AWS Solution Architect Full Course 2026 [FREE] | AWS Solution Architect Training 2026 | Simplilearn

Key Takeaways

Did you know that Amazon Web Services is used by millions of business worldwide to host and manage their cloud infrastructure? From startups to Fortune 500 companies, AWS powers applications, website and services across various industries, making it one of the most essential cloud platforms in the world. Welcome to the AWS full course. In this comprehensive course, you'll learn how to harness the power of AWS to deploy, manage, and scale application and services in the cloud. Whether you're just starting out in the cloud computing or looking to deepen your AWS expertise, in this course, we'll provide you with practical skills and knowledge needed to work with AWS effectively. First, we'll start with an introduction to AWS and its key services including EC2, S3, and IM, and explore how these services power scalable cloud applications. We'll then dive into AWS management console and teach you how to navigate and manage your cloud resources effectively. Next, we'll cover how to deploy and manage EC2 instances, which are the backbone of cloud computing on AWS. You'll learn how to work with Amazon S3 for storing and also managing data and how to secure it with AM. We'll also cover AWS security best practices including setting up and configuring security groups and access controls to over all your resources. Then we'll dive into advanced topics like VPC, AWS Lambda and cloud formation which will help you automate deployments and manage infrastructure at scale. We'll finish with hands-on projects to help you apply your skills in real world scenarios and prepare you for AWS certificate exams. Before we begin, here's a small quiz for you to answer. Which of the following AWS services is primarily used for object storage? Is it Amazon EC2 or is it Amazon S3, AWS Lambda, or is it Amazon VPC? Let us know your answers in the comment section below. Also, if you're interested in taking your cloud and DevOps skills to the next level, check out the AI powered cloud computing and DevOps certification program by simply learn in collaboration with IITM Parvat. This course is designed to provide hands-on experience with AWS, Azure, and Google Cloud while focusing on the latest strength in AI powered cloud solutions and DevOps practices. Throughout the program, you'll dive into real world projects, learning the tools and techniques that top companies use to build, deploy, and manage cloud infrastructure. You'll also gain certification from both IITM Parvat and also Microsoft Azure alongside a comprehensive curriculum that covers everything from cloudnative solutions to DevOps automation tools like Jenkins and Terapform. The program also includes a two-day campus immersions at IIT Madras research park, access to AI powered job assistance and expertled master classes giving you support that you need to advance your career. Whether you're looking to enter this field of cloud computing or expand your expertise in DevOps. This program provides all the tools to succeed. Start building your cloud career today. The link is given in the description box below and in the pen comments. I welcome you to simply learn world's number one boot camp and even I welcome you to AWS solution architect associate course right so myself Muzanil Daki I have total 11 years of experience in teaching and training right now I have three certification solution architect professional level certification solution architect associate level certification and sysops administrator associate level certification so I'll be your trainer for entire these number of course right So for total AWS solution architect associate course I'll be the trainer who is going to handle all your sessions right let's start with introduction to AWS before that first question what is cloud computing so folks cloud computing is an ondemand remote availability of resources such as computing power data storage and networking without direct user management statement. So folks here one more definition to understand in a better way from my end right see cloud computing is all about ondemand delivering IT resources over the internet right so what kind of a resources here it's all about on demand that means whenever it is required at that time you are going to use that and you are going to pay for it right so what kind of a resources like computing where you are going to process the data then where you are going to store the data right then where you are going to provide a security networking and that to without direct user management what exactly it means someone is there without direct user management means someone is there behalf of you to manage your data are you getting the point someone is there behalf of you to manage your data let me take one simple example right let me take one simple example electricity board electricity board where you are paying for How much you are consuming the power? You are not maintaining any infrastructure there, right? Someone is there to manage that electricity board. But here how much you are consuming, how much you are consuming the whatever the energy whatever you have the resources everything you are going to pay for it. Right? You are not directly managing the infrastructure electricity board you are not managing that just how many resources you are consuming based on that you are going to pay for it like this in cloud computing also you are not going to manage your infrastructure just how many resources you are consuming based on that you are going to pay for it right electricity board you can compare with the cloud computing concept right now here the companies that provides uh like companies that provide these services are called cloud providers. So right now folks from my end AWS is one of the cloud provider. Do you know any other cloud provider right now in the market? Any other cloud provider in the market? AWS, GCP, Alibaba, Azure, Oracle, IBM these all are the cloud provider. These all are the cloud provider. So these all are even if you make the list there are lot of cloud providers are available right and these services are accessible over the internet. So how you are