
Configure Cisco switches in a Gns3 two‑switch lab using Ansible playbooks for layer 2 and layer 3 switching, VLANs, SVI, and inter‑VLAN routing.
Learn to install and configure gns3 to build personal labs with ios images and qemu virtualization for configuring routers and switches, enabling ccna and ccnp testing with ansible and terraform.
Learn to install and configure VirtualBox and Vagrant to build a home lab with Linux and Windows VMs, snapshots, shared folders, and infrastructure as code provisioning using Ansible and Terraform.
Practice hands-on Cisco routing and switching with Packet Tracer labs, configuring VLANs, STP, port channels, multilayer switches, OSPF, RIP, BGP, NAT, ACLs, and automation for CCNA exam prep.
Explore how PKI and cryptography secure online trust with certificates, TLS, and OpenSSL. Learn about certificate lifecycles, certificate authorities, key pairs, and zero-trust security.
Explore how SD-WAN replaces costly MPLS with software-driven, application-aware routing that links branches to cloud resources via secure IPsec tunnels, enabling direct cloud access and unified security.
Explore foundational server infrastructure, virtualization, storage, networking, and security, then implement cloud and on premises strategies with IAM, monitoring, disaster recovery, and Ansible automation.
Learn foundational AI literacy, including what AI and generative AI are, how they learn from data, and why human judgment, ethics, and responsible use matter in the workplace.
Install and configure haproxy and keepalived to load balance across nginx web servers on Ubuntu, using VirtualBox and Vagrant, with vrrp for a floating vip and automatic failover.
Learn high availability and load balancing fundamentals, including virtual IPs, VRRP, and keepalives across on premises and cloud, with HAProxy and virtualization driving resilient, scalable networks.
Explore virtualization of DigitalOcean droplets and MySQL in a practical lab, while configuring a Cisco switch in a GNS3 lab using IOS and automating with Ansible as IaC.
Develops practical understanding of mysql and mariadb fundamentals through a Google Colab lab, enabling a focused, hands-on experience for learners working with these databases.
Access a free Cisco CML install lab designed for CCNA, CCNP, and CCIE, and practice IOS configuration with GNS3 integration and Ansible automation.
Master Cisco routing and switching with hands-on labs using Packet Tracer, GNS3, and CML; automate networks with Ansible and REST APIs for cloud-ready NetDevOps.
Discover how Cisco routing and switching form the backbone of the digital age, directing data with routers and switches for reliable, secure, and scalable connectivity.
This hands-on lab course, Cisco GNS3 IOS Config with Ansible & Linux, is designed to equip network professionals and enthusiasts with practical skills in network automation and Infrastructure as Code (IaC). Using GNS3 to simulate real-world Cisco environments, learners will gain experience configuring IOS devices, managing Linux systems, and automating repetitive network tasks with Ansible.
In today’s fast-paced IT landscape, network automation is no longer optional. Manual configurations are time-consuming, error-prone, and inefficient. By learning to implement IaC principles and automation workflows, network engineers can ensure consistency, scalability, and faster deployment of network services. This course emphasizes practical application, preparing learners for real-world scenarios in enterprise and cloud network environments.
The advantages of mastering GNS3, Linux, and Ansible are significant. Learners will develop the ability to automate network provisioning, reduce operational errors, and streamline network management. The skills gained in this course also improve collaboration between network and DevOps teams, bridging the gap between traditional networking and modern software-driven infrastructure. With these competencies, professionals can tackle complex networks confidently and efficiently.
This course is ideal for network engineers, system administrators, DevOps practitioners, IT students, and anyone seeking to advance their career in network automation. Whether you are preparing for certifications, transitioning from manual network management, or aspiring to work in large-scale, automated environments, this course provides the foundation and hands-on practice needed to succeed.
By completing this course, learners will not only gain technical proficiency but also an understanding of the broader impact of automation on IT operations. As organizations increasingly adopt cloud technologies, software-defined networking, and automated workflows, professionals with these skills will be highly sought after. The future of networking is automated, programmable, and agile, and this course positions learners at the forefront of that transformation.