Description
Overview
This course will teach students about information systems risk. Topics covered include risk identification, assessment, evaluation, response, and monitoring, as well as information systems control design and implementation.
Series Taught By: John Glover
Available CEUs for Course Series Completion: 6
Students can earn up to 6 CEUs for fully completing this course series. This information will be displayed on the certificate of completion. Learn More
Course Details
- 05:40:00 Hours
- 12 Months Access
- Presented by highly qualified, industry leading experts
They cover the fundamentals for advanced routing and addressing solutions, advanced enterprise campus networks, Cisco WAN, security services, network services, and SDA. By the end of this path, you’ll be confident in your abilities to design network architecture for Cisco Enterprise networks. In addition, these courses align with the objectives in the Designing Cisco Enterprise Networks ENSLD (300-420) exam and will help you prepare for the certification. The ENSLD exam is one of the options for concentration exams needed for CCNP Enterprise certification.
Objectives
- Advanced addressing and routing solutions
- Advanced enterprise campus networks
- WAN
- Security services
- Network services
- SDA
Audience
- Network Engineers
- System Administrator
- Network design engineers
Prerequisites
Viewers should have experience working with Cisco enterprise networking solutions. They should have knowledge equivalent to the Cisco CCNA certification.
Course Outline
Top of Form
COURSE OVERVIEW
- Course Overview
ADVANCED ADDRESSING AND ROUTING SOLUTIONS
- Design IPv4 Addressing Plans
- Design IPv6 Addressing Plans
- IS-IS Routing Designs
- EIGRP Routing Designs
- OSPF Routing Designs
- BGP Address Families
- BGP Route Filtering Techniques
- BGP Attributes for Path Preference
- BGP Route Reflectors
- BGP Load Sharing
- IPv6 Migration Designs
ADVANCED ENTERPRISE CAMPUS NETWORKS
- Design for High Availability
BFD
- Design Layer 2 Infrastructures
- SD Access Underlay and Overlay
- SD-Access Design Best Practices
WAN FOR ENTERPRISE NETWORKS
- Compare WAN Connectivity Options
- Site-to-Site VPN Designs
- Designing HA WANs
- The SD-WAN Architecture
- SD-WAN Design Best Practices
NETWORK SERVICES
- QoS Strategies
- End-to-End QoS Design
- Designing Network Management
- Describe Multicast Routing Concepts
- Design Multicast Services
AUTOMATION
- Choosing the Correct YANG Model
- NETCONF versus RESTCONF
- Model-Driven Telemetry