300-635 Automating Cisco Data Center Networking Solutions Exam Topics and Questions

These Cisco Automating Cisco Data Center Networking Solutions (300-635) exam topics are organized according to official exam domains to help candidates quickly verify coverage and focus on assessment rather than theory. Each domain is paired with topic-wise 300-635 sample questions that reflect how objectives are tested in the actual exam. This structure enables efficient review, targeted self-assessment, and rapid identification of weak areas when preparing for the Cisco Automating Cisco Data Center Networking Solutions certification exam.

Let's Practice Free Cisco 300-635 Questions Aligned with Official Exam Topics

Follows Cisco's official outline Updated 16 Sep, 2026 4 Topics

Reviewed by Liam Green, Cisco 300-635 Certified Professional

Topic Content

1.0 Network Programmability Foundation 1.1 Git Version Control Operations Master essential version control commands including add, clone, push, and commit to manage code changes. Learn branching and merging techniques to work on multiple features simultaneously, and understand how to resolve merge conflicts when changes overlap between branches. 1.2 API Styles and Characteristics Understand the key differences between REST Representational State Transfer and RPC Remote Procedure Call architectural styles, including their design principles, use cases, and how they structure requests and responses for... See More

Sample Questions for Topic 1 : 1.0 Network Programmability Foundation

Refer to the exhibit.

Which two statements are true about this API GET request to the ACI APIC? (Choose two.)

The API call creates a new 10G interface in the APIC The API call reads information from a managed object. The API response is encoded in JSON The API call reads information from an object class The API response is encoded in XML

Topic Content

2.0 Controller Based Data Center Networking covers essential concepts and practical implementations within Cisco Application Centric Infrastructure ACI. Students will explore ACI target policies, application hosting capabilities, and the process of deploying applications from the Cisco ACI Apps Center. The curriculum includes hands-on experience with the API inspector tool to understand REST API interactions within the ACI graphical interface. Learners will develop proficiency in automation by constructing Python scripts that leverage both the ACI REST API and Cobra SDK for... See More

Sample Questions for Topic 2 : 2.0 Controller Based Data Center Networking

Which two terms are types of application isolation options available when Kubenetes is deployed with the SCCM plugin? (Choose two )

VM Isolation Cluster Isolation Server Isolation Process Isolation Namespace Isolation

Topic Content

3.0 Device-Centric Networking in Data Centers 3.1 Initial Device Provisioning and Setup with NX-OS covers the automated deployment of Nexus devices during their first deployment phase. This includes Cisco POAP PowerOn Auto Provisioning, which automates the initial configuration download and installation, and NX-OS iPXE, which provides network-based boot and provisioning capabilities for streamlined device initialization. These mechanisms eliminate manual configuration steps and ensure consistent device deployment across data center environments. 3.2 On-Device Programmability and Automation with NX-OS enables network engineers to build... 3.0 Device-Centric Networking in Data Centers 3.1 Initial Device Provisioning and Setup with NX-OS covers the automated deployment of Nexus devices during their first deployment phase. This includes Cisco POAP PowerOn Auto Provisioning, which automates the initial configuration download and installation, and NX-OS iPXE, which provides network-based boot and provisioning capabilities for streamlined device initialization. These mechanisms eliminate manual configuration steps and ensure consistent device deployment across data center environments. 3.2 On-Device Programmability and Automation with NX-OS enables network engineers to build automation and scripting capabilities directly on Nexus switches. This includes Bash shell scripting for command execution, Linux container technologies such as LXC and Docker for running containerized applications, NX-OS guest shell for Python and Linux-based automation, Embedded Event Manager EEM for event-driven automation and policy execution, and on-box Python scripting for direct device programming. These tools allow for local automation without requiring external controllers or management systems. 3.3 Modern Telemetry Approaches versus Traditional Monitoring Methods compares model-driven telemetry technologies including YANG Push and gRPC with conventional monitoring strategies such as SNMP, NetFlow, and Syslog. Model-driven telemetry provides real-time, subscription-based data streaming with structured formats and lower latency, while traditional methods rely on periodic polling or event-based logging with less efficient data structures. Understanding these differences helps network engineers select appropriate monitoring solutions based on scalability, latency, and data format requirements. 3.4 Processing Model-Driven Telemetry Data with Python focuses on developing Python scripts that receive, parse, and process streaming telemetry data from NX-OS devices. This involves connecting to gRPC or YANG Push data streams, handling structured data formats, and performing real-time analysis or alerting based on network metrics and device state information. 3.5 External Device Management and Automation with NX-OS covers remote programmability interfaces and tools for managing Nexus devices from external systems and controllers. This includes Nexus NX-API offering both REST and CLI-based interfaces for programmatic device control, Nexus NETCONF supporting both native and OpenConfig data models for standards-based configuration management, and Ansible as a network configuration automation tool that simplifies multi-device orchestration and policy deployment across NX-OS environments. See More

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Topic Content

4.0 Data Center Compute encompasses the configuration and management of Cisco UCS infrastructure through various developer tools and APIs. This includes configuring Cisco UCS using PowerTool, Python SDK, and Ansible automation frameworks to streamline deployment and management tasks. Candidates must understand the capabilities of the DCNM API for data center network management and master the Intersight API authentication process to securely access platform services. The exam requires the ability to construct Intersight API calls for managing server policies, service profiles,... See More

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300-635 Automating Cisco Data Center Networking Solutions Exam Topics and Questions

Let's Practice Free Cisco 300-635 Questions Aligned with Official Exam Topics

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