accessing this connect cloud services by using our internet connectivity right now cloud providers ensures large scale management of these services. See when it come for the cloud providers, cloud providers are going to provide a large scale of a management of the resources right not only we are restricted to only large scale management. Even cloud providers they'll provide a service to startup also and even individuals also. It's up to you how you are going to utilize that. Right now here now we are going to discuss about one of the cloud provider that is AWS. What is AWS folks? AWS stand for Amazon web services. It's a leading cloud provider right now in the market which offers over 200 ondemand cloud services and these services are extended to individuals, companies, government based on a pay-per-use model. right now. Why should I go for AWS? What are the features I'll get if I'm going to AWS? First of all, reliability. See, if you have huge amount of a data, even if you have low amount of a data, the performance will be always consistent, right? If you have huge amount of a data, even low amount of a data, the performance will be consistent and even efficient, accurate, right? That is the power of one of the even you can say that one of the feature of AWS then scalability let us consider I have one application right so for specific duration I'm getting huge amount of a traffic at that time here automatically my application resources will be increased right when I am not expecting any traffic for my application automatically the resources are decreased so this part is about scalability now Security part. How I can make my cloud environment secure. For this we have a concept called defense in depth. Defense in depth where a security will be provided at different different layer. Let us consider this is layer 1. This is layer 1. This is layer two. Right? This is layer three. So now if I want to make my cloud environment secure. So security will be provided at different different layer. Right? This is layer 1. This is layer two. This is layer three. So what kind of a security I can provide that I'll discuss in future classes right cost effectiveness. So as you know that pay as you go model how much you are consuming based on that you are going to pay for it right now if I talk about the market trends right now AWS professional salaries right the average salary for AWS professional salary is like $160 $60,000 and there is a huge demand of AWS professionals right 60% of a cloud computing job requires AWS related skill now I hope you people are heard almost like majority of the companies right now they are migrating they're migrating from on premises to AWS environment right not only AWS might be the any cloud but if I talk about the AWS right now which is leading right so all the organization now they are shifting right migrating from onremism to AWS environment so everywhere AWS professionals are required and the condition is the person should be skillful again I'm repeating a person should be skillful that means you should know how to survive in the AWS environment being a solution architect you are going to provide a solution what kind of a instances what kind of a databases what kind of a storage you are using for your organization it's your duty to provide cost optimized solution to the organization or a client right now what are the skills are covered in this course virtual private private cloud storage services security and IM. IM stands for identity and access management then container services. So now folks why should I go for this course might you have a question why should I go for solution architect as I clearly specified just now in a single line all the organizations are migrating from onremises to AWS. So in that situation solution architect is must right as per the client requirement whether I am providing a solution or not I should meet the requirement of a client right I should satisfy all the requirements of a client so then only I'm a solution architect right so even if you adhere on the requirement of client that is not sufficient and make sure that what you are designing the architecture it should be secure it should be resil ent it should be high performing and that two very very very important is cost optimized architecture because cost is very important factor right so anyone see might be anyone can provide the solution hey I know about the AWS services let us consider one ABC person is there who is having some knowledge about the AWS hey I know that how to launch my EC2 instances fine launch your EC2 instance do you know for which workload which EC2 should be launched if you are aware about That's that's really really well and good. But do you know for which workload which instance type should be used? What kind of a storage should be used? Right? So who is going to provide that kind of a solution? It's a solution architect because solution architect is the person who is going to provide a solution for your workload. Right? What kind of a like what kind of a workload you are working? Are you working with graphical related? Are you working with batch processing? Are you working with any floatingoint calculation? It's up to you. Like being a solution architect, you are going to decide that, right? See, solution architect, one more important point, solution architect is not only providing a new entire architecture. They're responsible to review the existing architecture also, existing solutions also. So what they can do? They can review, they can review the entire architecture. Someone is suggested so we have designed our architecture. No being a solution architect even if the organization is now migrated it's your duty being a solution architect you have to review that right then you can improve the existing solution how I can improve like based on the what kind of instances storage databases networking security there are lot of things are there any loopholes are there being a solution architect you have to identify right now learning path so folks in this course we We have 10 modules. We have 10 modules. You can say 10 modules or 10 lesson. Both are fine. Okay. Now what I'm doing course introduction then AWS core concepts