IT disasters such as data center failures, server corruptions, or cyber attacks can not only disrupt your business, but also cause data loss, impact your revenue, and damage your reputation. CloudEndure Disaster Recovery minimizes downtime and data loss by providing fast, reliable recovery of physical, virtual, and cloud-based servers into AWS Cloud, including public regions, AWS GovCloud (US), and AWS Outposts.
You can use CloudEndure Disaster Recovery to protect your most critical databases, including Oracle, MySQL, and SQL Server, as well as enterprise applications such as SAP.
CloudEndure Disaster Recovery continuously replicates your machines (including operating system, system state configuration, databases, applications, and files) into a low-cost staging area in your target AWS account and preferred Region. In the case of a disaster, you can instruct CloudEndure Disaster Recovery to automatically launch thousands of your machines in their fully provisioned state in minutes.
By replicating your machines into a low-cost staging area while still being able to launch fully provisioned machines within minutes, CloudEndure Disaster Recovery can significantly reduce the cost of your disaster recovery infrastructure.
Reduce downtime and protect against data loss
Unlike snapshot-based solutions that update target locations at distinct, infrequent intervals, CloudEndure Disaster Recovery provides asynchronous, continuous replication. This enables Recovery Point Objectives (RPOs) of seconds. Automated machine conversion and orchestration enable Recovery Time Objectives (RTOs) of minutes. You can meet these stringent recovery objectives even for your largest write-intensive workloads.
Simplify implementation and increase reliability
CloudEndure Disaster Recovery’s automated failover and failback technology minimizes time-intensive and risky manual process during recovery. This decreases the likelihood of human error and improves reliability. CloudEndure also provides automation that makes it fast and easy to set up, maintain, monitor, and test your disaster recovery processes. Not only does this simplify implementation, it also means that you can easily conduct frequent non-disruptive drills, validate your recovery processes and objectives, and make any necessary fixes to increase reliability.
Protect enterprise applications and databases with a single tool
CloudEndure Disaster Recovery allows you to achieve business continuity for your most critical databases, including Oracle, MySQL, and SQL Server, as well as enterprise applications such as SAP. This means that you don’t need to purchase multiple application-specific replication tools because CloudEndure Disaster Recovery replicates all applications and databases that run on supported operating systems.
Decrease your total cost of ownership
Traditional disaster recovery solutions require a costly set of duplicate IT resources, including hardware, compute, storage, networking, and software licenses. CloudEndure Disaster Recovery replicates your workloads into a low-cost staging area in your preferred AWS Region, which reduces compute costs by 95% and eliminates the need to pay for duplicate OS and third-party application licenses. You pay for fully provisioned workloads only in an actual disaster or drill.
Accelerate your migration to the cloud
Implementing disaster recovery on AWS can be an effective first step in your cloud journey. When you set up CloudEndure Disaster Recovery, your source machines are replicated to AWS, kept up-to-date with all application changes, and ready to run on your target AWS Region. When you decide to migrate and run your workloads full time on AWS, you can easily cutover operations using CloudEndure Migration. Whether or not you plan to set up disaster recovery on AWS, you can use CloudEndure Migration to migrate to AWS. If you choose to migrate to AWS, you can use CloudEndure Disaster Recovery to easily implement cross-region disaster recovery.
Protect your data from ransomware attacks
In the event of a ransomware attack, use CloudEndure Disaster Recovery to launch an unencrypted, uncorrupted version of your servers on your target AWS Region. CloudEndure Disaster Recovery provides point-in-time recovery, which enables failback to a recovery point from before the attack. This minimizes data loss and enables the quick return to normal operations. Learn more about ransomware recovery. Learn more about ransomware recovery.
On-Premises to Cloud Disaster Recovery
Organizations with workloads on-premises can significantly reduce disaster recovery TCO by shifting their secondary data center to AWS. Cloud-based disaster recovery can provide better reliability, availability, and security than on-premises secondary data centers without requiring duplicate hardware, compute, networking, and software. CloudEndure Disaster Recovery enables customers to shift their secondary site to AWS without downtime or performance impact.
Cross-Region Disaster Recovery
Whether you have built your applications on AWS or migrated to AWS, you can protect your workloads with cross-region disaster recovery. This is a cost-effective way to achieve business continuity. CloudEndure Disaster Recovery enables geographic redundancy between AWS Regions or Availability Zones while still providing continuous replication with stringent RPOs and RTOs.
On-Premises to On-Premises Disaster Recovery
Customers with workloads on-premises can replicate and recover them directly into AWS Outposts or between Outposts devices. This provides customers with the benefits of AWS Cloud services, including lower latency, greater performance and security, and reduced costs, without the need to access the internet or public cloud. Recovery from on-premises to Outposts can also serve as a mid-point before moving to the public cloud.
Cross-Cloud Disaster Recovery
Customers running workloads on other clouds can increase resilience and meet compliance requirements by using AWS as their disaster recovery site. CloudEndure Disaster Recovery provides an easy solution for replicating and recovering workloads from other cloud providers to AWS. It automatically converts your source machines so that they boot and run natively on AWS.
“With CloudEndure and AWS, being able to virtually recover something in minutes, as opposed to hours and hours, is a real lifesaver. If we hadn’t had the ability to recover as quickly as we did, we would have been dead in the water.”
– Greg Ward, VP of Information Systems and Technology at Malibu Boats
CloudEndure Disaster Recovery saved the day for Malibu Boats when their primary data center suffered a server outage. Rather than having to shut down their factory for hours or days, they were able to spin up their backend applications to AWS in minutes. As a result, their factory returned to normal operations and there were no production delays or financial losses. Malibu Boats was so impressed with how well their applications performed on AWS during the failover, that they decided to expedite the migration of their primary on-premises data center to AWS using CloudEndure Migration. As a result, Malibu Boats greatly improved their operational efficiency and IT resilience.
“We estimate that building our disaster recovery in the cloud was 73% cheaper than if we built the same solution on-prem.”
– Matthieu Traverse, Lead IT Architect at Transdev
Transdev used CloudEndure Disaster Recovery to protect business-critical workloads and reduce their disaster recovery costs by 73%. Rather than refreshing their previous disaster recovery infrastructure, Transdev decided that shifting their recovery site to AWS would save IT resources and align well with their AWS migration strategy. The team began testing disaster recovery solutions on a wide range of complex, write-intensive workloads. Transdev was close to giving up on cloud-based disaster recovery until they tested CloudEndure Disaster Recovery, which worked exactly as expected. Transdev now uses CloudEndure Disaster Recovery to protect a range of business-critical workloads, including Microsoft Active Directory, SQL Servers, MSCS clustered SAP workloads, and niche applications.