Cisco Implementing DevOps Solutions and Practices (DEVOPS)

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High-quality practice exams to boost confidence, identify weak areas, and prepare you for real test success
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  • Course Overview

  • This comprehensive Cisco DEVOPS course empowers network engineers, developers, and IT professionals to integrate cutting-edge DevOps methodologies and practices directly into Cisco networking environments. It bridges the critical gap between traditional network operations and modern software development workflows.
  • Explore the fundamental principles of DevOps, including its cultural shifts, collaborative agile workflows, and the strategic implementation of continuous integration and continuous delivery (CI/CD). These concepts are specifically adapted for enhancing network operations and overall lifecycle management within complex infrastructures.
  • Understand the critical paradigm shift towards network programmability, moving beyond antiquated manual configurations to embrace automated, API-driven network management. This enables unprecedented scalability, agility, and consistency across your entire network fabric.
  • Learn to foster robust collaboration and synergy between traditionally siloed development, operations, and networking teams. The course emphasizes promoting shared responsibility, collective ownership, and streamlined communication to accelerate service deployment and significantly reduce operational friction.
  • Gain strategic insights into leveraging a full DevOps mindset within Cisco ecosystems. This approach enables the systematic automation of repetitive tasks, achieves unprecedented operational excellence, and empowers organizations to rapidly respond to evolving business requirements and market demands.

  • Requirements / Prerequisites

  • A solid foundational understanding of core networking concepts, including IP addressing, routing protocols (e.g., OSPF, EIGRP), switching, and common network services (e.g., DNS, DHCP), is crucial for contextualizing the automation principles.
  • Proficiency with the Linux command line interface (CLI) is highly recommended and often required, as many DevOps tools, automation scripts, and development environments operate within Linux-based systems.
  • Prior exposure to a programming language, ideally Python, will significantly aid in understanding, implementing, and customizing network automation scripts, as well as interacting with network APIs.
  • General familiarity with IT operations, virtual machines, containerization basics, and fundamental cloud computing concepts provides a valuable backdrop for understanding infrastructure as code deployments.
  • An eager willingness to embrace new technologies, learn scripting, and adapt to automation-centric workflows is essential for successfully applying DevOps practices and maximizing course benefits.

  • Skills Covered / Tools Used

  • Mastering Network Automation Fundamentals: Develop a deep understanding of Infrastructure as Code (IaC) principles, learning to define, manage, and provision network states programmatically, ensuring consistent and scalable deployments.
  • Proficient Python Scripting for Networking: Acquire hands-on experience in writing robust Python scripts to interact with Cisco network devices and services, leveraging key libraries and frameworks tailored for automation and API integration.
  • Cisco API Integration and SDK Utilization: Gain expertise in consuming various Cisco APIs (e.g., Cisco DNA Center, Meraki, NX-OS, IOS XE) to programmatically configure, monitor, and troubleshoot network infrastructure effectively.
  • Version Control with Git: Become adept at using Git for managing network configurations, automation scripts, and project codebases. Learn collaborative workflows, branching strategies, and change tracking essential for team-based development.
  • Implementing CI/CD Pipelines for Network Changes: Learn to design and implement Continuous Integration/Continuous Delivery pipelines using popular tools like Jenkins, GitLab CI, or GitHub Actions to automate testing, validation, and deployment of network configurations.
  • Configuration Management with Ansible: Explore Ansible as a powerful agentless automation tool for network device configuration. Learn to write idempotent playbooks, manage inventories, and orchestrate complex changes across diverse Cisco platforms efficiently.
  • Understanding Containerization Basics: Grasp the fundamental concepts of containerization using Docker, and an introduction to Kubernetes, recognizing how containers can package and deploy network automation tools or microservices consistently.
  • Network Telemetry and Monitoring Integration: Learn to integrate network telemetry data into centralized monitoring and logging platforms. Understand how to use tools to collect, analyze, and visualize network performance for proactive troubleshooting.
  • Security Best Practices in DevOps: Incorporate security considerations throughout the DevOps lifecycle, focusing on “shift left” security, secure coding practices for automation scripts, and managing secrets within CI/CD pipelines.

  • Benefits / Outcomes

  • Accelerated Network Service Delivery: Significantly reduce the time required to provision, configure, and update network services, enabling businesses to respond with unprecedented speed to market demands and operational changes.
  • Enhanced Network Reliability and Stability: Implement automated testing and validation processes within CI/CD pipelines, drastically minimizing human error and ensuring that network changes are consistently correct and stable.
  • Operational Efficiency and Cost Reduction: Automate repetitive and mundane network tasks, freeing up valuable engineering resources to focus on strategic initiatives, innovation, and complex problem-solving, leading to substantial operational cost savings.
  • Fostering a Culture of Collaboration: Bridge the traditional silos between development, operations, and networking teams, promoting a shared understanding, collective ownership, and streamlined communication crucial for modern IT delivery.
  • Career Advancement in Next-Gen Networking: Position yourself as a highly sought-after professional with critical skills in network automation, programmability, and DevOps, opening doors to advanced roles and opportunities.
  • Scalable and Reproducible Infrastructure: Build network infrastructures that are not only scalable to meet growing demands but also fully reproducible through Infrastructure as Code, ensuring consistent environments from development to production.
  • Proactive Network Management: Leverage advanced monitoring and telemetry techniques to gain deep insights into network performance and health, enabling proactive identification and resolution of potential issues before they impact services.
  • Confidence in Cisco Ecosystem Automation: Develop the practical confidence and expertise to design, implement, and manage automated solutions specifically within Cisco-centric networks, maximizing the value of your existing infrastructure investments.

  • PROS

  • Highly Practical and Hands-On Learning: The course emphasizes practical application through numerous labs and real-world scenarios, ensuring participants gain tangible skills immediately applicable in their professional environments.
  • Direct Relevance to Industry Trends: It directly addresses the critical and rapidly expanding demand for professionals capable of automating networks and integrating DevOps practices, making acquired skills highly current and valuable.
  • Cisco-Specific Expertise: By focusing on Cisco technologies and APIs, the course provides specialized knowledge directly applicable to a vast majority of enterprise and service provider networks globally, enhancing immediate utility.
  • Boosts Confidence for Certification: As highlighted in the course caption, the inclusion of high-quality practice exams is a significant advantage, helping to solidify understanding, identify knowledge gaps, and thoroughly prepare individuals for official certification success.
  • Enhances Career Trajectory: Equips professionals with a unique blend of networking and software skills, opening up new career paths and advancing existing ones in the competitive IT landscape.
  • Promotes Efficient Problem Solving: Teaches methodologies and tools that enable more systematic and automated approaches to network troubleshooting and problem resolution, leading to quicker Mean Time To Recovery (MTTR).
  • Fosters Innovation: By providing tools and techniques for automation and continuous integration, the course empowers engineers to experiment more freely, innovate, and introduce new network capabilities with reduced risk.
  • Reduces Manual Toil: Directly addresses the pain points of manual configuration and repetitive tasks, offering solutions that significantly reduce operational toil and improve job satisfaction for network professionals.

  • CONS

  • Steep Learning Curve: The course’s reliance on foundational networking, Linux CLI, and programming (especially Python) prerequisites may present a significant learning challenge for individuals lacking experience in one or more of these areas, potentially requiring additional preparatory study.
Learning Tracks: English,IT & Software,IT Certifications
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