compute related features storage services VPC networking content delivery. Then databases security and IM serverless and application services monitoring and automation and finally container services. Right? So these are a total 10 modules what we have for solution architect. Now course component. So folks in this course there are different components are available in that the first one is lesson end project. So what is this lesson and project? How many modules we have? We have 10 lessons right. So first and second are basics. So now if you complete module number three which is relevant to compute which is relevant to compute. Right? Now once you complete module number three called compute based on this module you will get one lesson and project like you will get one mini project where you are going to perform after this session and if you get any difficulty I'll be there to help you for this okay once you complete this is for module number three now module number four is storage right so once you complete module number four based on this you are going to perform one lesson and project right so these are like mini projects what you are going to perform after the session then we have course end project this is mandatory to unlock your simple learn certification right as ma'am clearly specified at the last day of a session out of these two project I'll discuss one project with you people how to submit and what are the task you have to consider I'll even even I'll demonstrate about that how to perform that task right and the very interesting and very important assisted practices assisted practice This is is something let us consider we are working with the module number three called compute right in this compute module there is a topic called AMI if there is a topic called AMI based on this one assisted practice like lab exercise will be there you are going to perform in the session in front of me like first I'll demonstrate the task once my demonstration is done you are going to perform the task in front of me and sometime I'll give the assignment after the session also So you have to perform that. I'll provide like I'll provide some exercise or assignment what you can consider right now knowledge check. So let us consider I'm done with module number three which is relevant to compute right. So based on this module you will get some MCQ questions multiplechoice questions in this session I'll take this. So you have to answer for these questions right now. Course and assessment. So this is first factor and this is second factor. If you want to like if you want to unlock your simple learn certification these are the mandatory points you have to complete first course and project then course and assessment this is also I'm going to discuss in LMS right and the very important part ebooks a material section everything all about these all are like all about the material everything about this course will be available in ebooks that I'm going to show you in LMS okay lesson project is also mandatory It's up to you. This is for knowledge purpose pin. This is for knowledge purpose. Okay. No need to submit this. But if you complete you will get the confidence. So based on what we have completed the module. So I completed this particular mini project. You will get confidence in this. Okay. Now exam format. So usually folks I'll not discuss about this exam format about solution architect C3 because at the last day I'll discuss this. But if you want I'll just uh have a overview on this right. So C3 is the course 65 MCQ questions 2 hour 10 minutes of a time 130 minutes and this exam can be taken in English, French, German, Italian, Japanese, Korean, Portuguese and simplified Chinese also. Right? So usually about this examination in detail I'll discuss at the last day in detail. Okay. how to book examination, how to like uh how to solve the questions, where you'll get the dams question each and everything I'll discuss at the last paper session. Okay. Yes. This is also like if you talk about the cost in India 150 plus $27 total $177 you have to pay for this exam, right? 20 USD for mock questions and testing set like testing center or online proctor. Again, this part is also I'll discuss at the last day of a session. Right. Okay. Let me take you to the LMS now. Learning management system. Where is my LMS? Yes. So I hope folks when you log into your learning management system, are you able to see there is a tab called AWS solution architect associate level course. Okay. I hope all are able to see this AWS solution architect associate level course. Right. Click on continue learning. Click on continue learning. Right. So first tab is learning track. If you click on learning track there is a option called self-learning. Self-arning. Right. So self-arning as I clearly specified in the theoretical part like in the slides. These are the pre-recorded videos by some of the AWS experts. These are always available. You don't have to download this right because the lifetime access will be available. So no need to download right and it's up to you how you will complete right. So better like whenever you are free you can take this video that is also fine but this is also one of the mandatory thing to unlock your simply learn certification 85% of a self-arning should be completed. Now I hope all are attended the session from this live classes only. Are you with me folks? All are joined the session from this live classes. Very good. That's superb. That's really superb. Right. And the one more important point folks, once our session is complete, right? Let us consider today at 11:00 we are done with our session. Right? So tomorrow after 24 hours the recordings will be available here in the my classes section only. Again I'm repeating once we are done with uh 24 hours after the session then the recordings are available for you in my classes section. Just what you have to do if you go to the my classes right which class recording you want just select the date might be you are able to see the date now right today is 3 like 4 5 6 4 5 6 7 8 February month right let us consider tomorrow you want to check the recording of today just click on 3rd February then you are able to see below that a link