Mastering The Ccie Evolving Technologies Section

This detailed guide provides the information you need to solve the questions from the Evolving Technologies section for Cisco CCIE written exams! This information is missing from most lecture-based and textbook materials.

Prepare for the evolving technology components of Cisco’s revised CCIE and CCDE written exams The changes Cisco made to its expert-level CCIE and CCDE certifications allow candidates to link their core technology expertise with knowledge of evolving technologies that organizations are rapidly adopting, including cloud services, IoT networking, and network programmability. This guide will help you efficiently master and integrate the knowledge of evolving technology that you’ll need to succeed on the revised CCIE and CCDE written examinations. Designed to help you efficiently focus your study, achieve mastery, and build confidence, CCIE and CCDE Evolving Technologies Study Guide focuses on conceptual insight, not mere memorization. Focused specifically on the exams’ evolving technologies components, it combines with track-specific Cisco Press certification guides to offer comprehensive and authoritative preparation for advanced Cisco certification. Understand the Internet of Things (IoT) from the perspective of business transformations, connectivity, and security Review leading IoT architectural models and applications Structure edge, fog, and centralized compute to maximize processing efficiency Recognize behavioral and operational differences between IoT networks and enterprise networks Gain a holistic understanding of public, private, or hybrid cloud environments that use VMs or containers Explore cloud service models, connectivity, security, scalability, and high availability designs. Master modern API-based programmability and automation methods for interacting with diverse network applications and devices Connect with the Cisco DevNet developer community and other key resources for Cisco network programming

This guide is for anyone who's studying for the CCIE written exam and feels that he or she could take some help with regard to Cloud, Network Programmability and IoT related topics. These are areas that most network engineers do not work on in their day to day lives. Each customer will also get complementary access to an Evolving Technologies Quiz on CCIEin8Weeks.com. Each exam topic has an "Exam Essentials" and a "Further Reading" section, which you can refer to if you are looking for key exam related takeaways and more in-depth details respectively. "Further Reading" web links are handpicked and contain in-depth information on some of the exam topics and we have done the research for you. Table of Contents Part I: Cloud Chapter 1: Compare and Contrast Public, Private, Hybrid, and Multi-cloud Design Considerations Infrastructure as a service (IaaS) Platform as a service (PaaS) Software as a Service (SaaS) Performance, Scalability, and High Availability Security Implications, Compliance, and Policy Workload Migration Chapter 2: Describe Cloud Infrastructure and Operations Compute Virtualization (containers and virtual machines) Connectivity (virtual switches, SD-WAN and SD-Access) Virtualization Functions (NFVi, VNF, and L4/L1) Automation and Orchestration Tools (cloud center, DNA-center, and Kubernetes) Part II: Network Programmability Chapter 3: Describe Architectural and Operational Considerations for a Programmable Network Data Models and Structures (YANG, JSON and XML) Device Programmability (gRPC, NETCONF and RESTCONF) Controller Based Network Design (policy driven configuration and northbound/ southbound APIs) Configuration Management Tools (agent and agentless) and Version Control Systems (Git and SVN) Part III: Internet of Things Chapter 4: Describe Architectural Framework and Deployment Considerations for Internet of Things (IoT) IoT Technology Stack (IoT Network Hierarchy, data acquisition and flow) IoT Standards and Protocols (characteristics within IT and OT environment) IoT Security (network segmentation, device profiling, and secure remote access) IoT Edge and Fog Computing (data aggregation and edge intelligence) Author Bio Muhammad Afaq Khan started his professional career at Cisco TAC San Jose and passed his first CCIE in 2002. He held multiple technical and management positions at Cisco HQ over his 11 years tenure at the company before moving into cloud software and data center infrastructure IT markets. He has worked at startups as well as Fortune 100 companies in senior leadership positions over his career. He is also a published author (Cisco Press, 2009) and holds multiple patents in the areas of networking, security and virtualization. Currently, he is a founder at Full Stack Networker (www.fullstacknetworker.com) and a vocal advocate for network automation technologies and NetDevOps.

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**Want to get this Study Guide in Printable PDF and 450+ Practice Exam Questions, or access to ExamSkope(TM)? Come Join us at CCIEin8Weeks website for instant download** This all-purpose CCIE study guide methodically and precisely covers all of the objectives of the CCIE R&S Written Exam 400-101 (V5.1) for CCNP and CCNA professionals, and recert candidates who would prefer an in-depth review. Every chapter contains an Exam Essentials section to help reinforce key concepts to pass the exam. Contents at a Glance: Part I Network Principles Part II Layer 2 Technologies Part III Layer 3 Technologies Part IV VPN Technologies Part V Infrastructure Security Part VI Infrastructure Services Part VII Evolving Technologies

Follow a step-by-step roadmap to developing essential competencies in network architecture design, relationship management, systems, and services, coupled with certification guidance and expert tips Key Features Grasp the big picture of information technology infrastructure to become a successful network architect Overcome challenges in network performance and configuration management Enhance your skills for career advancement using real-life examples and tips Purchase of the print or Kindle book includes a free PDF eBook Book DescriptionBecoming a network architect is challenging—it demands hands-on engineering skills, encompassing hardware installation, configuration, and fabric layout design. Equally crucial, it involves collaboration with internal teams and C-Suite stakeholders, and adeptly managing external entities like vendors and service providers. The Network Architect's Handbook comprehensively covers these vital aspects, guiding you to evolve into an effective network architect within an organization, fostering seamless communication with leadership teams and other stakeholders. Starting with a clear definition of a network architect’s role, this book lays out a roadmap and delves into the attributes and mindset for success. You’ll then explore network architect design, physical infrastructure routing and switching, and network services such as DNS, MLAG, and service insertion. As you progress, you’ll gain insights into the necessary skills and typical daily challenges faced by network architects. And to thoroughly prepare you to advance in your career, this handbook covers certifications and associated training for maintaining relevance in an organization, along with common interview questions for a network architect's position. Armed with essential concepts, techniques, and your newfound skills, you’ll be well-prepared to pursue a career as a network architect.What you will learn Examine the role of a network architect Understand the key design makers in an organization Choose the best strategies to meet stakeholder needs Be well-versed with networking concepts Prepare for a network architect position interview Distinguish the different IT architects in an organization Identify relevant certification for network architects Understand the various de facto network/fabric architect models used today Who this book is for This book is for network engineers and technicians aspiring to transition into the role of a network architect. Whether you are at the beginning of your journey or seeking guidance along the path, this book will support you with its deep coverage of key aspects such as design concepts, architectural requirements, relevant experience, certifications, and advanced education with a special emphasis on cloud best practices. A practical understanding of IT networking is necessary to get the most out of this book.