Hello everyone. This is Uri and I working in ITO 20 years with cloud architecture, security and performance engineering. In my career, I've had opportunity to help enterprises navigate the challenges of multi-cloud environments from avoiding vendor lock. And ensuring compliance. And by squeezing last bit of like performance out of every penny we spent and every infrastructure we stood up there, I worked across AWS Azure GCP, and very extensively on the, on cloud environments. So I've seen firsthand how to manage multiple clouds, bring enormous flexibility. Also a fair share of headaches comes with it, right? Like performance, bottlenecks, increased attack surfaces and operational complexity often comes, becomes a biggest roadblock for this. Any kind of innovation, right? So that's why like today I wanna share how rust a language built for safety, speed, and reliability is changing the game. We look into how organizations are using RAs to build high performance, secure tools that run consistently across heterogeneous environments. And why the modern enterprise like multi-cloud in is no longer an optional thing. It's a strategy imperative. So let's talk about why Rust, actually, why I choose rust or any other, and why I wanna bring, more attention to the rust, right? Rust is like modern programming languages which is designed for speed, safety, and reliability, especially in systems where performance is critical. It runs nearly as fast as C but without any memory risks of C. That's one big thing. And it is safe actually one of the very safe product where it prevents common bug, like memory leaks. That's one big thing with C and crashes and, data, right? It's very reliable. Encourages clear maintainable code that works consistently across the environment. It's popular in industries where security and performance matters most, like finance, cloud computing, and embedded systems. Companies use multi-cloud providers to avoid lock-in cut cost, and to ensure compliance and improve resilience. But it's not easy, right? Security risks and management complexity grow without good tools. Also, think of it like managing multiple houses. So you have a house and you have a second house, a third house. First house is fine. A vacation house is okay, and having a third, fourth house, then the problem starts coming into the picture, right? So similar like with multi-cloud, right? Once one cloud, easy to manage, piece of cake or two clouds, maybe it's okay. Or hybrid architecture. We are on form cloud. Maybe it's okay but. Once you expand beyond two, it's not easy. And it comes with this operational challenges. Technological how people, how much people need to know about each product. The ops is like biggest challenge for enterprise teams. So y is an wire for a multicloud excellence, right? Performance security and develop developer experience, right? These are the three main things and it is very ideal for building tools like work reli across AWS Azure. GCP, et cetera. So it's very fast, very smaller in terms of footprint and more predictable apps. And also catches memory box even before the code even runs. Great tooling and cross-platform support. So those are main things I would rust. So what, why rust multi-cloud impact areas, right? What are the rust multi-cloud impact areas? So it's performance container orchestration excellence. That's one thing. Like container starts faster and use less memory. And when return the rust, no delay from garbage collection like some of the other languages. Some files quicker deployment and cheaper storage. A big bank saw like almost. I'll say 30% to 40% save in latency. By choosing critical components to rust, actually switching critical components to rust. And infrastructure as a code revolution. We all know that it, this revolution now infrastructure as a code. So almost like two to three 2, 2, 2 third of companies are like, are trying rust based tools for cloud setups. Very few mistakes. Thanks to restrict checks and preventive and, other checks performs and, faster provisioning or three to four times quicker than the older way ways of doing the business. Deployments works like seamlessly across different providers without any surprises. Great advantage of being with this tool resilience multi-cloud and microservices. So the rust prevents problems in the system that run across different clouds at the same time, it forces you to handle errors, properly result apps that recover quickly from failures and keep running smoothly. That's a big, that's a big thing actually. And coming to the security the multi-cloud, the multi-cloud means like more places to attack rust helps close the dose, prevents the type of bug that cause more severe cloud security problems. It has a stronger protection against bad dependencies and accidentals secret leaks. And case studies and, global financial Institute, as I said global Financial Institute almost saves like. Hefty amount of latency issues are addressed, and it is like excellent product, right? It's a great product for healthcare manufacturing, for data, for healthcare, like data processing or HIPAA compliance, or, any other cost saving mechanisms they want put in place. Like it's a great tool for them. And also manufacturing, like for better quality controls, smaller updates for devices. Smooth across cloud operations and also coming to container orchestration and excellence. So container ecosystem from the backbone of motor on cloud applications, but traditional runtime phases, performance limitations like rust advantages. So it's way 40% faster than a normal, traditional, bills and no memory overhead reduces almost 60 to 70% of memory overhead and it's very predictable. Latency without GC pauses during the critical operations. Smaller binary sizes leading to the faster deployment and reduction of storage cost and fine grain resource control for better multi-tenant isolation. So this is like some of the components I'd like to highlight when. Coming on container orchestration excellence, and also infrastructure as a code revolution is we already spoke about this in the previous slide where it being almost like two to two, two third of companies trying wide, trying rust, and also multi-cloud microservices, mi like rust prevents problems. In systems that runs different co clouds at the same time, forces you to handle errors properly and results apps that recover quickly from the failures and keep running them smoothly. So ownership model benefits like prevent data raises in concurrent operations guarantee, resource cleanup, even during the failures and enforce proper error handling. And throughout the code basis, it may also distribute system bound boundary release, explicit and error handling excellences, like another great tool where results type forces explicit error handlings and. Pattern matching for comprehensive error cases, error propagation with the operator. Custom error types for the domain specific handling. So let's talk about the security. This is one big thing with multi-cloud. We all, we briefly touched it a couple times already multi-cloud breaches are like very expensive on an average. And the single cloud instance due to increased complexity and large attack surfaces and memory safety critical, like 70% of high severe CVS or cloud infrastructure components from memory safety issues precisely what rust prevents by design. And supply chain protection like rust ecosystem offer. Strong dependency verification and reproduction bills. Re reducing the supply chain risk across cloud bond risk, and also secret management, right? That's one big thing. Again rust compliance time guarantees helps prevent accidental secrets exposure between cloud environments, and it is a very common source of breaches, right? We are aware of that. So in this case, study of a global financial institute is a it's one of the bank that replaced Java services with rust and which runs faster, cost less. And it was based way faster and safer. It got higher up time and smaller deployment times. And no serious security issues for months after launch. That's one. And coming to healthcare and manufacturing they have faster data processing, HIPAA compliance and cost savings millions of cost savings. It's and also coming to the manufacturing like they have better quality control, smaller updates for our devices and smoother cross cloud of operations. Emerging trends in the rust plus multicloud rust becoming go-to language for secure cloud services. And it's leading in web assembly apps that run the same on any cloud. And it's great for edge computing instant setup and reliable performance. And let's talk about implementation roadmap and key tech on this slide. And it starts small with non-critical services. Low hanging fruits start something small and target pain points like performance bottlenecks which applications. Has the highest pain points and, but still has a very low hanging fruit. Pick something like that and try to address those pain points starting there and build a reusable libraries for all the clouds so that way it's easy and faster for our for the deployments. Measure improvements from day one what you did. And as you days progress, keep measuring the improvements and so that you can optimize better as even things progress and scale successful patterns and rust helps you. Keep performance, security and reliability consistent in complex cloud setups. So yeah. Scale success is pretty critical actually. So expense successful patterns across our nations with reasonable components like and internal advocacy. So these are a few things I would like to bring on to notice. Thank you very much for this opportunity and listening to me all this time then. Thank you. I appreciate everyone's effort here and thank you.