will be available for you so you can access anytime from anywhere right now assessment part so Folks, this part also I'll discuss last week because assessment is mandatory to unlock your simply learn certification. First two tests are there right within these two test you have to clear at least one and let me tell you every test carries three attempts. every test that carries three attempts. Right? So here you have two tests. Out of these two you have to clear at least one at least one. Then there is another point to unlock your simply learn certification. Here we have two projects. Out of these two projects you have to submit at least one at least one to unlock your simply learn certification. Right? If you see here if you click on certificate there are three mandatory things are available. First self-arning should be completed 85%. And project should be submitted. Out of two project you have to submit at least one project. Out of two test at least one should be clear. Then only your simply learn certification will be unlocked. Right? Now this is for certificate part. Now the very important part is material section. Material section. Here we have reference material. Let us consider I want assisted practices. The lab exercises what I'm going to perform in this session. Right? Just click on this download button. You can see here assisted practices are downloading. You can see once it completes you can see the folder here. Yes, assisted practices 84 MB folder is successfully downloaded in my system like this. Whatever you want, ebooks, lesson and projects, live guide, lab guide, anything whatever you want regarding the material you can download from here. Right? And the third tab is practice labs. I have the third tab called practice labs where in simply learn environment where you are going to perform your labs. Here in the practice lab section just click on this. Right. So once you click on this there is a option called launch lab. You can click on this. There is a blue button at the bottom bottom bottom side right bottom side. Click on launch. That's it. the remaining part I'll discuss. So now folks let me take your inputs. Okay folks let's move on towards the next module where I'm going to discuss about AWS overview. Right now so folks in every module you will get this scenario. Scenario for whom? A solution architect. So now you are a cloud architect in an organization. and have been asked to implement a solution in the AWS cloud. As a beginner in AWS, focus on AWS core services such as computing, storage, databases, networking services, and even more. You must set up an AWS account and use the AWS CLI. CLI stand for command line interface to interact with AWS services and resources. Additionally, learn how to securely regulate access to AWS resources using AWS identity and access management. To achieve this, you will learn a few concepts in this lesson that will help you to find the solution for given scenario. Right now, learning objectives. By the end of this lesson, you will be able to set up an AWS account, enabling access to and utilization of AWS services, configure billing alerts to monitor AWS charges for cost control and budget management. Delegate access using IM roles to enhance the security permissions management and setup and work with AWS CLA for efficient interaction with AWS services. So folks, these are the learning objectives or you can call it as a outcomes. Once you complete the module, you are able to answer the questions based on these topics. Okay. So folks, I have one question before going to this. How is my pace? Please feel free feel free to put on your inputs because again and again I'm repeating it's your session. How is my pace? Whether I'm going too fast, too slow or all good. Okay. See please provide your genuine responses. See again I'm repeating feel free to put down your inputs by taking your inputs only I can improve the session right. So what I believe taking the inputs after this session right I can implement in the next session. But if you put down your inputs within a session so I can implement within a session itself right. So why should I wait for 24 hours? If you put down your input so I can improve within a session itself. Right? So as I can see start with the AWS infrastructure. So what is infrastructure? Can I say that infrastructure is nothing but combination of software and hardware components. So now here I'm talking about the AWS infrastructure. In that the first term is region. So what is region? Now reason is nothing but a geographical location where all the AWS services are available. Right now folks total 39 regions are available around the world. One more definition for better understanding you can say that region is nothing but collection of two or more availability zones. Region is nothing but collection of two or more availability zone. This is also one of the definition right. This is a 1. This is a 2 and this is a3 right. So folks do you know how many regions we have in India? First is Mumbai and the second one is Hyderabad. Right? So right now total 39 regions are available around the world and that two in India we have Mumbai and Hyderabad two regions. Right. And one more definition what is region? First region is a geographical location where your AWS services are available. One more definition region is nothing but collection of two or more. Availability zone is nothing but region. Right? So why we are calling it as two or more? Why not one or more? What is the reason? For high availability purpose. Even if yes backup exactly correct. So here even let us consider here disaster occur at the A1. Right? A2 will be ready to provide the service. If A2 goes down, A3 will be ready to provide the services. Right? So here folks, what is a now? What is availability zone? Availability zone is nothing but collection of one or more data centers. Again, I'm repeating folks, what is availability zone? Now availability zone is nothing but collection of one or more data centers. So every availability zone which consists of one or more data centers. Now might you have a question what is data center? Right? So now data center is nothing but collection of collection of thousands of servers. Are you