300-435 Exam Questions & Answers
Automating and Programming Cisco Enterprise Solutions • Cisco
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About 300-435 Exam
The 300-435 (Automating and Programming Cisco Enterprise Solutions) certification exam is a critical assessment for IT professionals seeking to validate their expertise in Cisco enterprise automation and programmability. This advanced certification covers essential topics including Cisco APIs, Python programming for network automation, Cisco DevOps practices, and Infrastructure as Code (IaC) implementations. Candidates will demonstrate proficiency in automating Cisco enterprise platforms such as Cisco Catalyst, Cisco DNA Center, and Cisco Intersight, while mastering modern development methodologies and orchestration tools. The exam is designed for network engineers, systems administrators, and DevOps professionals who want to advance their careers in enterprise networking automation.
To successfully prepare for the 300-435 exam, candidates should leverage comprehensive study resources including updated exam dumps and practice tests that reflect the latest exam objectives and real-world scenarios. Quality practice tests help identify knowledge gaps, build confidence, and simulate the actual testing environment. Updated dumps provide insight into current exam question formats and difficulty levels, allowing candidates to focus their study efforts efficiently. By combining hands-on lab experience, official Cisco learning materials, and validated practice resources, aspiring professionals can significantly increase their chances of passing the certification and gaining competitive advantages in the enterprise networking automation field.
Exam Topics & Objectives
4-Week Study Plan for 300-435
Week 1: Foundations and APIs
- Study 1.0 Network Programmability Foundation (10%): Review programming paradigms, software architecture patterns (MVC, REST), and basic concepts of infrastructure as code
- Understand network programmability use cases: automation, orchestration, and infrastructure management
- Study 2.0 Automate APIs and Protocols (10%): Deep dive into REST API fundamentals, HTTP methods (GET, POST, PUT, DELETE), status codes, and headers
- Learn JSON and XML data formats with practical examples from Cisco documentation
- Explore NETCONF and YANG model basics for network device configuration
- Practice API calls using Postman or curl against sample Cisco endpoints
- Complete hands-on labs: Creating and consuming basic REST APIs
- Review authentication methods: Basic Auth, OAuth 2.0, API keys
Week 2: Device Programmability and DNA Center Fundamentals
- Study 3.0 Network Device Programmability (20%): Master IOS XE programmability features including onbox and off-box Python scripting
- Learn NETCONF/YANG for configuration management on Cisco devices
- Study Cisco Device Programmability Platform (CDPP) and guest shells
- Understand EEM (Embedded Event Manager) for automation on IOS devices
- Practice Python scripting for network tasks: configuration, troubleshooting, monitoring
- Begin 4.0 Cisco DNA Center (20%): Understand DNA Center architecture, components, and role in enterprise networks
- Review DNA Center use cases: network automation, assurance, and security
- Explore DNA Center Intent-Based Networking (IBN) concepts
- Study DNA Center's northbound APIs and integration capabilities
Week 3: DNA Center Operations and SD-WAN
- Deepen 4.0 Cisco DNA Center (20%): Study DNA Center device onboarding, provisioning, and inventory management
- Learn DNA Center templates and their application for network configuration
- Understand DNA Center assurance features: network health, insights, and analytics
- Practice DNA Center API calls: authentication, device management, provisioning endpoints
- Study DNA Center integration with Cisco ISE for security automation
- Begin 5.0 Cisco SD-WAN (20%): Learn SD-WAN fundamentals, architecture (vManage, vSmart, vBond)
- Understand SD-WAN deployment models and use cases
- Study SD-WAN policies, application awareness, and traffic optimization
- Review vManage API fundamentals and REST endpoints for SD-WAN management
Week 4: SD-WAN Advanced, Meraki, and Exam Preparation
- Complete 5.0 Cisco SD-WAN (20%): Master vManage REST APIs for device management, template application, and policy configuration
- Study SD-WAN automation use cases and integration scenarios
- Learn SD-WAN monitoring and troubleshooting programmatically
- Study 6.0 Cisco Meraki (20%): Understand Meraki cloud-based management architecture
- Learn Meraki API capabilities: dashboard API, network operations, device management
- Practice Meraki API authentication and basic operations (networks, devices, policies)
- Understand Meraki use cases in SMB and enterprise environments
- Study Meraki integration with third-party tools and orchestration platforms
- Comprehensive review: Create a study matrix mapping all exam objectives to resources
- Practice with sample questions and mock exams covering all six domains
- Perform lab simulations: Configure automation across DNA Center, SD-WAN, and Meraki platforms
- Review weak areas and complete additional hands-on exercises before exam day
Sample 300-435 Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
Refer to the exhibit.
The task is to create a Python script to display an alert message when a Meraki MX Security Appliance goes down. The exhibit shows sample data that is received. Which Python snippet displays the device name and the time at which the switch went down?
Which two types of solution are built with the Meraki Location Scanning API? (Choose two.)
Refer to the exhibit. Interfaces named Loopback0, Loopback1, and Loopback2 must be created and enabled on a Cisco IOS XE target device in the lab group. Which loop must be added to the end of the Ansible ''create int'' task?
Which statement is true for Cisco IOS XE Software?
Refer to the exhibit.
NTP server 10.1.1.20 must be configured on the target Cisco IOS XE device without using
authentication and logging. Which state should be added on a new line at the end of the Ansible task?
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