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AWS Certified Advanced Networking – Specialty (ANS-C01)
One of the most sought-after AWS specialty level certifications is the AWS Certified Advanced Networking Specialty exam. You must understand AWS advanced networking concepts and be able to carry out and implement network tasks in AWS if you want to pass the test.
If you want to learn more about AWS’s networking components and earn the “AWS Certified Advanced Networking – Specialty” certification, this course is for you.
Overview
Your ability to develop and implement AWS and hybrid iT infrastructures, as well as carry out challenging networking tasks, will improve with the AWS Advanced Networking Specialty certification. You will learn and become proficient in the design, development, and deployment of AWS systems, including over 70 cloud computing services, in this AWS Certified Advanced Networking Specialty certification course.
To give you a thorough understanding of the actual AWS Advanced Networking test, our AWS Certified Advanced Networking Specialty Practice Tests include more than 250 distinct questions. Additionally, this course gives you access to practical laboratories. There are more than thirty lab sessions that are intended to increase your practical knowledge of AWS advanced networking.
Why AWS Advanced Networking-Specialty Certification?
Network design must be the first step if you want to transfer workloads to AWS or create new workloads in the AWS environment. By verifying their knowledge, IT experts can show that they understand how to build secure, efficient, and cost-effective networks on AWS with the AWS Certified Advanced Networking – Specialty certification.
What Skills you will gain in AWS Advanced Networking-Specialty Certification?
- Designing, developing, and deploying cloud-based solutions by using AWS
- Implementing core AWS services according to basic architectural best practices
- Designing and maintaining network architecture for all AWS services
- Use tools to automate AWS networking tasks
Our Package
Introductions
-
Course Introduction
Design and implement hybrid IT network architectures at scale
- Determine the appropriate Resiliency Strategy
- Determine a Routing Policy according to Customer Requirements
- Define Link Parameters of the Routing Peers
- AWS Site-to-Site VPN
- AWS Site-to-SiteVPN Connection: Environment setup
- AWS Site-to-SiteVPN Connection: Configurations
- AWS Site-to-SiteVPN Connection: Functionality
Design and implement AWS networks
- AWS Networking Concepts
- Define Network Architectures on AWS
- Elastic Network Interface (ENI)
- Bring Your Own IP
- Create VPC, Subnets, Route Tables, and Network ACLs – Part 1
- Create VPC, Subnets, Route Tables, and Network ACLs – Part 2
- AWS Networking Concepts – Part 1
- AWS Networking Concepts – Part 2
- AWS Networking Concepts – Part 3
- AWS Networking Concepts – Part 4
- Introduction to Subnets
- Subnets – Demo
- VPC components and subnet types
- VPC Endpoint Services
- Security Groups, NACL – Part 1.1
- Security Groups, NACL – Part 1.2
- Security Groups, NACL – Part 2
- Propose optimized designs based on the evaluation of an existing implementation
- Change Management Strategy – Part 1
- Change Management Strategy – Part 2
- Determine Network Optimization Strategy
- Gap Analysis
- Components of a Solution
- Evaluate and optimize cost allocations given a network design and application data flow
Automate AWS Tasks
- AWS CloudFormation Overview
- AWS CloudFormation – Creating Stack Hands On
- AWS CloudFormation – Update and Cleanup Hands On
- Evaluate automation alternatives within AWS for network deployments
- Audit changes using AWS Config and Amazon SNS (Simple Notification Service)
- Audit changes using AWS Lambda and CloudFormation drift detection
- Implement overlay network configurations dynamically using Amazon EC2 tags (e.g., multicast), Transit Gateway to route multicast traffic between subnets of attached VPCs
- Leverage Lambda as a CloudFormation custom resource for integration with external systems, including IPAM software
- VPC Peering between AWS Regions – Demo: Environment Setup
- VPC Peering between AWS Regions – Demo: Functionality
- Peer VPC with Transit Gateway – Demo: Environment Setup
- Peer VPC with Transit Gateway – Demo: Functionality
- VPC Gateway Endpoint
- VPC Interface Endpoint
- AWS VPC PrivateLink – Demo: Environment Setup
- AWS VPC PrivateLink – Demo: Functionality
- AWS Direct Connect
- AWS Direct Connect – Demo
- Access Amazon SQS using Amazon VPC – Demo: Environment Setup
- Access Amazon SQS using Amazon VPC – Demo: Functionality
- Evaluate tool-based alternatives within AWS for network operations and management
- Given a customer scenario, utilize CloudWatch to monitor aggregated metrics and issue notifications and automated fixes
Configure Network Integration with Application Services
- Leverage the Capabilities of Amazon Route 53
- Evaluate DNS Solutions in a Hybrid IT Architecture
- Select Appropriate DNS Record Types, Values, and TTLs
- Amazon Route 53 Resolver
- Amazon Route 53 Resolver – Demo
- Amazon Route 53 Resolver – Demo: Functionality
- DHCP Key Concepts
- DHCP Option Sets – Demo: Environment Setup
- DHCP Option Sets – Demo: Configuration
- Implement Sticky Sessions – Part 1
