Building Arista Data Center Lab for Free

Explore the data center lab topology. Learn how to access and reach the switches from a Linux host.

Set up the Arista data center lab with Ubangi to connect devices from Cisco, Juniper, and F5, plus security appliances, across Windows and Linux using Ubuntu 18.04 server.

Configure the restart data center lab by downloading and unzipping dash lab package, then verify part one through part four folders, install Linux image 18.04, and run the Python script.

Explore a spine-and-leaf data center topology with spine and leaf switches and a Linux server on a management switch, and learn to scale to two spines and ten leaves.

Discover Arista solution switches designed for large data centers and cloud environments, offering high capacity, low latency, and open architecture with iOS Extensible OS for Cisco-like management and automation.

Deploy Arista switches by meeting prerequisites, log in via html5, upload two deployment files with ssh using putty, then log in as full user and set hostname to management.

Deploy an Arista data center lab in EVE-NG by creating new lab, adding a switch template, and logging into the EVE-NG host with a non-admin user to prepare OS files.

Transfer vEOS lab files to EVE-NG via ssh, convert and rename images, create a QEMU path, copy files, apply fix permissions, and verify successful deployment.

Configure and boot an Arista switch in the lab to begin testing. Access the console, cancel the request, verify the default config, and save the hostname as management.

Deploy a Linux host using a simulation tool, upload the Linux image, install operating system, and connect to the management switch and internet, with e0 obtaining an IP via cpp.

Transfer the Ubuntu 18.04 server image to the lab addon directory, unzip it, remove the original image, fix permissions, and verify deployment with an online check state.

Connect to a Linux host via the Linux template, attach it to the management network, and verify SSH access using the default Eve credentials.

Install and configure XMPP services in the Arista lab by updating systems, installing and removing features, editing configuration files with nano, creating users, restarting services, and setting management IPs.

Configure Arista interface management by assigning 10.0.0.254/24 to VLAN 1, verify the IP is up, and connect to Linux hosts with XP management.

Explore automation overview by configuring a Linux-based lab, enabling Apache web services, and deploying automated configurations from the server to switches via remote access and a simulation tool.

Install and configure dhcp services using a ready acp configuration, restart the services, and verify client ip assignment from the acp pool on a lab Arista switch.

Update the lab system and install Apache web services, then test the server with curl or wget and confirm the Apache2 page loads.

Transfer the EDP folder to the web root via ssh on port 22 and ensure access by the default apache page; use sudo to move it into Eve's home directory.

Deploy an Arista spine switch in the free data center lab using a template and image, configure 25 interfaces, and verify automated configuration with management IP, API, and BGP.

Enable the Arista switch api via automation configuration, then validate connectivity by running a Python script from Linux. Install Python pip and libraries to complete the api connection.

Verify arista spine switch deployment and reachability from Linux via ping and show ip interface report. Create aliases for quick switch access, save to a hidden file, and source.

Complete Arista data center lab setup by deploying devices, configuring a management switch and Linux server, and enabling automation to push startup configurations via api and python scripts.

Complete the course and celebrate your learning as you explore cloud data center and cyber security topics. Share feedback, rate five stars, and check out more cloud security courses.

Course completion marks your progress. Explore other courses to learn more about advanced data center technologies and network programmability on automation.