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Disaster Recovery (DR) Architecture on AWS, Part IV: Multi-site Active/Active

AWS Disaster Recovery

My subsequent posts shared details on the backup and restore , pilot light, and warm standby active/passive strategies. The architecture in Figure 2 shows you how to use AWS Regions as your active sites, creating a multi-Region active/active architecture. I use Amazon DynamoDB for the example architecture in Figure 2.

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Pure Storage Veeam Plugin

Pure Storage

The Benefits of Pure Storage Integration with Veeam Agent-less application consistent array-based snapshot backups Veeam coordinates the execution of API calls to the hypervisor and guest OS, like VADP and VSS, eliminating the need for agents to be installed on a VM. This is the bar both looked to build upon with our integration efforts.

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Pure Storage Ransomware Protection for FlashRecover

Pure Storage

One of the most common ransomware attacks we see today is the destruction of backup data. The ability to recover quickly from this sort of destructive attack is a huge question mark for traditional backup systems or any purpose-built backup solution. Figure 1: FlashRecover//S architecture overview.

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How to Protect Your Database with Zerto

Zerto

It is important to note that an Oracle database must be placed into hot backup mode to achieve database application consistency. Hot backup mode freezes the system change number (SCN) in the redo logs, and it gives Oracle a specific application-consistent location to which to recover.

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Disaster Recovery (DR) Architecture on AWS, Part II: Backup and Restore with Rapid Recovery

AWS Disaster Recovery

By using the best practices provided in the AWS Well-Architected Reliability Pillar whitepaper to design your DR strategy, your workloads can remain available despite disaster events such as natural disasters, technical failures, or human actions. DR strategies: Choosing backup and restore. Implementing backup and restore.

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Disaster Recovery (DR) Architecture on AWS, Part I: Strategies for Recovery in the Cloud

AWS Disaster Recovery

Figure 2 shows the four strategies for DR that are highlighted in the DR whitepaper. If data needs to be restored from backup, this can increase the recovery point (and data loss). If such a disaster results in deleted or corrupted data, it then requires use of point-in-time recovery from backup to a last known good state.

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Journey to Adopt Cloud-Native Architecture Series: #3 – Improved Resilience and Standardized Observability

AWS Disaster Recovery

In this blog, we talk about architecture patterns to improve system resiliency, why observability matters, and how to build a holistic observability solution. Earlier, we were able to restore from the backup but wanted to improve availability further. Current Architecture with improved resiliency and standardized observability.