with me folks? Can I say that every data center which consists of thousands of servers. Can I say that every data center which consist of thousands of servers. Right? So now you can see here availability zone is nothing but collection of one or more data center. Every availability zone which consist of one or more data centers. Right? Every data centers consist of thousands of server. Now how many availability zones right now we have around the world? Exact value is 123. Right now availability zones are available in India. We have six availability zone. Three in Mumbai, three in Hyderabad. Right now my question is folks any idea what is the distance between these two availability zones? The answer of distance between two availability zone is 100 kilometers. Right? So 100 kilometers that means more than 60 to 70 miles approximate right. So like the distance should be maintained 100 kilometers. See I have one question here. Why they are keeping 100 km? See they can create within one or two kilometers also. What is the reason why they are keeping between why they are maintaining the distance between two availability zone is 100 kilometers for disaster recovery. Exactly correct. See if you maintain 1 kilometer or 5 kilometer right if you maintain 1 kilometer or 5 kilometer if something went wrong. Let us consider disaster occur at the A1 that affects a2 also then there is no use there is no matter to maintain the multiple availability zone. If one affect definitely then second is also affected right. So if one affect then second is also affected. Right? So if one affects the second is also affect that is the reason the standard minimum is 100 approximate that to a 60 m 100 kilometers right. So minimum is 100 they are not specified any specific maximum value right minimum it should maintain 100 km a standard value. So folks this is all about the basics of AWS infrastructure. Do they ask about these in the exam? No because this is too simple question right? how many SEA how many regions AWS will never ask these kind of a questions. Okay. So no need to uh worry about this but uh make sure that you should be updated for these values because every day AWS is updating every day AWS is updating right because every day every hour AWS is updating its infra. So the numbers of region will be changed number of availability zones will be changed number of edge locations will be changed everything will be changed right. So you should be updated but in the examination you will not get this kind of a questions. Okay. Yes. The same thing you are going to see here for two slides. AWS infrastructure a global cloud infrastructure offers unmatched security broad and reliability as a cloud platform. It features over 200 services supported by data center worldwide. So just now what I completed what is region? region is a corresponding corresponds to a geographical area housing multiple availability zones. Each availability zone comprises one or more separate data centers each equipped with sufficient power network setup reliable connection within a distinct zone what we are completed just now for the region. Now folks, if I am using AWS infrastructure, right? What benefits I'll get? Right? If I'm using AWS infrastructure, what I'll get the benefits? This is my AWS cloud. Now, so using this AWS cloud, what I'll get the benefit first of all, scalability. Let me tell you folks, scalability is one of the major advantage of the AWS infrastructure because AWS provides the ability to quickly increase or decrease the resources to your application as per your requirement as per your need. Right? Let us consider for your organization you can manage the cost effectively while maintaining the performance as well as efficiency. This feature is especially beneficial for the organization. They experience some variable workload. Variable workload means sometimes the traffic will be high. Sometime the traffic will be low. Right? At that time the scalability is very important. Right? Now reliability. See in terms of reliability folks AWS has this strong track record. The architecture itself designed in a way that right the architecture itself they are designed in a way that they ensure the high availability and continuous functionality. What it means? It means that AWS can provide the uninterrupted services even in the event of network failure or any natural disaster. Any natural disaster that is the power of AWS right now when it come. So folks in security part AWS delivers high level security through its firewall. There is a new term called firewall. What is firewall? Because some people are from nontechnical background, right? They'll understand what we are talking with the cloud infra term. That is the reason. I hope you got the point, right? So that is the reason. Otherwise I can use a more technical technical what do you call a logical terms also some symbols also right so let them easily let them understand easily for today we have a first day then we'll go with I can use some er diagram also I can use some relationship diagrams also that is different but let okay as I can see there is some question just now I discussed about the firewalls yes I'm discussing about this security layer protection layer get of network network Security component protection against malware. Okay. Layer of security gatekeeper of input and output. Filtering incoming and outgoing traffic. Set of rules defined via software. Okay. Network security devices for filtering a traffic. Security layer restricting unauthoriz data. Controls what network is traffic in or out. Perfect. It's a security feature where not network can connect with server directly. Check filter in traffic. Okay folks. So firewalls can I say that for better understanding right for simple I'm using two simple terms let me tell you I'm using two simple words anyone can understand can I say that firewalls are filters which filters your incoming and outgoing traffic simple words right now there is something called encryption how you will define the encryption term mask of hiding data turning data into unreadable format perfect protecting sensor sensitive information encoding data with algorithm perfect abstraction yes converting readable data into