AWS certification is well-known because it offers the best IT infrastructure services for cloud computing businesses and firms. The company has improved its energy efficiency by reducing capital infrastructure expenditures as well as variable costs. The demand for AWS certifications has increased in recent years, especially when it comes to AWS Certified Advanced Networking Specialty. This exam validates network knowledge and the ability of the learner to use AWS network service to meet performance, cost, security, and other objectives.
Many organizations and businesses are turning to AWS Certified Advanced Networking Specialists to help them improve their network dependability and scalability. AWS Certification is now more valuable than ever. This part is not easy. To put it another manner, passing the Advanced Specialty exam requires a lot of knowledge and expertise as well as a strong desire for this position. This blog will cover all aspects of the Advanced Specialty exam. Passing the AWS certification is the first and most important step. Let’s begin by giving you a brief overview of the exam.
What is the AWS Advanced Networking Specialty Exam?
The AWS Certified Advanced Networking Specialist – Specialty (ANSC00) exam is recommended if you are able to perform the role of AWS Networking specialist. The exam certifies advanced technical skills and competence in the design, implementation, and maintenance of large-scale AWS or hybrid IT network infrastructures. This exam also certifies your ability:
AWS is used to plan, develop, and deploy cloud-based solutions.
Second, apply core AWS services in accordance with basic architectural best practices
Third, the planning and maintenance of network architecture for all AWS Services
Finally, automating AWS networking tasks can be done using tools
Candidates to target:
The ideal candidate will have advanced networking knowledge that exceeds the requirements for an AWS Certified Solutions Architect – Professional. The ideal candidate will have 5-7 years of experience as a solutions architect, with expertise in design, implementation, troubleshooting, and networking specialization. They must also have experience in large-scale infrastructure engineering (e.g. complex SMB, corporate, ISP and LAN/WAN settings).
Recommendations for general IT knowledge:
The ideal candidate will be proficient in the following areas.
First, interconnectivity, advanced networking architectures (e.g. IP VPN, multiprotocol-labeled switching [MPLS], virtual private network service [VPLS]).
Secondly, we will discuss the Open Systems Interconnection model’s networking technologies as well as how they impact implementation decisions
Third, Automated scripts and tools development. The following will be implemented and optimised, however: Routing architectures (both static and dynamic).
Multi-Region solutions to a global company
Solutions for high-availability connections (for example, AWS Direct Connect or VPN)

CIDR, subnetting (IPv4 or IPv6) are then possible.
The IPv6 transition will be difficult after that.
Finally, there are generic solutions for network security features such as:AWS WAF
intrusion detection systems (IDS)
Intrusion prevention systems (IPS).
DDoS protection
economic denial of service/sustainability (EDoS)

How do you prepare to pass the AWS Advanced Networking Specialty exam.
Preparation methods for passing the Advanced Specialty Exam
Step 1. Step 1.
We’ve covered the basics and the details of exam preparation. We’ll now move on to the most important portion of this blog: exam topics. The exam guide is the only area where we should spend the majority of our study time. Practice exams are not allowed. This guide includes a review of the test course, as well as a list listing all exam subjects and subtopics. To grasp exam themes, it is important to pay attention. This includes the following:
Learn how to plan and apply hybrid IT network architectures at large
Implementing connectivity in hybrid IT architecture: Using procedural concepts
Finding the right hybrid IT architecture connectivity solution
Direct Connect is a process that expands connectivity.
Examining design alternatives leveraging Direct Connect
Specifying routing policies to support hybrid IT architectures
Learn how to plan and apply AWS networks
Implementing the Apply AWS networking concepts
AWS Network Architecture Definition
Based on the evaluation of an existing implementation, optimization designs can be proposed
Deciding the network requirements for a specialized load
Designing the right architecture based upon customer and application requirements
Optimizing cost allocations in the context a network design and data flow to an application
Learn about automating AWS tasks
AWS automation options for network installation.
Assessing tool-based options within AWS for network operations management
Learn how to integrate your network with application services
Supporting Amazon Route 53’s capabilities
Assessment of DNS solutions in a hybrid IT architecture
Deciding the best configuration of DHCP within AWS
The AWS ecosystem requires that you choose the right load balancing strategy
Optimizing for performance by determining a content distribution strategy
Reconciling AWS Service Needs with Network Requirements
Learn about security compliance and planning
Examining design requirements to ensure alignment with security and compliance goals
Validating monitoring strategies to support security and compliance goals
AWS security features to manage ne