AI. Which is taking machine learning and database artificial intelligence with more logic based automated reasoning techniques in pairing these two to really create systems that are able to operate at a really higher level. A higher cognitive level, which is what OutSystems is investing internally in terms of research and development. And with partnerships with institutions like Carnegie Mellon University, and such as that. >> (Stu) Wonderful. Antonio, who doesn't want, you know, a tech expert sitting next to them, helping get rid of some of the repetitive, boring things or challenges. Thank you so much for sharing the updates. >> (Antonio) Thank you Stu Congratulations on your progress And definitely look forward to hearing more in the future. >> (Antonio) Thank you Stu. Have a good day. >> (Stu) All right. >> Stay tuned for more from OutSystems NextStep. I'm Stu Miniman. And thank you for watching the "theCUBE."

>>from around the globe. It's the cue with digital coverage of out systems. Next Step 2020 Brought to you by out systems. I'm stupid, man. And welcome back to the cubes Coverage of out systems Next step course. One of the items that we've been talking a lot in the industry is about how artificial intelligence, machine learning or helping people is. We go beyond what really human scale can do and we need to be ableto do things more machine scale. Help us really dig into this topic. Happy to welcome to the program First time guest Antonio Alegria. He is the head of artificial intelligence at out systems. Tonio, thanks so much for joining us. >>Thank you. So I'm really happy to be here and and really talk a little bit about what? We're doing it out systems to help our customers and our leverage eai to get to those goals. >>Wonderful. So I I saw ahead of the event a short video that you did and talked about extreme agility with no limits. So, you know, before we drink, dig into the product itself. Maybe if you could just how should we be thinking about a I you know, there's broad spectrum. Is that machine learning that there's various components in there? Listen to the big analyst firms. You know, the journey. It's big steps and something that that is pretty broad. So when we're talking about A I, you know, what does that mean to you? What does that mean to your customers? >>Eso So AI out systems really speaks to division and the core strategy we have for our product, which is, you know, if you saw the keynote, no, we talk about no, really enabling every company, even those that you know, that existed for decades, perhaps have a lot of legacy to become. You know, leading elite cloud software development companies and really can develop digital solutions at scale really easily. But one thing we see and then this is a big statistic. One of the things that limits limits CEOs the most nowadays is really the lack of town lack of engineering, a softer engineering, you know, ability and people that that that could do that. And there's a statistic that was reported by The Wall Street Journal. I saw it recently, perhaps last year, that said that according to federal jobs dating the U. S. By the end of 2. 2020 there would be about a million unfilled I E. T s after development jobs available. Right? So there's this big problem All of these companies really need to scale, really need to invest in digital systems and so horribly fed out systems. We've already been abstracting and we've been focusing automating as much as possible the softer development tools and applications that use. We've already seen amazing stories of people coming from different backgrounds really starting to develop, really leading edge applications. And we want to take this to the next level. And we believe that artificial intelligence with machine learning but also with other AI technologies that were also taking advantage of can really help us get to a next stage of productivity. So from 10 x productivity to 100 x productivity and we believe AI plays a rolling three ways. We believe II by learning from all of this data that we not collect in terms of, you know, projects are being developed. We're essentially trying to embed a tech lead, so to speak, inside a product and attack Lee that can help developers by guiding them got in the most junior ones by automating some of the boring, repetitive tasks were by validating their work. Making sure that they're using the best practice is making sure that it helps them as they scale to re factor on their code to automatically designed architectures. Things like that >>Wonderful. Antonio Gonzalo stated it quite clearly in the interview that I had with him. It's really about enabling that next you know, 10 million developers. We know that there is that skill gap, as you said, and you know everybody right now how can I do more? How can I react faster? Eso that's where you know, the machine learning artificial intelligence should be able to help. So bring us inside. I know the platform itself has had, you know, guidance and and the whole movement. You know, what we used to call low code was about simplifying things and allowing people to, you know, build faster. So bring us inside the product. You know what? The enhancements? One of the new pieces. Some of the key key items, >>Yes, So 11 interesting thing. And I think one thing that I think out system is really proud of being able to achieve is if you look at how out system has been using a AI within the platform. We started with introducing AI assistance within the Our Software Development Environment Service studio. Right? And so this capability, we've been generating it a lot. We've been evolving it, and now it's really able to accelerate significantly and guide novices, but also help pros dealing through software development process and coding by essentially trying to infer understanding their context and trying to infer their intent and then automating the steps afterwards. And we do this by suggesting you the most likely let's say function or or code p sexual one you need. But then, at the next step, which we're introducing this year, even better, which is we're trying to auto fill most of them. Let's see the variables and all of that in the data flow that you need to collect. And so you get a very delightful frictionless experience as you are coating, so you're closer to the business value even more than before. Now this is the This was just the first step, what you're seeing now and what we're announcing, and we're showing up at this next step that we show that the keynote is that we're trying to fuse starting to fuse AI across the out systems products and across this after development life cycle. So he took this core technology that we used to guide developers and assistant automate their work. Um, and we use the same capability to help developers. Tech leads an architect's to analyze the code, learning