ABC of Cisco DNAC Automation & LISP for SD-Access & VxLAN

with Ratnesh 2XCCIE # 61380 (Sec | DC )

What you'll learn
Student will understand how LISP Configuration , Packet flow works
Requirements
CCNA / CCNP Routing Switching will work
Description
No more box-by-box configuration and deployment. Using intent-based policy, Cisco DNA automation capabilities transform previously manual onboarding, configuration, provisioning, and software management processes to simplify and scale network operations and greatly minimize configuration errors.

Features and benefits

Cisco DNA automation replaces manual chores with a more agile and effective process based on four sets of capabilities: visibility, intent, deployment, and management.

Visibility

Automatically discover devices to get end-to-end network visibility and a network inventory.

Intent

Define how you intend your network to work, and translate that intent into automation.

Deployment

No more guessing about configurations. Simply plug in a network device to onboard it automatically.

Management

Help ensure end-to-end network consistency and performance with the right software image management for every device.

Components of Cisco DNA automation

Cisco DNA software

Help enable continuous innovation through software updates. Choose from three licensing tiers for your access points, switches, and routers.

Cisco DNA Center

Manage automation and assurance for your entire network from a central dashboard.

Cisco DNA infrastructure

Deploy Cisco software-programmable access points, switches, routers, and other devices to help enable automation capabilities.

Cisco services

Get more from your intent-based network with Cisco Customer Experience services.

Cisco DevNet

Learn how to extend automation across the enterprise via open APIs​.

Cisco DNA Center security

Integrate with Cisco security solutions such as Umbrella, Stealthwatch, firewalls, and wIPS.

Locator/ID Separation Protocol (LISP) is routing architecture that provides new semantics for IP addressing. The current IP routing and addressing architecture uses a single numbering space, the IP address, to express two pieces of information

Device identity

The way the device attaches to the network

The LISP routing architecture design separates the device identity, or endpoint identifier (EID), from its location, or routing locator (RLOC), into two different numbering spaces. Splitting EID and RLOC functions yields several advantages.

Simplify Routing Operations

LISP enables enterprises and service providers to

Simplify multi-homed routing

Facilitate scalable any-to-any WAN connectivity

Support data center virtual machine mobility

In this course you will learn and understand LISP technology , configuration & verification .

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Who this course is for
Looking for learn understand DNA
Want to learn new technology