About this software
SUSE Liberty Linux HA Extension is a subscription add-on that provides high-availability clustering and failover capabilities for x86 and x86-64 SUSE Linux deployments. It is designed to maintain service continuity for critical server workloads by enabling resource monitoring, automated failover, and cluster orchestration.
The extension is licensed as a subscription for specified socket counts and integrates with SUSE Linux Enterprise components as an add-on.
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SUSE Liberty Linux High Availability
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€679.00
Free and without obligation
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Benefits
- Continuous service availability: Enables automated failover to reduce service interruptions.
- Cluster orchestration: Provides tools for managing clustered resources and dependencies.
- Resource monitoring: Monitors service health to trigger failover actions.
- Subscription licensing: Sold as a subscription per socket count and term.
- Integration with SUSE: Integrates with SUSE Linux Enterprise components as an add-on.
Available languages
- English
- German
Support information
- Subscription updates: Subscription provides access to updates and maintenance for the licensed term.
- Documentation access: Includes access to product and administration documentation from SUSE.
- Technical support options: Support options vary by subscription level and region through SUSE channels.
- Security patches: Subscribers receive security fixes and recommended updates during subscription.
- Upgrade eligibility: Subscription may include upgrade rights according to SUSE terms.
Frequently asked questions
What is SUSE Liberty Linux High Availability used for?
A Linux-based high-availability solution to minimize downtime for critical services through clustering, monitoring, and automated failover.
Which workloads commonly benefit from this high-availability offering?
Stateful services such as databases, file and block storage, application servers, and network services that require continuity.
How does the product manage failover and fencing?
Through cluster monitoring, health checks, and coordinated resource management to detect failures, perform controlled failover, and isolate failed nodes using fencing mechanisms.
What deployment environments are supported?
Deployment is possible on physical servers, virtual machines, and cloud infrastructure, with integration for standard storage and virtualization technologies.