ABC of AI Automation Using AI Tools

Download and install the required software, set up VirtualBox as the hypervisor, import the GNS3 VM, configure host-only adapters, assign IPs, and begin learning network automation with scripts.

Continue with lab setup over GNS3 Part 02, configure VirtualBox, local and remote servers, templates, and Docker to build a Cisco network automation lab with switches and routers.

Build a basic lab using a laptop or cloud resources, configure a switch, assign IP addresses, and test connectivity with an automation tool.

Use an automation tool to create two loopbacks, assign IP addresses, and enable the ERP protocol, then save and run the program to verify the configuration remotely.

Automate backing up network device configurations with a script, reading the inventory, capturing the running config, and saving the backup outputs for troubleshooting and restoration.

Explore secure device access with ssh via Netmiko, replacing insecure methods and enabling automated command execution across Cisco and other vendor platforms.

Expand a DSH lab by adding more clients and automating interface configuration with Netmiko, including assigning IP addresses, subnets, and loopback interfaces, and printing outputs.

Learn to ssh into multiple switches using a reusable Python script, manage a switch inventory, and apply vlan configurations across devices with loops, connections, and conditions.

Begin the ai automation course with day 1 of 25, focusing on ai tools and ai automation to kickstart practical learning.

Learn advanced AI automation concepts for network engineers, covering Python basics, REST API, data formats (JSON, XML, YAML), templates (Jinja, Velocity), and vendor-neutral tools like NetBox and Autobot.

Explore model driven programming with data models and llms while learning Python basics: variables, data types, and f-strings through hands-on Cursor labs and cloud options.

Explore python basics with lists and dictionaries, conditionals and loops, def functions, parameters and arguments, f-strings, and setup of virtual environments and packages.

Explore Python basics and beyond, covering strings, if-else, loops, and functions, plus how to create and activate virtual environments to support day two workflows across PowerShell, CMD, Bash, and WSL.

Learn to set up and activate Windows WSL virtual environments, install packages with pip and a requirements.txt file, and use netmiko, paramiko, YAML, and requests for device access and API calls.

Master virtual environments, test packaging, and guardrails for safe configuration changes. Build argument-based Python CLIs with argument parsers and learn parsing of logs and data structures.

Explore restful API concepts and http methods (GET, POST, PUT, PATCH, DELETE) with JSON payloads, status codes, and authentication, illustrated via Postman and SD-WAN vManage automation.

Learn to generate and use api tokens to fetch device list via api calls, filtering for device id, host name, and status, and export as json for python automation.

Build an sd-wan api client that logs in to obtain a token, fetches the device list, and outputs selected fields in csv or json, with an argument parser.

Demonstrate loading a yaml inventory with python, installing pyyaml, and crafting json payloads for api calls, then build hub-and-spoke policies from vmanage to vsmart.

Learn to generate and deploy a Cisco SD-WAN spoke policy with a Python script, including login, token handling, site and VPN lists, JSON payloads, and policy activation.

Master the fundamentals of yaml and xml as you progress through day 5 of 25 in the abc of ai automation using ai tools course.

learn to automate network access with yaml, xml, and json inventories using python scripts, login to catalyst 8k and nexus 9k, run show clock and show version, and handle authentication.

Learn to build Jinja2 templates for ACLs and SNMP, push configurations via Nautobot in an EVE-NG lab, and troubleshoot BGP.

Explore how Jinja templates drive device configuration in Cisco SD-WAN, building feature templates and device templates to generate and push validated configurations across VPNs, QoS, and policies.

Learn to create and render jinja2 templates to generate device configurations. Push these configurations to devices with a Python script using argparse, getpass, and netmiko, and use dry-run option.

Cover day 7 and 8: build an xr.login python workflow with a jinja2 template to log into an xr device and run commands via an argument parser.

Render iOS XR configurations with Jinja templates guided by a values.yaml file. Create a .exe that loads YAML values, renders the config, and pushes it to devices.

Explore practical ai automation concepts using ai tools in a structured five-part series, with day9_25 - 1of5 as the opening module of the abc of ai automation course.

Explore Jinja basics and macros to create reusable templates for network configurations. Build and deploy script templates using NetConf, NAPALM, and BGP automation within a CCI lab.

Create and apply CLI macros as reusable templates for interface configurations. Automate macro generation with Python scripts and Jinja templates with variables.

Configure at scale using Jinja macros, templates, and a YAML variable file, with a Python script to dry run, inventory, validate, render, review, and apply configurations.

Learn to apply regular expressions in networking, log into devices with Netmiko, run show commands like show clock and show users, manage sessions, handle timeouts, and debug IP/TCP packets.

Use a netmiko-based Python script to log into a device, read config.txt, build and push the configuration, and verify the output while noting potential timeouts and acl issues.

Configure device with an access control list (ACL), verify with show IP access list, enable CDP and LLDP, and create a log parser to extract output from a log file.

Explore the basics of the API for Cisco DNAC, log into DNA, explore DNA APIs, and integrate them with Python through life examples, templates, and enterprise automation.

Explore the DNA API documentation, enable and verify REST APIs, and use the developer toolkit to learn authentication, network site management, connectivity, operation, and policy within EPA.

Fetch license information from Cisco DNA Center APIs, filter licenses in use, and print device details such as hostname, device type, and serial number for reporting.

Discover how to locate a wired or wireless client by IP or Mac address using the Get IP Client Info and Mac address tools in dnac automation for precise troubleshooting.

Explore the switchboard inventory program, collecting license, hostname, device type, and serial number. Extend it to include port and interface details for comprehensive switch information.

Identify out-of-sync and non-compliant devices by comparing running and startup configurations with DNA Center APIs and config archives, and learn to apply template-based corrections.

Use the template runner to create and verify templates within a project, push configurations to devices via API calls, and validate deployment status and hostnames.

Explore the Cisco DNA Center life cycle app, retrieve device data, security advisories, and hardware and software end-of-life insights, and trigger ServiceNow events via built-in API.

Explore how Cisco DNA center uses a RESTful API to integrate internet-based infrastructure with an open platform, enabling third-party apps, intent-based networking, and system health insights.

Navigate the dna api ecosystem by enabling the rest api, consulting the epa documentation, and using the developer toolkit to execute api calls for authentication, site management, and policy tasks.

Cisco DNA Center enables multivendor management by downloading third-party SDKs to provision, monitor, and command non-Cisco devices such as HP and Juniper, with discovery, inventory, topology, and assurance features.

Learn to use site APIs in Cisco DNA Center: count and list sites, view details, and create or delete sites via post requests and scripts, with dashboard verification.

Explore templated API usage in DNAC automation by using a script to create a project and a basics template, then push to multiple devices.

Explore troubleshooting with DNA Center assurance APIs to assess client, network, and security health and map hop-by-hop ingress and egress interfaces using scripts and the GUI.