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300-435 Exam Facts
Cisco 300-435, which is also known as 300-435 ENAUTO, is a concentration exam that evaluates the individuals’ knowledge and skills in the implementation of enterprise automated solutions. It requires their understanding of programming concepts, automation tools, controllers, APIs, and Python programming, among others. This test is one of the prerequisites for earning the CCNP Enterprise and Cisco Certified DevNet Professional certifications. Those students who complete this exam can also get the specialist-level certificate. The candidates preparing for one of the certifications must gain the adequate skills and competence before attempting this qualifying test.
The potential candidates do not have to fulfill any official requirements before taking this Cisco exam. However, there are some skills and knowledge areas they need to develop to improve their performance and level of preparedness. They need to understand the basics of the Python programming language and virtualization. It is also recommended to have competence in using the CLI tools and Linux, including bash and Secure Shell. Additionally, the interested individuals need a foundational knowledge of Cisco SD-WAN, Meraki, and Cisco DNA. Their knowledge of the core networking concepts will be a good advantage. It is recommended to have at least three years of practical experience in implementing automated solutions for an enterprise.
The target candidates for the Cisco 300-435 exam include Network Engineers, Technical Solutions Architects, Systems Engineers, Network Administrators, and Wireless Engineers. If you are a Network Manager, an Account Manager, a Sales Engineer, a Wireless Design Engineer, or a Consulting Systems Engineer, you can also sit for this test.
This Cisco test covers different formats, including case studies, drag and drop, multiple choice, as well as multiple response. You can expect about 60 questions, which are expected to be completed within 90 minutes. Also, please note that during exam registration, the applicants can register to take the test in English or Japanese. The registration fee is $300, which is for a single delivery of the exam. Those candidates who do not achieve the passing score will not qualify to proceed with the certification process. They will need to sit for the test again to get the required score before they can qualify for the certificate.
To avoid having a reason to retake the test, it is critical to understand its topics and gain the required competence before attempting the exam. The highlights of the domains that should be studied in Cisco 300-435 are enumerated below:
This section covers the skills in using the basic version of control operations with git and interpreting the Python scripts that contain data types, conditions, classes, looping, and functions. It also involves the details of the features of the API styles, patterns used, and challenges faced when asynchronously and synchronously consuming APIs. The interested candidates should also have the ability to explain the advantages of the virtual environments of Python and utilizing the network configuration tools, including Puppet and Ansible for the automation of IOS XE Platforms.
To deal with this part of the test, the individuals need to have the skills in implementing device monitoring and management with the use of NetMiko and using Ansible for the configuration of IOS XE devices. The examinees will also need the skills in constructing the Python scripts with the use of ncclient, which utilizes NETCONF for monitoring and managing IOS XE devices. It also requires some expertise in configuring devices with RESTCONF API with the Python requests library. Besides that, you should demonstrate the expertise in configuring subscriptions for the model-driven telemetry for IOS XE devices. It also focuses on the skills in explaining the usage and benefits of telemetry data for troubleshooting networks and explaining the Day 0 provisioning techniques.
This domain will measure your capability to compare software-defined versus traditional networks and the ability to explain the capabilities and characteristics of Cisco DNA Center. It also measures your skills in implementing the API requests for completing network management tasks and implementing Cisco DNA Center event outbound webhooks. The potential candidates also need to demonstrate their competence in troubleshooting the process of automation with the use of Intent APIs.
This topic covers the students’ ability to explain the capabilities and characteristics of Cisco Meraki as well as create and configure networks with the use of Cisco Meraki APIs. It also requires their skills in implementing the Python scripts for Cisco Meraki alert webhooks.
This subject area requires the learners’ competence in identifying the JSON and XML instances based on the YANG models and interpreting the YANG module trees generated according to RFC8340. It also requires the skills in comparing the functionality, uses, and benefits of OpenConfig, IETF, native YANG models, as well as RESTCONF and NETCONF.
The students have to demonstrate their competence in different areas, including constructing the API requests for monitoring APIs of Cisco SD-WAN vManage and using vManage APIs to troubleshoot the deployment of Cisco SD-WAN. This objective also evaluates their skills in implementing the Python scripts to carry out the API requests for the vManage APIs configuration to modify the fabric configuration of Cisco SD-WAN.
Cisco recommends the training course to help you prepare for the 300-435 exam, which is known as Implementing Automation for Cisco Enterprise Solutions. It focuses on the process for implementing Cisco Enterprise automated solutions. These include the programming concepts, automation tools, telemetry, and orchestration. The potential candidates will learn all about the tools and advantages of leveraging automation and programmability in WAN and Cisco-powered Enterprise Campus. They will also explore different platforms, including Cisco DNA Center for intent-based enterprise networks, IOS XE software for device-centric automation, Cisco Meraki, and Cisco Software-Defined WAN, among others. They can take this training option as e-learning, classroom-style training, digital learning, or private group training. After completing the course, the individuals can proceed to use practice tests, which are designed to help them measure their level of knowledge of the exam content. It is important to utilize this tool before proceeding to sit for the actual test.
Those professionals who obtain either of the certificates that are granted after the successful completion of the Cisco 300-435 test can find numerous career opportunities to explore. Some of the positions that are aligned with these certifications are a Systems Programmer, a Network Development Engineer, a Senior Network Engineer, an Automation Systems Engineer, a Network Engineer, and a Data Center Network Engineer, among others. The average remuneration that the certified candidates can earn is $96,574 per year.
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