WHAT YOU’LL LEARN IN THIS COURSE
In this comprehensive AWS Advanced Networking Specialty Training course, you will delve into a wide array of AWS networking advanced topics.
- Understand AWS Networking fundamentals and VPC setup:
- Learn about subnetting, routing tables, security groups, and Network Access Control Lists (NACLs).
- Explore the basics of Virtual Private Cloud (VPC) architecture and its components.
- Explore advanced VPC features:
- Configure NAT gateways, DHCP options sets, and VPC peering connections.
- Set up VPC endpoints for seamless communication with AWS services.
- Optimize network performance in AWS:
- Adjust Maximum Transmission Unit (MTU) settings for better throughput.
- Utilize Elastic Network Interfaces (ENIs) for enhanced network capabilities.
- Master monitoring and troubleshooting of VPC traffic:
- Use custom flow logs and CloudWatch metrics for monitoring.
- Troubleshoot connectivity issues with VPC reachability analyzers.
- Implement VPC peering and gateway endpoints:
- Configure and manage VPC peering connections between VPCs.
- Set up VPC gateway endpoints for secure access to AWS services.
- Understand Transit Gateway architecture:
- Learn about Transit Gateway setup and configurations.
- Explore attachment and route propagation configurations.
- Explore hybrid network setups with AWS VPN solutions:
- Configure site-to-site VPNs for secure connectivity between on-premises networks and AWS.
- Deploy client-to-site VPNs for remote access to AWS resources.
- Learn VPN routing strategies and deployment scenarios:
- Understand the differences between static and dynamic routing.
- Configure VPN connections with Amazon EC2 instances.
- Deploy AWS Direct Connect for secure connectivity:
- Set up Direct Connect network equipment and virtual interfaces.
- Configure resilient connections with Link Aggregation Groups (LAGs).
- Implement AWS network security measures:
- Configure Web Application Firewall (WAF) and Network Firewall for application security.
- Use Gateway Load Balancers and AWS Shield for DDoS protection.
- Gain hands-on experience with lab exercises:
- Provision EC2 instances and set up VPCs with single and multiple subnets.
- Deploy CloudFront for content delivery and configure Elastic Load Balancer for load balancing.
- Manage Route 53 DNS and automate infrastructure provisioning with CloudFormation templates.
HOW YOU’LL BENEFIT
- Gain a comprehensive understanding of AWS networking fundamentals and advanced concepts.
- Learn to design, implement, and manage robust network architectures in the AWS cloud environment.
- Develop proficiency in optimizing network performance, troubleshooting issues, and analyzing traffic patterns.
- Master VPN routing strategies, AWS Direct Connect setups, and CloudFront deployment techniques for enhanced network security and content delivery.
- Engage in hands-on labs and practical exercises to solidify theoretical knowledge and gain real-world experience.
- Prepare effectively for the AWS Advanced Networking Specialty certification exam.
- Acquire the expertise needed to excel in roles as an AWS networking professional.
WHO SHOULD ENROLL
- IT professionals aspiring to specialize in AWS networking.
- Network engineers seeking to expand their skills into the AWS cloud environment.
- System administrators responsible for managing AWS network infrastructure.
- Cloud architects involved in designing and implementing AWS networking solutions.
- Security professionals interested in understanding network security within AWS.
- Anyone preparing for the AWS Advanced Networking Specialty certification exam.
- Individuals aiming to enhance their career prospects in cloud networking and AWS-related roles.
COURSE PREREQUISITES
To ensure a successful learning experience in our AWS Advanced Networking Specialty Training, participants are recommended to meet the following prerequisites:
- Basic understanding of networking concepts and protocols.
- Familiarity with AWS services and terminology.
- Proficiency in using the AWS Management Console.
- Knowledge of advanced networking architectures and interconnectivity options [e.g., IP VPN, multiprotocol label switching (MPLS), virtual private LAN service (VPLS)].
- Prior experience with networking and cloud computing concepts is beneficial but not mandatory.
AWS ADVANCED NETWORKING SPECIALTY EXAM DETAILS
- Exam Code: AWS Certified Advanced Networking – Specialty exam (ANS-C01)
- Exam Name: AWS Certified Advanced Networking – Specialty
- Exam Duration: 170 minutes
- Exam Location: Pearson VUE testing center or online proctored exam.
- Vendor Name: AWS
- Exam Cost: 300 USD + additional cost information, including foreign exchange rates.
