Linux Professional Institute Certification (LPIC-3) - 306 High Availability Systems and Storage

Price
Net €
VAT €

Price
Price on Request

Duration
5 days

For companies and job seekers:
this course is 100% fundable!

Location

Course Language
English

Training Solutions
Online Live

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Highly available IT infrastructures are a key factor in stable digital services. This training course provides in-depth expert knowledge on reliability, scalability, and storage in professional Linux environments—practical, up-to-date, and technically precise.

Key topics

Cluster concepts for high availability and failover.
Shared storage, replication, and distributed file systems.
Automation, monitoring, and error analysis.
Security and performance aspects in HA architectures.
Integration of modern platforms and cloud scenarios.

Prerequisites
Very good Linux skills, experience in administration, networks, and system services.

Target group
System administration, DevOps roles, IT architecture, operation of critical infrastructures.

In-depth expertise in stable, resilient Linux systems enhances operational reliability, efficiency, and technological sovereignty in complex IT landscapes.

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course content

High availability cluster management

High availability concepts and theory
Load balancing clusters
Failover clusters

Highly available cluster storage

DRBD
Access to cluster storage
Cluster file systems

Highly available distributed storage

GlusterFS storage cluster
Ceph storage cluster

High availability of individual nodes

High availability of hardware and resources
Advanced RAID
Advanced LVM
High availability of the network

Your training will be 100% funded

Our funding schemes are available exclusively to participants who live or work in Germany. Funding is not available outside Germany.

For career starters, job seekers, career changers, startups, experienced professionals, those looking to advance their careers, specialists, etc.

The QCG program for everyone in the company

Further information

The education voucher for all job seekers

Further information

Frequently asked questions

What is the goal of the LPIC-3 Specialization in High Availability and Storage?

The focus is on building fail-safe Linux infrastructures. Topics covered include architecture, planning, and operation of highly available systems with cluster technologies, redundant storage, and automatic failover.

What knowledge about Linux clusters is taught?

The course covers the planning and administration of Linux cluster solutions. Important topics include cluster design, node management, resource control, and failover mechanisms for high-availability services.

What role does high availability play in modern IT infrastructures?

High system availability is considered a key component of modern IT architectures. Companies secure critical applications through redundant servers, cluster solutions, and automated recovery mechanisms.

Which Linux technologies are covered for storage management?

Modern storage concepts under Linux are relevant. These include replication technologies, cluster file systems, shared storage, network storage, and strategies for data backup and availability.

What career opportunities are available with LPIC-3 High Availability knowledge?

Typical areas of application include data centers, cloud environments, and enterprise infrastructures. Roles range from Linux system administration to architecture and operation of critical IT systems.

How does Linux support high availability in enterprise systems?

Linux enables stable and flexible HA architectures. Technologies such as cluster management, automatic service switching, and data replication reduce downtime for business-critical applications.

What topics related to failover and reliability will be covered?

The focus is on strategies for automatic service takeover. These include cluster node monitoring, resource control, redundant infrastructure, and rapid recovery mechanisms.

How important are storage solutions for highly available systems?

Reliable storage forms the basis of stable IT systems. Redundant storage architectures, data replication, and distributed file systems ensure data integrity and continuous system availability.

Do you have any further questions? Please contact us.

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