AOMEI Cyber Backup
Free and Automated Instant Disaster Recovery for HPC
Learn how instant disaster recovery for HPC can safeguard your high-performance computing systems, which ensures that these systems are resilient, can recover quickly, and continue to operate with minimal disruption.
By Crystal / Updated on December 3, 2024
The need for instant disaster recovery for high performance computing
High-performance computing systems are complex, with huge data sets, specialized hardware and intricate software environments. In the event of a disaster, whether it's a power outage, hardware failure, or cyberattack, the consequences are unimaginable.
For organizations that rely on HPC for mission-critical tasks, even a few hours of downtime can have far-reaching consequences, resulting in financial loss, reputational damage, and research or production delays. Instant disaster recovery helps mitigate these risks by providing a fast, reliable, and automated mechanism to bring systems back online after a failure.
In this paper, we will present an effective instant disaster recovery for HPC that enables organizations to quickly get back up and running without compromising performance or data integrity.
Effective recovery strategies of instant disaster recovery for HPC
🔵Real-time Data Replication
Continuous replication ensures data is always available. Synchronous replication offers real-time updates, while asynchronous replication is faster for large-scale HPC systems.
🟠Automated Backup Systems
Automated backups create snapshots for quick HPC disaster recovery. Geographically distributed storage ensures resilience against localized disasters.
🟣Hybrid Cloud Solutions
Combining on-premises and cloud resources enables near-instant failover. Leading providers like AWS and Microsoft Azure offer scalable instant disaster recovery for high performance computing.
🟢High Availability Clusters
HA clusters distribute workloads across multiple nodes. In case of failure, tasks shift seamlessly to operational nodes, ensuring uninterrupted service.
🔴Fault Tolerance
Redundant hardware and software mechanisms for HPC disaster recovery allows system operate despite failures, minimizing disruption.
Efficient instant disaster recovery for HPC via free tool
To ensure efficient and instant disaster recovery for HPC, AOMEI Cyber Backup minimizes recovery time and ensures data integrity.
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🔥Scalability AOMEI Cyber Backup scales with your HPC infrastructure, making it suitable for environments of all sizes, from small clusters to enterprise-grade computers. |
🎁Integrating Cloud Storage Leverage AOMEI’s support for cloud providers to create a reliable backup for added resilience. |
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🎈Ease of Use Its user-friendly design simplifies backup and recovery tasks, enabling IT teams to execute disaster recovery plans easily. |
🚩Enhanced Security Features like encryption and access controls protect sensitive data, ensuring compliance with regulations and safeguarding against cyber threats. |
Download AOMEI Cyber Backup by clicking the following button for a free trial.
How to automate backup and perform instant recovery
Prerequisites for instant restore:
• Computer with AOMEI Cyber Backup installed
• VMware ESXi backups created by AOMEI Cyber Backup
1. Create a scheduled VMware backup to ensure consistent protection without impacting system performance. After backup is complete, you can perform instant VM recovery as the following.
2. Click "Task" on the left menu bar, choose "Instant Restore" and click "Create New Instant Restore". Here we take "Restore from task" for an example.
3. Click Source and select the virtual machine and backup version.
4. Click Restore to and select the target device to be restored to.
5. Configure the hardware settings for the new virtual machine, such as CPU quantity, CPU Cores and memory size.
6. Name the new VM and click Start Restore to perform instant recovery.
✍After creating vm instant recovery, click Start Migration on details page to return backup to production environment.
Conclusion
Instant disaster recovery for HPC is vital to protect data and ensure operational continuity. Strategies like real-time replication and hybrid cloud solutions help minimize disruptions and maintain performance. Regular backup and instant recovery further ensure that HPC environments are prepared for any challenge.
