

AWS Elastic Disaster Recovery and NetApp AltaVault are two prominent solutions for disaster recovery and cloud storage. Users appear to favor AWS Elastic Disaster Recovery for its pricing and support, while NetApp AltaVault is preferred for its comprehensive features despite higher costs.
Features: AWS Elastic Disaster Recovery is valued for its reliable and efficient recovery process, minimal downtime, and automated data protection. NetApp AltaVault stands out due to its extensive integration capabilities, deduplication features, and secure data management.
Room for Improvement: AWS Elastic Disaster Recovery could improve its data migration tools and handling of large-scale recovery operations. NetApp AltaVault users suggest enhancements in system updates and analytics.
Ease of Deployment and Customer Service: AWS Elastic Disaster Recovery offers a straightforward deployment model that users find easy to implement, backed by strong customer service. NetApp AltaVault's deployment is more complex, requiring detailed configuration, yet it is supported by responsive customer service.
Pricing and ROI: AWS Elastic Disaster Recovery is seen as cost-effective with satisfying ROI, as users find it justifies the expenses through savings. NetApp AltaVault, while more expensive, delivers a high ROI due to its advanced capabilities and long-term benefits in data management.
However, with AWS Elastic Disaster Recovery Service being a native service, integration is seamless, highlighting the return on investment.
The recovery process requires fewer people and much less time, which has saved my organization engineering effort and operational time.
We no longer have to schedule employees on weekends since the system automatically triggers alerts, allowing engineers to respond as needed.
The customer support is amazing, and it is the best customer support I have ever had.
In case of any issue, they are ready to provide support within the defined SLA timeline.
Helping us in troubleshooting each and every step if we face any issues.
We can expand it to multiple data centers or different areas such as EMEA and APAC.
AWS Elastic Disaster Recovery is scalable because it can protect and replicate multiple servers and workloads, and it runs on AWS infrastructure.
The scalability of AWS Elastic Disaster Recovery is 10 out of 10.
It is very good and very reliable.
AWS is not difficult, but the cost associated with replicating data to another region can be significant.
AWS Elastic Disaster Recovery is stable.
Our RPO improved from approximately three to four hours to less than one minute.
Because the replication is continuous and block-level, if a production server is hit by ransomware, the encrypted garbage data is often replicated to the DR site in near-real time.
This would detail user activity directly in the ACL console for easier debugging and auditing.
In my case, since the cloud is basically a pay-as-you-go model, we only pay for the replication storage, data transfer, and small staging instances.
Continuous replication minimizes data loss and the cost-efficient staging environment helps reduce infrastructure expenses compared to maintaining a full secondary disaster recovery site.
pricing is fair, and you pay for the use.
AWS Elastic Disaster Recovery supports a wide range of source environments, including VMware, Hyper-V, physical servers, and other cloud providers, making it versatile for different IT infrastructures.
The low RPO at a seconds-level replication and a fast recovery with a low RTO provide the most cost-effective way, paying mostly for storage until failover.
Overall, the best combination of AWS Elastic Disaster Recovery is its near real-time replication and quick recovery testing, and this makes the service very useful in real-world scenarios.
There are different integrations available with NetApp AltaVault, such as AWS, Microsoft Azure, Google Cloud, and I want to understand how they impact data security policies in my case.
| Product | Mindshare (%) |
|---|---|
| AWS Elastic Disaster Recovery | 1.3% |
| NetApp AltaVault | 1.0% |
| Other | 97.7% |

| Company Size | Count |
|---|---|
| Small Business | 9 |
| Midsize Enterprise | 5 |
| Large Enterprise | 12 |
| Company Size | Count |
|---|---|
| Small Business | 5 |
| Midsize Enterprise | 1 |
| Large Enterprise | 10 |
CloudEndure Disaster Recovery enables real-time replication and rapid recovery to enhance organizational resilience. Key features include block-level data replication, ease of use, cost-effectiveness, and automated recovery orchestration. Users benefit from increased efficiency, improved workflows, and enhanced data management, significantly improving organizational performance and business continuity.
NetApp AltaVault provides seamless data archiving and backup with flexible cloud and on-premise integration. It offers efficient data management through features like encryption, deduplication, and a user-friendly interface, ensuring reliable storage solutions with robust support.
NetApp AltaVault stands out with its ability to integrate with AWS, Azure, and Google Cloud, providing users with a versatile platform for storing data in cost-effective ways. Its strengths lie in fast recovery, easy initial setup, and strong technical support. Users benefit from its local cache-to-cloud backup solution, effective archiving capabilities, and scalable storage options. However, there are areas for improvement, such as better integration with Veeam, expanded SnapMirror volume limits, and enhanced catalog features. Some issues persist with SMB protocol and monitoring reliability, and it could benefit from faster indexing and automatic capacity adjustments.
What are the key features of NetApp AltaVault?In industry applications, NetApp AltaVault is frequently used for video data archival at ports, ensuring safety through extended monitoring and retention. Large volumes of file and object data are archived without needing comprehensive filers, often utilizing cloud buckets. Its utility also extends to data backup for emails and SharePoint instances in the cloud, although some organizations opt for native ONTAP as certain archiving functions transition. Implementation is tailored to meet industry's specific requirements for data security and storage efficiency.
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