from the bad patterns that exist, learning from and receiving runtime information about crashes and performance and inside the product recall architecture, dashboard were really able to give recommendations to these architects and tech leads. Where should they evolve and improve their code? And we're using AI refusing AI in this product into very specific ways. Now that we're releasing today, which is one is to automatically collect and design and defined the architecture. So we call this automated architecture discovery. So if you have a very large factory, you can imagine, you know have lots of different modules, lots of different applications, and if you need to go and manually have to label everything so this is ah, front, and this is the back end. That would take a lot of time. So we use machine learning, learning from what architects have already done in the past, classifying their architecture. And we can map out your architecture completely automatically, which is really powerful. Then we also use our AI engine to analyze your factory and weaken detect the best opportunities for re factoring. Sorry. Factoring is one of the top problems in the top smells and technical depth problems that large factories have. Right, So we can completely identify and pinpoint. What are these opportunities for re factory and we guide you through it, which held you okay, all of these hundreds of functions and logic patterns that we see in your code Could you re factor this into a single function and you can save a lots and lots of code because, as you know, the best code the fastest coast easiest to maintain is the Cody. Don't ride. You don't have. So we're trying to really eliminate Kurt from these factories with these kids ability. >>Well, it's fascinating. You're absolutely right. I'm curious. You know, I think back to some of the earliest interactions I had with things that give you guys spell checkers. Grammar check. How much does the AI that you work on. Does it learn what specific for my organization in my preferences? Is there any community learning over time? Because there are industry breast pack that best practices out there that are super valuable. But, you know, we saw in the SAS wave when I can customize things myself were learned over time. So how does that play into kind of today in the road map for a I that you're building >>that? That's a good question. So our AI let's say technology that we use it actually uses to two different big kinds of AI. So we use machine learning definitely to learn from the community. What are the best practices and what are the most common pattern that people use? So we use that to guide developers, but also to validate and analyze their code. But then we also use automated reasoning. So this is more logic based reasoning based AI and repair these two technologies to really create a system that is able to learn from data but also be able to reason at a higher order about what are good practices and kind of reach conclusions from there and learn new things from there now. We started by applying these technologies to more of the community data and kind of standard best practices. But our vision is to more and more start learning specifically and allowing tech leads an architect even in the future. To Taylor. These engines of AI, perhaps to suggest these are the best practices for my factory. These patterns perhaps, are good best practices in general. But in my factory, I do not want to use them because I have some specificities for compliance or something like that. And our vision is that architects and techniques can just provide just a few examples of what they like and what they don't like in the engine just automatically learns and gets tailor to their own environment. >>So important that you're able to, uh, you know, have the customers move things forward in the direction that makes sense on their end. I'm also curious. You talk about, um, you know what what partnerships out systems has out there, you know, being able to tie into things like what the public cloud is doing. Lots of industry collaboration. So how does health system fit into the kind of the broader ai ecosystem. >>Yes. So one thing I did not mention and to your point is eso were have kind of to, um Teoh Complementary visions and strategies for a I. So one of them is we really want to improve our own product, improve the automation in the product in the abstraction by using AI together with great user experience and the best programming language for software on automation. Right, So that's one. That's what we generally call AI assisted development. And if using AI across this software development life cycle, the other one is We also believe that you know, true elite cloud software companies that create frictionless experiences. One of the things that they used to really be super competitive and create this frictionless experiences is that they can themselves use AI and machine learning to to automate processes created really, really delightful experiences. So we're also investing and we've shown and we're launching, announcing that next step we just showed this at at the keynote one tool that we call the machine learning builder ml builder. So this essentially speaks to the fact that you know, a lot of companies do not have access to data science talent. They really struggle to adopt machine learning. Like just one out of 10 companies are able to go and put a I in production. So we're essentially abstracting also that were also increasing the productivity for you for customers to implement an AI and machine learning we use. We use partners behind the scenes and cloud providers for the core technology with automated machine learning and all of that. But we abstract all of the experience so developers can essentially just pick of the data they have already in the inside the all systems platform, and they want to just select. I want to trade this machine learning model to predict this field, just quickly click and it runs dozens of experiments, selects the best algorithms, transforms that the data for you without you needing to have a lot of data science experience. And then you can just drag and drop in the platform integrating your application. And you're good to go. >>Well, it sounds comes Ah, you know, phenomenal. You mentioned data scientists. We talked about that. The skill gap. Do you have any statistics? You know? Is this helping people you know? Higher, Faster. Lower the bar the entry for people to get on board, you know, increased productivity. What kind of hero numbers do your customers typically, you know, how do they measure success? >>Yes, So we know that in for machine learning adoption at cos we know that. Sorry, This is one of the top challenges that they have, right? So companies do not. It's not only that they do not have the expertise to implement