Linux 301 – Advanced Linux for IT Enterprises
Master enterprise Linux at scale — from secure server builds to performance optimization.
Linux 301 is designed for advanced IT professionals managing complex, high-availability systems. This course emphasizes hands-on experience with security hardening, kernel tuning, advanced networking, and containerization, all within real enterprise lab environments.
Lectures Start on August 23th 2025, Buy Now & Save your seat.
Audience
- Senior Linux admins and infrastructure engineers
- DevOps practitioners managing hybrid environments
- Teams preparing for SOC2/ISO27001 environments
- RHCSA/RHCE-certified professionals seeking mastery
Lab Infrastructure Highlights
- VMs: Dedicated Ubuntu 22.04 / RHEL 9 hosts with full root access
- Infrastructure Tools: Pacemaker, Corosync, nftables, ELK, OpenLDAP, Ansible
- Containerization: Systemd-nspawn + Podman-based lightweight sandboxing
- Assessment: Includes automated audit scoring & instructor feedback (for live track)
Website CTA Snippet
Linux power users wanted.
Take the final leap from competent admin to elite Linux operator. Linux 301 combines security, high availability, performance tuning, and enterprise automation in a 13-week course backed by real enterprise simulations.
Includes high-availability clustering labs | Advanced IaC and audit scenarios | Designed for production-level environments
13-Week Curriculum Outline + Lab Use Cases
Pricing & Access Options
|
Week |
Topic |
Lab Use Case |
|
1 |
Kernel Modules & Boot Process Internals |
Modify GRUB entries, load/unload kernel modules, simulate a boot misconfiguration |
|
2 |
Performance Tuning & Resource Limits |
Benchmark CPU/memory with stress, tune limits with ulimit, profile usage with perf |
|
3 |
Custom Systemd Units & Init Integration |
Create custom *.service units, simulate failure recovery with dependency trees |
|
4 |
FirewallD, nftables, and Access Control |
Deploy firewall rules, segment ports, and test Zero Trust access strategies |
|
5 |
File Systems at Scale (XFS, Btrfs, Snapshots) |
Mount XFS partitions, create volume snapshots, simulate FS corruption & recovery |
|
6 |
Advanced Logging, Journaling & Alerting |
Route logs to ELK stack; configure triggers for security logs and boot errors |
|
7 |
LDAP & SSO Integration |
Connect Linux systems to OpenLDAP, enforce RBAC and multi-system authentication |
|
8 |
Network Namespaces & Traffic Control |
Create network namespaces, simulate isolation, apply bandwidth shaping |
|
9 |
Containers & Systemd-nspawn |
Deploy containers using nspawn, configure isolated systemd services |
|
10 |
Security Hardening & CIS Benchmark Automation |
Apply CIS hardening roles via Ansible, validate compliance and rollback |
|
11 |
High Availability with Pacemaker + Corosync |
Configure a 2-node HA cluster with shared services and failover scenarios |
|
12 |
Infrastructure as Code for Linux Systems |
Automate entire builds with Ansible playbooks, integrate GitOps flow with Terraform |
|
13 |
Capstone: Deploy and Audit a Hardened Linux Host |
Final assessment: Harden a VM, run audit tools, submit compliance and recovery documentation |