- Exam Format: 65 questions, either multiple choice or multiple response
JOB PROFILEs AFTER AWS ADVANCED NETWORKING SPECIALTY TRAINING
- AWS Network Engineer
- Cloud Network Architect
- AWS Solutions Architect – Networking
- AWS Network Specialist
- Cloud Infrastructure Engineer
- AWS Certified Advanced Networking Specialist
- Cloud Security Engineer (with a focus on AWS networking)
- AWS Cloud Operations Engineer
- Cloud Network Administrator
- AWS DevOps Engineer with Networking expertise
AWS ADVANCED NETWORKING SPECIALTY COURSE OUTLINE
- AWS Networking Overview & VPC Fundamentals
- VPC Advanced Features
- Network Performance & Optimization
- VPC Traffic Monitoring, Troubleshooting & Analysis
- VPC Peering
- VPC Gateway Endpoints
- VPC Interface Endpoint and Private Link
- Transit Gateway
- Transit Gateway VPC Attachments
- Hybrid Network in AWS
- VPN Routing – Static VS Dynamic
- Dynamic Routing using BGP
- AWS Site to Site VPN
- VPN Route Propagations
- VPN Tunnels Routing – Active/Active & Active/Passive
- AWS Site-to-Site VPN Architectures
- Amazon EC2 based VPN
- VPN Scenarios
- AWS Client VPN
- AWS Direct Connect (DX)
- DX Network Equipment
- DX Connection Types
- DX Virtual Interfaces
- VIF Parameters
- Public VIF
- Private VIF
- Transit VIF
- DX Gateway with Private VIF & Virtual Private Gateway
- DX Gateway Architectures
- DX Gateway with Transit VIF & Transit Gateway
- AWS Direct Connect – Site Link
- Direct Connect Routing Policies and BGP Communities
- Public VIF Routing Policies
- DX route advertisement scenarios for Public VIF
- Private VIF Routing Policies & BGP Communities
- Link Aggregation Group(LAG)
- Resilient DX Connections
- Direct Connect Security
- Troubleshooting DX Issues
- AWS CloudFront – CDN Service
- AWS Elastic Load Balancer
- Amazon Route 53
- AWS Network Security
- Web Application Firewall
- AWS Shield
- AWS Network Firewall
- Firewall Policy and Rule Groups
- ACM, Route53 DNSSEC, GuardDuty, Inspector
- Gateway Load Balancers
- Amazon EKS Networking
- Management & Governance
- AWS CloudFormation
- AWS Service Catalog
- AWS Config
- AWS CloudTrail
- Private NAT Gateway
- VPC for Amazon Workspaces & Appstream2.O
AWS ADVANCED NETWORKING SPECIALTY COURSE LABS
- Lab 1: Spinning up EC2 instance (Linux and Windows)
- Lab 2: Introduction to AWS Marketplace
- Lab 3: Basic VPC setup
- Lab 4: VPC with single public subnet
- Lab 5: VPC with public and private subnet
- Lab 6: NAT gateway
- Lab 7: Custom DHCP Option set
- Lab 8: Default Security group – Rule deletion
- Lab 9: NACL – Configuring network ACL
- Lab 10: Creating Elastic IP address and attachment
- Lab 11: Security group creation and sharing
- Lab 13: Egress-Only Internet gateway
- Lab 14: VPC scale up / Resizing of VPC
- Lab 15: Managed Prefix list
- Lab 16: VPC Traffic mirroring
- Lab 17: MTU for EC2
- Lab 18: EC2 Networking
- Lab 19: Custom VPC Flow logs
- Lab 20: VPC reachability Analyzer
- Lab 21: CloudWatch
- Lab 22: VPC peering in different region
- Lab 23: VPC Endpoint for S3
- Lab 24: VPC Endpoint – S3 Policy to restrict traffic
- Lab 25: Creating interface endpoint (Private Link)
- Lab 26: Accessing VPC interface endpoint from remote network
- Lab 27: TGW Three VPC with full connectivity
- Lab 28: Transit Gateway & VPCs with restricted routing
- Lab 29: Transit gateway sharing
- Lab 30: TGW – Four account with centralized inspection VPC
- Lab 31: Transit Gateway Architecture: centralized outbound internet using NAT
- Lab 32: Transit Gateway Peering
- Lab 33: Site to Site VPN
- Lab 34: Site to Site VPN using VGW
- Lab 35: Site to Site VPN using TGW
- Lab 36: Multiple Site to Site VPN using TGW
- Lab 37: Client to site VPN
- Lab 38: How to set up CloudFront to deliver content
- Lab 39: Deploying CloudFront Distribution
- Lab 40: CloudFront Geo Restrictions
- Lab 41: Creating, updating, and deleting distributions
- Lab 42: Configuring secure access and restricting access to content
- Lab 43: AWS Global Accelerator with load balancer
- Lab 44: Deployment of Network Load Balancer
- Lab 45: Deployment of application load balancer
- Lab 46: Health check configuration
- Lab 47: Configuring sticky session
- Lab 48: ELB Access logs
- Lab 49: SSL and TLS with ELB
- Lab 50: Cross zone load balancing
- Lab 51: Configuring Cross account load balancing using TGW
- Lab 52: Deploying enterprise level load balancing
- Lab 53: Route 53 Hosted zones
- Lab 54: Register a domain name
- Lab 55: Hybrid DNS configuration
- Lab 56: From on Prem to Cloud
- Lab 57: From cloud to On Prem
- Lab 58: Use your domain for a static website in an Amazon S3 bucket
- Lab 59: Use an Amazon CloudFront distribution to serve a static website
- Lab 60: Creating Amazon Route 53 health checks and configuring DNS failover
- Lab 61: Route 53 traffic policies
- Lab 62: Configuring geolocation based policy for better traffic management
- Lab 63: Deployment of WAF
- Lab 64: Deployment of Network Firewall
- Lab 65: Deployment of Gateway load balancer
- Lab 66: AWS Organization
- Lab 67: Creating CloudFormation Template using YAML
- Lab 68: Creating Stack
- Lab 69: Creating Stack-set
- Lab 70: Deploying VPC using CloudFormation
- Lab 71: Deploying Security group using CloudFormation
- Lab 72: Deploying EC2 using CloudFormation
- Lab 73: Deploying Load balancer using CloudFormation