machine learning at in their products in their applications. They don't even have a good understanding of what are the use cases in or out of the technology opportunities for them to apply. Right? So this has been listed by lots of different surveys that this is the top problem. These other 22 of the top problems that companies have to adopt a ice has access to skilled. They decided skill, understanding of the use case. And that's exactly what we're trying to kind of package up in a very easy to use product where you can see the use cases you have available, we just select your data, you just click train. You do not need to know that many greedy details and for us, a measure of success is that we've seen customers that are starting to experiment with ML Builder is that in just a day or a few days that can iterating over several machine learning models and put them in production. We have customers that have, you know, no machine learning models and production ever, and they just now have to, and they're starting to automate processes. They're starting to innovate with business. And that, for us, is we've seen it's kind of the measure of success for businesses initially, what they want to do is they want to do. POC is and they want to experiment and they want to get to production stopped. Getting to field for it and generate from >>a product standpoint, is the A. I just infused in or there's there additional licensing, how to customers, you know to take advantage of it. What's the impact on that from the relationship without systems? >>Yes. So for for for a I in machine learning that is fused into our product and for automation, validation and guidance, there's no extra charge is just part of the product. It's what we believe is kind of a core building block in a course service for everything we do in our product for machine learning services and components that customers can use to in their own applications. We allow you to integrate with cloud providers, and the building is is done separately on. That's something that that we're working towards and building great technical partnerships and exploring other avenues for deeper integration so that developers and customers do not really have to worry about those things. Well, >>it's it's It's such a great way to really democratize the use of this technology platform that they're used to. They start doing it. What's general feedback from your customers? Did they just like, Oh, it's there. I start playing with it. It's super easy. It makes it better there any concerns or push back. Have we gotten beyond that? What? What? What do you hear any any good customer examples you can share us toe general adoption? >>Yes. So, as I said, as we re reduce the friction for adopting these technologies, we've seen one thing that's very interesting. So we have a few customers that are present more in the logistics site of industry and vertical, and so they they have a more conservative management, like take time to adopt and more of a laggard in adopting these kinds of technologies, the businesses more skeptical. But I want to spend a lot of time playing around right and whence they saw. Once they saw what they could do with a platform, they quickly did a proof of concept. They show to the business and the business had lots of ideas. So they just started interacting a lot more with I t, which is something we see without systems platform not just for a I machine learning, but generally in the jib. Digital transformation is when the I teak and can start really being very agile in iterating and innovating, and they start collaborating a lot with the business. And so what we see is customers asking us for even more so customers want more use cases to be supported like this. Customers also the ones that are more mature than already, have their centers of excellence and they have their data scientists, for example. They want to understand how they can also bring in perhaps their use of very specialized tool talking in it. Integrate that into the platform so that you know, for certain use cases. Developer scan very quickly trained their own models. But so specialized data science teams can also bring in. And developers can integrate their models easily and put them into production, which is one of the big barriers we see in a lot of companies people working on yearlong projects. They develop the models that they struggle to get them to production. And so we really want to focus on the whole into in journey. Either you're building everything within the octopus platform or you're bringing it from a specialized pro tool. We want to make that whole journey frictionless in school. >>And Tony a final question I have for you. Of course, this space we're seeing maturing, you know, rapid Ah, new technologies out there gives a little look forward. What should we be expecting to see from out systems or things even a little broader? If you look at your your partner ecosystem over kind of the next 6, 12 18 months, >>Yes. So, um, what you're going to continues to see a trend, I think, from from the closer providers of democratization of the AI services. So this is during that just starting to advanced and accelerate as these providers started packaging. It's like what out systems also doing, starting to packaging Cem some specific, well defined use cases and then making the journey for training these models and deploying Super super simple. That's one thing that's continued to ramp up, and we're going to move from A I services more focused on cognitive, pre trained models, right, that which is kind of the status quo to custom ai models based on your data. That's kind of the train we're going to start seeing in that out systems also pushing forward generally from the AI and machine learning application and technology side of thing. I think one thing that we're leading leading on is that you know, machine learning and deep learning is definitely one of the big drivers for the innovation that we're seeing in a I. But you're start seeing more and more what is called hybrid I, which is taking machine learning and data based artificial intelligence with more logic based automated reasoning techniques, impairing these two to really create systems that are able to operate at a really higher level, higher cognitive level of which is what out systems investing internally in terms of research and development and with partnerships with institutions like Carnegie Mellon University and >>rely Antonio, who doesn't want, you know, a tech experts sitting next to them helping get rid of some of the repetitive, boring things or challenges. Thank you so much for sharing the update. Congratulations. Definitely Look forward to hearing war in the future. >>Thank you. Do have a good day >>Stay tuned for more from out systems. Next step is to minimum and thank you for watching.