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AWS Project
Learn aws from basics in this free online training. Aws projects course is taught hands-on by experts. Learn introduction to creating a serverless app using aws and setting up the application in aws in details. Start now!
What you learn in AWS Project ?
About this Free Certificate Course
AWS has been the pinnacle of cloud computing as considered by many experts around the globe. As a trending cloud computing platform, it offers a plethora of options to especially build and deploy applications on the cloud. Building an interactive serverless application using AWS has never been easier. Considering exactly this, we have come up with this free course on AWS Project to help you all to get started with creating your own serverless apps and deploy them on the platform. The course covers the concept in a great amount of detail to help you understand the concepts better.
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Course Outline
In this module we'll be looking into the web application architecture and building of an interactive, serverless web application using the AWS managed services and Amazon Amplify.
In this module, let us carry-on with the setup required for the web application via an AWS hands-on to familiarize ourselves with the whole process.
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1.0 Hours
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Frequently Asked Questions
What is the AWS Project ?
AWS represents Amazon Web Service, which is among the most famous cloud stages. AWS furnishes engineers and associations with cloud administrations and assists them with remaining deft. From multi-million new businesses to government offices, numerous associations are utilizing AWS.
What are some AWS Mini Projects?
These are some of the AWS mini-projects for beginners:
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Send a Windows Virtual Machine.
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Make a Website on AWS.
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Dispatch a Serverless Web App.
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Set up Kubernetes Clusters on Amazon EC2 Spot.
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Fabricate a Content Recommendation System.
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Use Recognition and Identify Famous People.
How do you create a project in AWS?
To create a project in AWS projects for practice, follow the following steps:
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To do a project and confirm an email address
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Sign in to the AWS Management Console
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Open the Amazon Pinpoint console at https://console.aws.amazon.com/pinpoint/.
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If this is your first-time utilizing Amazon Pinpoint, you see a page that acquaints you with the help elements.
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In the Get begun segment, enter a name for your venture, and afterward, pick Create a task.
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On the Configure highlights page, close to email, pick Configure.
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For the Email address, type an email address that you need to use to send the email. For instance, you can utilize your email address or your work email address. Pick Verify.
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Sit tight for 1–2 minutes, and afterward, check the inbox for the email address you indicated in sync.
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You should see an email from Amazon Web Services (no-answer aws@amazon.com) with the title.
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Amazon Web Services – Email Address Verification Request in locale RegionName", where RegionName is the name of the AWS Region that you're orchestrating Amazon Pinpoint in.
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Open the email, and afterward, click the connection in the body of the email.
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Get back to the Amazon Pinpoint console in your program. Then, on the Set-up email page, pick Save.
Can you build an app with AWS?
AWS Amplify is an advanced stage for building secure mobile applications and web applications. It is an amazing toolchain that makes and deals with all fundamental administrations for a mobile application. The administrations that you oversee utilizing AWS Amplify are set up in your AWS account.
How do you make a chatbot on AWS Lex?
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In case this is your first bot, pick Get Started; in any case, on the Bots page, pick Create.
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On the Create your Lex bot page, give the accompanying data, and afterward click on Create.
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Once selected Create, sit tight for affirmation that your bot was assembled.
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Test the bot.
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AWS Project
Amazon Web Services (AWS) stands as a cornerstone in the realm of cloud computing, offering a vast array of services that empower organizations to craft robust, scalable, and cost-effective solutions. This project centers around harnessing AWS's capabilities to develop and deploy cloud-based solutions that address critical business challenges, providing a blend of flexibility, security, and innovation.
AWS Services and Capabilities:
Within the AWS ecosystem, a multitude of services are available to cater to diverse needs. Compute services, including Amazon EC2 for virtual servers, AWS Lambda for serverless computing, and Amazon ECS for container orchestration, empower businesses to tailor their compute resources to exact requirements, thus optimizing performance while keeping costs in check. Storage solutions such as Amazon S3 for object storage and Amazon EBS for block storage provide scalability and reliability while facilitating efficient data management and security.
AWS's global network infrastructure and Amazon VPC enable the creation of isolated, secure networks with customizable security measures. AWS's managed database services (e.g., Amazon RDS, DynamoDB, and Aurora) simplify database management, scalability, and data replication, accommodating various database engines and deployment models. Additionally, AWS offers machine learning services like Amazon SageMaker, facilitating streamlined model development and deployment for applications such as predictive analytics, recommendation systems, and natural language processing. Moreover, AWS incorporates robust security features encompassing identity and access management (IAM), encryption, and monitoring tools, with various compliance certifications to support workloads with stringent security requirements.
Project Implementation:
In practice, we have utilized AWS services to create a scalable web application with an adaptable backend, comprising Amazon EC2 instances and Amazon RDS. Elastic Load Balancing ensures high availability, while Amazon CloudFront accelerates content delivery. To support real-time data analysis and reporting, we've harnessed Amazon S3 for data storage and Amazon Redshift for data warehousing, constructing a data analytics platform.
To minimize operational overhead and ensure seamless scaling, we've adopted a serverless architecture, employing AWS Lambda and Amazon API Gateway to develop microservices that perform diverse tasks within the application. Furthermore, we've integrated Amazon SageMaker to imbue our application with machine learning capabilities, enhancing user engagement through personalized recommendations and predictive analytics. AWS CloudWatch monitors application performance, while AWS WAF and AWS Shield fortify our application against web-based threats, and AWS IAM maintains secure access control.
Benefits:
The adoption of AWS in our project has yielded substantial benefits. Scalability has become a seamless endeavor, enabling us to fine-tune resources in response to fluctuations in demand, thereby achieving both optimal performance and cost-efficiency. The pay-as-you-go pricing model has proven highly cost-effective, eliminating the need for upfront infrastructure investment. In the realm of security, AWS's comprehensive suite of features, along with its various compliance certifications, has substantially reduced the risk of data breaches and ensured that our solution aligns with regulatory requirements. Moreover, AWS's expansive suite of services has fueled innovation, enabling us to swiftly experiment with and bring new ideas to market.
Conclusion:
Through the strategic deployment of AWS's extensive suite of services, this project underscores the transformative potential of cloud computing in addressing critical business challenges. AWS's capacity for scalability, cost-effectiveness, and robust security provisions empowers organizations to refocus their energies on innovation and growth, making it a premier choice for cloud-based solutions. As businesses continue to evolve in their digital transformation journey, AWS remains an invaluable partner in their pursuit of success.