unreadable format confidentiality so now folks if I more technically now right so can I say that encryption is a process where I'm going to convert from plain text to cipher text can I say that encryption is a process where I'm going to convert from plain text to cipher text right so this is somewhat technical definition right Now encryption is a process where we are converting from encoding to decoding format. No sir, this is also not clear. Let me take more simple words. Can I say that encryption is a process where you are converting from readable format to non-readable format. There are three levels of different like three levels of definitions. Plain text to cipher text, encoding to decoding and even even readable format to non-readable format. Right? Then yes I am capability IM identity and access management. So here by using this IM service you are going to decide who can access what you are going to decide by using IM service like Damian. Damian can access S3. Abeu can access uh what do you call EBS EC2 right? Namata can access RDS. Sorup can access KMS. Aishwara can access right Aishwara can access uh another EC2 or RDS. So you are going to decide as per your work requirement by using IM you are going to assign the work who can access what you are going to decide by using IM service. Right now performance efficiency. So folks let me tell you performance efficiency is one of the key attribute of AWS. key attribute of AWS because it has the capability to run services efficiently on a cloud platform that can scale according to your need of the traffic scale according to your requirement of your traffic. Right? So what it means it can handle a high value of a traffic without disline in a performance. Right? Even it ensure the smooth operations and greater user experience. Right? Now flexibility here it allows the user to select your preferred operating system. Right? Let us consider uh Abeco want Mac operating system. Right? Then Damian wants operating system. Then Linux, Fedora. It's up to you which operating system you want. Then programming language someone want to use.NET, NET, Java, Ruby, Rails, Python, it's up to you, right? Then databases, we have RDS, Dynamob, Red Shift, Elastic Cachet, right? So there are different types of databases are available. It's up to you as per your client requirement. You are going to decide which database should be used, right? Then finally cost optimization. So folks, pay as you go model. How much you are consuming based on that you are going to pay for it. That's it. Right? Now here in this diagram you can see we are increasing agility and reducing the complexity and risk. How? Accelerate time to market. So folks AWS is providing a solution as per the market requirement. Right? Right now we have a trend like uh even you can call that right now we have a trend of machine learning right artificial intelligence AI. So AWS is trying to provide a solution with ML and a IML right how to train a models we have in AWS we have a service called bedrock right bedrock is a service which is used in machine learning there are multiple services are available what market is expecting from you AWS is providing a solution right right now AWS like right now market is pro expecting about a IML artificial intelligence machine learning for that AWS is providing some containerization services like ECS elastic container services to train a model uh best solution I'm just taking one example ECS with fargate solution to train a to train a machine right to design models to train models at that time we are using this kind of a service so as per the market trend what market is expecting from you AWS is providing a solution for this right as per requirement of market now increase innovation now folks your workload infrastructure will be managed by someone else. This is your cloud now and someone is there behalf of you who is going to manage this infrastructure. Right? So now your task is managed by someone else. So that means here you can focus purely let us consider I'm a developer who is working in a AWS environment. Right? Being a developer I can think because management part will be taken care by someone else. So being a developer I have to think whether as per the requirement of a client I am developing my application or not as per the requirement I'm satisfying the client or not as whatever a new things I can add whatever a new features I can add so I'll get the sufficient time to do some innovation idea here innovative idea here right then scale seamlessly as per the requirement here whenever you are expecting a high traffic or resources you can consume right and when you are not expecting any traffic the resources will be resources will be scaled out and you can do like you are achieving a cost optimization now optimizing the cost we are reducing the cost how by paying how much you're consuming that is nothing but again pay as you go model right then how we are minimizing the security vulnerabilities by using defense in depth concept where a security will be provided at different layer layer 1 layer 2 layer three those who are aware about the AWS term let me tell you at the EC2 level I'm going to use security group right so so suddenly don't take the question sir what is security group again I'm repeating those who are already aware just here you can consider level one level two level three right those who are already available let us consider I'm providing a security at EC2 level security groups then knackl subnet level right I'm using nackl at subet level then VPC flow log at VPC level. So at the different different layer I'm providing a security to minimize my vulnerabilities right now folks how I am reducing the management complexity. Let's discuss and please provide your inputs how I am reducing the management complexity. Yeah that's why I clearly specified consider level one level two level three. Those who are already aware just now I given uh introduction security at EC2 level security groups knack VPC level. So no need to worry don't worry about these terms right now consider level one level two level three that's it that's enough now okay yes as I can see there are some input need to not maintain physical data center