
Discover AWS global infrastructure across public, US Gov Cloud, and China clouds, with regions, availability zones, and the backbone enabling data locality, edge locations, and low-latency access.
How to set up an AWS account
Different free tier offers from AWS
How to view the charges accrued in your account, and
How to contact AWS support if you need help
How to delegate billing access to other authorized users in our account
Configure free tier usage alerts
Set up billing alerts using Cloud Watch and AWS Budget
Overview of AWS networking infrastructure. Create your own private cloud
Understand the network access control list (NACL) as a subnet-level, stateless firewall that allows or denies traffic. Learn its numeric rule order, inbound/outbound requirements, and CIDR blocking.
Assign private ip addresses from the subnet block to each instance's primary network interface, ipv6 optional, and use a public ip or elastic ip for internet access.
Create a key pair for EC2 login, download the private key, and use the public key when launching instances. On Windows, use PPK with Putty; on Mac/Linux, PEM with SSH.
Explore the default VPC in the AWS console, including its 172.31.0.0/16 CIDR, four public subnets across availability zones, an internet gateway, and main route table routing local and internet-bound traffic.
Launch an Amazon Linux instance in a public subnet and configure a security group to allow ping traffic, demonstrating the stateful firewall and inbound and outbound rules.
Explore how to enable private cloud instances to access AWS services via NAT gateway and VPC endpoints, including gateway endpoints for S3/DynamoDB and interface endpoints for SQS.
In this video, learn how to simplify your AWS security and routing by using VPC Managed Prefix Lists specifically with CloudFront and EC2 Instance Connect. Discover how these prefix lists help efficiently manage IP address ranges, enhance security by controlling traffic flow, and streamline updates across your AWS resources.
Enable VPC flow logs to capture traffic at the VPC, subnet, or interface and publish to CloudWatch Logs or S3, with an IAM role and permissions for monitoring.
How to link two or more VPCs in a region and make them as part of one logical network
Explore how site-to-site vpn, cloud hub, and client vpn enable secure, scalable connectivity between on-premises networks and aws vpcs, including transit gateway architectures for centralized cloud connectivity.
Explore serverless and server-based architectures for order processing using API gateway with REST and WebSocket APIs, Lambda, Step Functions, SNS/SQS, DynamoDB, and S3, highlighting resilience, scaling, security, and cost considerations.
Introduction to Compute instances and multi-tenant infrastructure of the AWS Cloud.
Virtualization options available as part of EC2 service
OS Choices and pre-built Amazon Machine Images
Different Types of Compute Instances that are available as part of EC2 Service, Hardware Acceleration Support
Placement groups optimize low-latency, high-throughput networking for HPC and machine learning workloads by distributing EC2 instances across availability zones, using cluster, partition, and spread types.
Grant permissions using IAM Roles to your EC2 instance to access other AWS services.
Learn how IAM roles grant EC2 instances permission to access S3, attach roles, and test with AWS S3 ls while using credentials from the instance metadata service.
Explore monitoring AWS resources with CloudWatch, publishing default and custom metrics, and configuring alarms. Analyze logs via CloudWatch in near real-time and use CloudTrail for an API audit trail.
Monitor your applications with CloudWatch metrics and alarms, track ELB and EC2 metrics, and trigger auto scaling or alerts using thresholds and evaluation windows.
Learn to monitor CPU utilization with CloudWatch detailed monitoring, view metrics, and configure a p90-based alarm that stops an idle EC2 instance after 15 minutes.
Welcome to our Cryptography Primer!
In this video, we will look at important cryptographic concepts that safeguard our data
First, we'll explore two fundamental encryption methods: Symmetric and Asymmetric.
Then, we'll delve into data tampering detection using hashing and HMACs.
And finally, we'll demystify the world of digital signatures.
Learn how EBS volume encryption uses KMS and a data key with envelope encryption to protect volumes, while snapshots, key changes, and default encryption apply to volumes, RDS, and DynamoDB.
Launch an Amazon Linux EC2 instance and install the LAMP stack (Apache, MariaDB, PHP). Secure MariaDB root access and create a LAMP base build AMI for rapid launches.
I am truly honored Udemy CEO highlighted my SAA-C03 courses in the earnings call [Aug-2022] for providing up-to-date and relevant content
Welcome to the Part 1 AWS Solutions Architect Associate Course!
If you are interested in becoming a cloud architect, you have come to the right place!
An architect is responsible for translating the business requirements into a solution blueprint
And also provide implementation guidance to the development team
To effectively play this role, you need a breadth of understanding of AWS services and how to integrate them into a complete solution
In this course, we walk through several business scenarios and how to apply cloud architectural principles
Such as avoiding a single point of failure, properly securing and protecting your workload, designing for high availability, and so forth
I am Chandra Lingam, and I am your instructor.
I have structured the curriculum into two courses
The first course (this one) covers infrastructure services such as network, server, monitoring, storage, load balancers, auto-scaling, cloud security, S3, managing your application traffic flow with services such as Route 53, CloudFront, Global Accelerator, and we wrap up with migrate your application to the cloud
The second course (this one) covers messaging services, lambda, API Gateway, databases, containers, cloudformation, and disaster recovery concepts
Here is the approximate time you need to plan to spend on preparation.
The first course is around 15 hours long and the second course is around 9 hours long
I recommend adjusting the video playback speed to 1.25x
So, you can watch all the videos in around 20 hours
And for the hands-on labs and quizzes, add another 20 hours
So, plan to spend at least 40 hours on preparation
The time will vary based on your experience – but you can use this as a ballpark
I also provide PDFs to review specific concepts quickly
Something unique I offer my students is the weekly study group sessions where you can meet fellow learners and discuss specific topics
With the knowledge you gain in this course, you will become a really good architect and easily clear the certification exam!
I am looking forward to meeting you!