Cisco Engineering Cisco Meraki Solutions (ECMS)

About this course

Engineer and scale Cisco Meraki networks. You will learn the cloud architecture, administration and licensing, the hardware families and features, troubleshooting best practices and how to plan and expand Meraki deployments.

What you'll learn

• Describe Cisco Meraki cloud architecture, administration, and licensing
• Describe the hardware and features of Cisco Meraki product families
• Describe best practices for troubleshooting and when to contact Cisco Meraki support
• Plan new Cisco Meraki architectures and expand existing deployments
• Design the network for scalable management and high availability
• Describe how to automate and scale Cisco Meraki deployments with dashboard tools
• Use dynamic routing protocols to expand networks and improve wide-area network (WAN) performance
• Describe proper quality of service (QoS), policy, and performance-based routing configurations across a Cisco Meraki network and WAN optimization through traffic shaping
• Describe virtual private network (VPN) and WAN topologies and how to integrate them Secure, expand, and shape the network
• Implement switched network concepts and practices, and configure guest networks
• Implement wireless configuration practices and concepts
• Describe endpoint management concepts and practices using Cisco Meraki Systems Manager
• Describe physical security concepts and practices
• Gain network insight by monitoring applications
• Describe how to prepare monitoring, logging, and alerting services
• Set up reporting and auditing capabilities in the Cisco Meraki dashboard
• Monitor and troubleshoot issues using Cisco Meraki tools

Curriculum

Who it's for

Network engineers designing or operating Meraki solutions.

Before you start

• General Networking
• Be actively engaged in the design, deployment, scaling, configuration, and management of enterprise networks, IPsec, and associated VPN technologies
• Be experienced with hierarchical network segmentation (access, distribution, and core layer) design and best practices
• Strong fundamental knowledge of internet protocol (IP) addressing and subnetting schemas necessary to build local area networks (LANs)
• A foundational understanding of network authentication, authorization, and accounting services
• Strong fundamental knowledge of dynamic routing protocols with focus and emphasis on open shortest path first (OSPF) and border gateway protocol (BGP)
• A foundational understanding of wired and wireless QoS mechanisms, packet queue operations, and practical implementations
• A foundational understanding of threat modeling concepts and methodologies and the ability to apply them to identify, analyze, and respond to cybersecurity threats
• A foundational understanding of network security controls and protocols, network management best practices, and data security Intermediate fundamental knowledge of radio frequency (RF) concepts, terminology, design principles, and practical implementations as they apply to wireless networking and current 802.11 wireless standards
• A foundational understanding of wireless security best practices centered on access control (802.1x) and spectrum security through wireless intrusion detection system (WIDS) and prevention system (WIPS)
• A foundational understanding of standard logging and monitoring protocols with a focus and emphasis on simple network management protocol (SNMP), syslog, and webhooks, and related implementation components or tools
• Be familiar with and have basic knowledge of Application Programming Interface (APIs) and related languages and formats, such as representational state transfer (REST) and JavaScript Object Notation (JSON)