okay maintain infra no direct involvement in managing infra see you don't have to worry about managing infrastructure right behalf of you someone is there to manage your infrastructure that is the reason no need to worry about the management of infrastructure so by doing this you are reducing a management complexity because management of infrastructure headache is taken by someone else that is AWS that is the reason we are reducing the management complexity right so this is all about AWS features and the advantages what I'll get if I'm using AWS infrastructure so now folks let's move on to the core services how many of you are observed I don't know but in scenario a day in the life of cloud architect They have specified some core services in the slide of a day in the cloud architect a day in the life of cloud architect they are specified some core services let's take four storage next database next compute networking it's networking so compute networking storage database so here we have few core services which are available to us so now folks let me tell you one important point here in this module I'm discussing only introduction about core services So usually what happens in the session let me tell you that also all are very excited to learn everything in a single day right in it happens in every session even if I'm also the participant it happens right so here now I'm discussing at the introduction level introduction level let me take one example let us consider I'm discussing about storage services as I clearly specified this is introduction only right So now if I'm discussing about the different storage EBS, S3 then EFS. Sir, what is the difference between S3 and EFS? Sir, why should I use S3 and when should I use EFS? Sir, which one is better EBS or S3? Everything I'll get the question here. So folks, let me tell you here I'll discuss only introduction part because a module number three is compute completely compute only. Module number four is completely storage only. Module number five is completely networking only. Module number six is completely database only. So no need to worry when the time comes 100% each and everything I'll discuss. But right now today we have first session let's discuss at introduction level. Right? So again we'll come back to the details 100%. We have separate module for this Ashwaria module number three compute four storage five networking six database in detail we are going to discuss this so that is the reason first we'll discuss at the introduction level because everyone right so after this we'll go in detail about each and every core services right now let me take you to the core AWS services here you can see compute storage, database, analytics, networking, mobile, developer tools, IoT, security management tools, enterprise applications. Right? So now folks here I have a one popular core service called compute compute service. So what is this compute? How you'll define this term? Compute is all about processing, right? So compute service which offers secure and resizable computing capacity in the cloud that simplifies the web scale computing for developers. So folks compute means processing a processing capacity right. So here it's a secure and resizable computing capacity. Resizable means as per the requirement of a client it will increase and decrease. So how much amount of a data you have that will be processed here and that too developer can easily and efficiently they can process the data right now let me take one simple comparison there is a service called EC2 EC2 is one of the popular service of compute EC2 means a server in cloud environment server in cloud environment right so now elastic comput cloud EC2 stand for elastic compute cloud no need to go in depth just consider EC2 is one server in cloud environment okay let me take one scenario so now folks I have one onremises server onremises server again I'm repeating this is my onremises server and this is my EC2 instance okay a server in cloud platform okay let me do the comparison and now folks my scenario is I'm your client and all the 52 participants are my network engineers. Again I'm repeating folks be ready for this scenario. I'm your client client and you all 52 participants are my network engineers. Right? So folks I don't know anything. I want to design one web server. So how you will take up this challenge understanding the requirement. Next you are ready with the configuration also. How much do you how much time you want? Okay. 5 to 10 days depending on scale. Okay. Let us consider one week. Fine. One week. Okay. Fine. No. Based on hardware collection. Fine. At max 1 week. Okay. Fine. Okay. Let's consider my server is ready and you have deployed the server and it's available for me. And now folks, you have designed this server for 500 people. You have designed a server for 500 people. But there is sudden hike in a traffic and thousand people are hitting to the server. What will happen to the server? What is the solution? Additional processes. We can extend the hardware. We are discussing in on premises environment. Right? Exactly. Horizontal scaling you have to do or vertical scaling you have to do. You have to add some additional configuration. Am I right folks? You have to add some additional configuration increasing the hardware requirement again. Yes. Then again expensive cost you have to add like again there is a investment. Again there is a investment you have to pay more. Right? Now let us compare with our AWS cloud environment. This is my AWS cloud environment. Right. This is my as cloud environment. Now if you want to launch one server right select the operating system instance type right security groups your instance is ready right instance is ready and here pay as you go model pay as you go model how much you're consuming you're going to pay for it then when I'm expecting a huge traffic automatically the configuration will be resources will be increased and when I'm getting a low traffic automatically resources will decreased. So which one is best? Which one is best? Onromises server or EC2? Just now we are done with comparison. So you have to answer for this. Which one is better? EC2. Yes. Because here you are going to pay on