To prepare for this certification test, you should review its content outline available on the official webpage. Thus, it consists of 4 main topics, which include the following:

• Automation APIs & Protocols (30%): For this topic, a potential candidate has to possess the skills in comparing the common data types (plain text, JSON, gRPC, XML, etc.), implementing the operation and configuration management with the use of the RESTCONF protocol, and interpreting a YANG module tree, which is generated by pyang. Your knowledge base should also include the details of the identification of the XML or JSON instance based on a YANG model.
• Orchestration & Automation Platforms (30%): Here, it is important to know how to identify the use cases of Cisco WAE and the benefits of NSO, construct a service template, and deploy a service package. You should also have the skills in implementing XR traffic controller and describing NSO architecture.
• Network Programmability Foundation (10%): This is the last domain covered in the Cisco 300-535 exam. It is all about the utilization of common version control operations with git, benefits of using network configuration tools, as well as Python scripts, which contain data functions, types, conditions, looping, and classes.
• Network Device Programmability (30%): This area covers the details of the deployment of device configuration and validation of the operational state with the use of ncclient, comparison of gNMI and NETCONF, as well as construction of a Python script with the use of NETCONF and YDK. It will also evaluate your knowledge of the Xpath notation, NetMiko, gRPC, and Ansible playbooks.

Target Audience and Prerequisites

As already said, the Cisco 300-535 exam is associated with two sought-after certifications. The first one is CCNP Service Provider that authenticates one’s professional-level comprehension. It is a good choice for the network engineers, network specialists, and systems engineers who can provide scalable infrastructures that are able to support managed services along with various customer requirements. This certificate also covers their automation and programmability skills. In other words, to obtain this Cisco certification, the applicants should be knowledgeable in the areas, such as configuration, verification, troubleshooting, and optimizing IP network infrastructures. Moreover, the individuals interested in becoming a certified specialist must go through one more test, which is known as 350-501 SPCOR.

Cisco Certified DevNet Professional is the second certificate related to the 300-535 exam. It proves the students’ understanding and skills in the development and maintenance of applications that are built by Cisco. This certification is useful for those individuals who have knowledge and insight into APIs, application development on the Cisco platform, automation, and infrastructures. The candidates should also complete the 350-901 DEVCOR test to get certified. Earning this certificate will prove one’s expertise in the implementation of network apps on the Cisco platform along with their design, testing, and development.

Cisco 300-535 Exam Syllabus Topics:

Reference: https://www.cisco.com/c/en/us/training-events/training-certifications/exams/current-list/spauto-300-535.html?wcmmode=disabled

Understanding functional and technical aspects of Automation and Orchestration Platforms Cisco Service Provider Solutions (300-535 SPAUTO)

The following will be asked from you in the CISCO 300-535 exam dumps:

• Identify the benefits of NSO
• Deploy a service package using NSO
• Use Ansible to Configure Cisco Devices
• Identify the uses of Cisco WAE
• Construct a Python script to configure a device using NSO RESTCONF API
• Describe the management and automation of Cisco ESC components
• Use Cisco NSO Device Manager
• Explore and Use Cisco WAE Features
• Describe NSO architecture
• Describe ETSI NFV
• Create a Loopback Service Template
• Construct a service template using NSO
• Configure Cisco IOS XE Devices with RESTCONF
• Use ncclient and Python to Configure Cisco Devices
• Use Python Netmiko Library to Configure Cisco Devices
• Explore Cisco and OpenConfig YANG Data Models with YANG Tools
• Configure Model-Driven Telemetry with gNMI
• Implement XR traffic controller (including topology information transfer to XTC)
• Use YANG Development Kit (YDK) to Configure Cisco Devices
• Explore NETCONF Protocol in Cisco Devices
• Configure Model-Driven Telemetry with gRPC
• Use Cisco NSO REST API with Postman
• Configure Path Disjointness with Cisco XTC