AWS Certified Advanced Networking Specialty Guide Sheet – Blog

Professional certifications validate your skills and allow you to climb the corporate ladder. AWS Certified Advanced Networking Specialty credentials can be added to your resume to increase your visibility and expand your career opportunities. AWS Certified Advanced Networking – Specialty jobs are in high demand and this is a great opportunity to grab them. It is not easy to prepare for the exam. Access to the right resources is essential to pass the exam with flying colors. Today, in this blog, we’re going to provide you with a cheat sheet forAWS Certified Advanced Networking – Specialty (ANS-C00)certification exam. This cheat sheet will give you a clear view of the exam. It will also provide you with the right resources to enrich your learning and enhance your preparations.
AWS Certified Advanced Networking Specialty: Overview
Candidates who are able to perform complex network tasks can take the AWS Certified Advanced Networking Specialty exam. This exam validates candidates’ abilities in:
AWS is the best platform for designing, developing, and deploying cloud-based solutions.
Next, implement AWS core services using best practices in architecture
Designing and maintaining network architecture for all AWS services
Finally, leverage tools to automate AWS networking tasks
Prerequisite for the exam
Before you begin preparing for the exam, it is important that you verify the required knowledge and experience. These are the prerequisites for AWS Certified Advanced Networking – Specialty:
Candidates are advised to have an AWS Certified Cloud Practitioner, AWS Certified Developer Associate, or AWS Certified SysOps Administrator Associate.
They should have a deep understanding of AWS networking concepts, technologies, and techniques.
Candidates should also have at least five years of experience in implementing and architecting network solutions.
They should also be familiar with advanced networking architectures and interconnectivity options, such as IP VPN, MPLS/VPLS, and how they impact implementation decisions.
It is also important to be familiar with subnetting and CIDR (IPv4 & IPv6), as well as the IPv6 transition challenges.
Then, candidates must be familiar with the generic solutions for network security features, including WAF, IDS, IPS, DDoS protection, and Economic Denial of Service/Sustainability (EDoS).
They should also be familiar with the development of automation scripts and tools, including routing architectures (both static and dynamic), multiregion solutions for global enterprises, and highly available connectivity options (e.g. DX, VPN).
Cheat Sheet: AWS Certified Advanced Networking Specialty
TheAWS Certified Advanced Networking Specialty Cheat Sheet can be used to get a general overview of the exam prior to you actually take it. It will provide you with all the necessary resources to help you find the job of your dreams. We will also be adding a few links to help you prepare. Before you take the exam, we recommend that you have a quick look at this cheat sheet.
Exam Objectives
It is important to take a closer look at every aspect of the exam. Exam objectives must be reviewed and the exam course must be understood. You will be able to achieve the necessary command to earn your desired certification by doing a thorough analysis. These domains are covered in this exam:
Domain 1: Designing and Implementing Hybrid IT Network Architectures on a Scale
1.1 Implementing connectivity to hybrid IT (AWS Documentation, Hybrid Cloud with AWS. Build a Hybrid Cloud Strategy With AWS).
1.2 Given a scenario for deriving an appropriate hybrid IT architecture connectivity solution (AWS Documentation:Networking Solutions,Hybrid Cloud use cases,connectivity solution)
1.3 Explaining how to extend connectivity using AWS Direct Connect. (AWS Documentation :AWS Direct Connect).
1.4 Evaluation of design options that leverage AWS Direct Connect
1.5 Defining routing policies for hybrid IT architectures (AWS Documentation:Internet Routing and Traffic Engineering)
Domain 2: Design and Implement AWS Systems
2.1 Applying AWS networking concepts. (AWS Documentation.AWS networking concepts).
2.2 Customer requirements for network architectures on AWS (AWS documentation: The Journey to Cloud Networking).
2.3 Proposing optimized designs based upon the evaluation of an existing implementation. (AWS Documentation : The 5 Pillars in the AWS Well-Architected Framework).
2.4 Determining network requirements to support a specialized workload (AWS documentation:AWS Competency program, How do you configure your network solution?
2.5 Developing an appropriate architecture based upon customer and application requirements (AWS Architecture Center:AWS Documentation)
2.6 Optimizing and evaluating cost allocations in a network design and data flow
Domain 3: Automate AWS Tasks
3.1 Evaluating automation alternatives within AWS for network deployments (AWS Documentation:Automate Cloud Governance to Achieve Safety)
3.2 Evaluation of tool-based alternatives within AWS network operations and management (AWS documentation:Design Principles).
Domain 4: Configure Network Integration and Application Services
4.1 Exploiting the capabilities of Route 53 (AWS documentation:Amazon Route 53).
4.2 Evaluating DNS solutions within a hybrid IT architecture (AWS documentation:Hybrid cloud DNS Options for Amazon VPC).
4.3 How to determine the correct configuration of DHCP within AWS Documentation:DHCP options sets
4.4 Given a scenario for determining an appropriate load balancing strategy within the AWS ecosystem (AWS Documentation:Getting Started with Amazon EC2 Spot Insta