- Implement Sticky Sessions – Part 2
- AWS Services Communicating Over the Network
Design and Implement for Security and Compliance
- Evaluate Design Requirements for Alignment with Security and Compliance Objectives – Part 1
- Evaluate Design Requirements for Alignment with Security and Compliance Objectives – Part 2
- Evaluate Design Requirements for Alignment with Security and Compliance Objectives – Part 3
- Evaluate Monitoring Strategies in Support of Security and Compliance Objectives – Part 1
- Evaluate Monitoring Strategies in Support of Security and Compliance Objectives – Part 2
- VPC Flow Logs
- VPC Flow Logs – Demo
- AWS CloudTrail Overview
- AWS CloudTrail – Hands-On
- Amazon CloudWatch Overview
- Amazon CloudWatch – Hands-On
- Amazon CloudWatch Logs
- Amazon CloudWatch Logs – Demo
- Amazon CloudWatch Logs – CloudWatch Agent – Demo
- Amazon CloudWatch Logs Insights – Demo
- Amazon CloudWatch Logs – Metrics Filter – Demo
- Access EC2 from Session Manager and Send SSH Logs to CloudWatch
- VPN Monitoring
- VPN Monitoring – Demo: Accessing VPN Metrics in CloudWatch
- VPN Monitoring – Demo: Creating CloudWatch Alarm for VPN Metrics
- VPC Traffic Mirroring
- VPC Reachability Analyzer
- VPC Reachability Analyzer – Demo: Environment Setup
- VPC Reachability Analyzer – Demo: Analyzer Functionality
- AWS Transit Gateway Network Manager
- AWS Transit Gateway – AZ Affinity
- AWS Transit Gateway – Appliance Mode
- AWS Transit Gateway – Multicast Traffic
- Contrast and Compare Functional Capabilities of Security Groups, Network ACLs, and IAM Policies – Part 1
- Contrast and Compare Functional Capabilities of Security Groups, Network ACLs, and IAM Policies – Part 2
- Utilize Encryption Technologies to Secure Network Communications
- Outline the Components of the Solution (Encryption, Key Management, Audit Controls) – Part 1
- Outline the Components of the Solution (Encryption, Key Management, Audit Controls) – Part 2
Manage, optimize, and troubleshoot the network
- Given a scenario, troubleshoot and resolve a network issue – Part 1
- Given a scenario, troubleshoot and resolve a network issue – Part 2
- Assess appropriate use of Security Groups and Network ACLs – Part 1
- Assess appropriate use of Security Groups and Network ACLs – Part 2
Upcoming Batch
March 13th (Weekends)
FRI & SAT (4 Weeks)
08:30 PM to 01:00 AM (CDT)
March 16th (Weekdays)
MON – FRI (18 Days)
10:00 AM to 12:00 PM (CDT)
AWS Certified Advanced Networking - Specialty (ANS-C01) FAQs
Q. Which AWS certification is best for network engineers?
Ans.
The AWS Certified Advanced Networking – Specialty (ANS-C00) certification is best and this exam must be taken and passed in order to achieve the certification. The exam verifies your ability to construct, design, implement, and maintain cloud-based systems using a comprehensive set of AWS services
Q. How much does the AWS Certified Networking-Specialty exam cost?
Ans.
The registration fee for the AWS Certified Networking – Specialty certification exam is $300.
Q. What are the important topics and concepts covered in AWS Certified Advanced Networking - Specialty Certification Exam?
Ans.
The important topics and concepts covered in the AWS Certified Advanced Networking – Specialty certification exam are:
- AWS Direct Connect.
- VPN (AWS-managed, Client-managed, Hybrid, custom routing).
- VPC Connectivity Options.
- CIDR and Subnet Range calculations.
- NAT Gateway,CloudFront.
- Active Directory Services (Use cases for Simple AD, Microsoft AD, AD Connector).
- Route 53 with Hybrid setup.
- ENI and BGP.
- ELB with Scalability & Stickiness.
- BGP (ASN and Multi-site connectivity).
Q. What are the domains covered in AWS Certified Advanced Networking - Specialty Certification Exam?
Ans.
The domains covered in AWS Certified Advanced Networking – Specialty Certification Exam are:
- Network Design 30%
- Network Implementation 26%
- Network Management and Operation 20%
- Network Security, Compliance, and Governance 24%
Q. What is the average salary of an Amazon Network Engineer?
Ans.
According to the report by Paysa, the Amazon Network Engineer average salary is $138,200.
Q. What is the passing score for AWS Certified Advanced Networking - Specialty Certification Exam?
Ans.
As per AWS, your outcomes for the assessment are accounted for as a score from 100 – 1000, with a minimum passing score of 750.
Q. What are the roles & responsibilities of an AWS Network Engineer?
Ans.
Roles & Responsibilities of an AWS Network Engineer are:
- Plan, build and implement solutions for AWS Cloud using AWS services according to best architectural practices.
- Design and maintain AWS services network architecture.
- Capable of planning generic solutions for network security features, including IPS, WAF, etc.
- Have significant knowledge of using ALBs and ELBs, and SSL termination and use of TCP versus HTTPs.
- Develop tools to automate AWS networking tasks.
- Basic understanding of IPV4 IP addresses, subnets, NAT Gateway, VPC peering, Networking technologies within the OSI model and should know how to develop the automation scripts and tools.
- Automate tools for routing static and dynamic architectures, Global enterprise solutions and DX/VPN connectivity solutions.
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