demand how much you are consuming and you are going to pay on resources. There is no any upfront cost. upfront cost that means there is no any advanced investment but here a lot of configuration lot of hardware purchase lot of things are there right now some key features they empower user to control their control their compute resources right they operate under pay as you go model already we are completed this part pay as you go model allow user to boot a new server instances within a minute as I discussed your EC2 can be launched within a minutes right they enable. Yes, just a minute. Let me complete this. They enable quick scaling to meet the changing computing requirement with quick and easy configuration of the services. As I clearly specified when the application required when you are expecting the huge amount of a traffic the resources will be increased then automatically it decreases. Right now these are the compute services like EC2, ECR. EC2 stands for elastic compute cloud, elastic container registry. Then elastic container service elastic kubernet service light sale serverless application repository lambda fargate elastic binstock and finally batch service. So these all are AWS compute services which are available in AWS environment. Right now let's move on to the next service called storage. Here you can see folks we have a service called storage service. a storage service which offers the secure, reliable and scalable storage solution for a data in the AWS cloud. Now it provides the high efficiency, availability, durability and performance also. So folks let me tell you in AWS we have a different types of storage services. In that the first one is object storage. Object storage. Then we have block storage. Block storage. And the third we have file storage. Okay. So folks, object storage here all the data will be stored in terms of objects. A popular service. Let me tell you there is a popular service might be you people have heard about this ES3 simple storage service these all are storage services again I'm repeating folks these all are storage services right these are the different categories first one is object storage and the popular services simple storage service stands for simple storage service where you are going to create a buckets and you are going to store the objects Every data will be considered as a object like whatever you are storing the data this will be considered as a object and you can store any kind of a data there is no restriction right then block storage. So folks in block storage we have a popular service called EBS elastic block storage. In block storage we have popular service called EBS elastic block storage. Right? So it's a persistent block storage. This is my EBS value. This is my EBS value. And this is my EC2 machine. EC2 is server. This is my EC2 machine. Right? So now it's a persistent block storage. Persistent block level storage. Right? So now this persistent block level storage volume you can attach to your EC2 instance. Right? Again I'm repeating folks EBS elastic block storage is one of the popular block storage right and it's a persistent block storage persistent means the data will be permanent which acts like your hard disk drive or SSD HDD or SSD hard disk drive or solid state drive right secondary memory right until and unless you will not delete the data will be available right so here this ABS value is a persistent instant storage value. Now we are going to attach to our EC2 instance. Why we are attaching? Let us consider I want to install my operating system. So at that time this storage is required. Let us consider I'm using some data inensive application. Right? Now let us consider I'm running some low latency application. Right? So even I want to access a low latency accessing a data at that time this is required. Right? So here as I taken the examples sorry use cases when should I go for block storage like installing the operating system or if I want to run the databases or a data intensive applications where the application requires some low latency access of a data at that time EBS is best solution. Now when should I go for object storage? The best example is let us consider I want to store the images, videos, PDF. S3 is also persistent. Let us consider I want to store uh unlimited data like entertainment purpose. Right? I want to store images, audio, video, any type of a data you can store in S3. Right? Now this is for EBS. Then we have file storage. Then we have file storage. So what is file storage? Here folks like ES3, like EBS, in file storage we have a popular service called EFS. EFS elastic file system which offers a scalable shared file storage that means it's a shared file system. This is EFS right. So this EFS is well suited for the application that required the shared file access. Right? Let us consider this is my first EC2, second EC2, third EC2, fourth EC2. Right? So now all the developers are working for a same software. Again I'm repeating folks. Elastic file system is a scalable shared file storage. So EFS can be accessed concurrently from multiple EC2 machine. Again I'm repeating this shared file storage that can be accessed concurrently from multiple EC2 instances. Right? So now let me take one simple example. I have one software. Right? I have one software but different different developer developer one developer 2 3 4 and all are working for the same software but all are working on a different modules and finally the result is stored in this shared file system yes it's like a shared folder right so this is all about just introduction about our storage services so it allows the user to store access and analyze the data to reduce the cost increase the agility and accelerate the innovations and it can be broadly categorized into the object storage, file storage, blog storage and backup and the data migration what we have the services right so now what are the storage services we have that's why I was clearly specified we are thinking at the introduction level see these are the storage services simple storage service elastic file system Amazon FSX then EBS s backup then we have storage gateway data sync then transfer family and slow family these all are AWS storage