Disaster
Recovery
What is Disaster Recovery?
Disaster recovery is an aspect of an organization’s
security planning that deals with the advance
measures to be taken in the events of a disaster.
With the help of disaster recovery products, recovery
of the data becomes much easier. It is a set of
protocols and procedures which are used for
continuation of database via cloud computing.
This technology is completely inspired by human-
induced disasters.
How CloudEndure Disaster
Recovery Works
Business continuity and IT resilience are a click
away with CloudEndure®
DisasterRecovery
technology.
 Initial Sync
 Continuous Replication
 Non-Disruptive Tests
 Failover
 Failback
1. Initial Sync
Install the CloudEndure agent on your source machines in order to:
 Launch asynchronous, block-level replication.
 Create a lightweight replication staging area.
 Keep your data in sync in a cost-effective manner using minimal
compute and low-cost storage.
2. Continuous Replication
After target machines are set up and synced:
 Your source machines are protected with continuous
data protection(CDP) technology.
 Any changes made on your source machines will sync
into your target machines in real time.
 Target machines can be spun up at any time in their
most up-to-date stage.
3. Non-Disruptive Tests
Disaster Recovery drills:
 Are conducted by simply clicking a button in the CloudEndure
Console.
 Do not impact machine performance.
 Do not disrupt continuous replication.
4. Failover
When disaster strikes:
 Spin up your target machines within minutes.
 Automated conversion natively boots your machines to target
infrastructure.
 Automated application stack orchestration eliminates need for
time-consuming network configurations.
 You can launch the target machine in an earlier state using our
Point-in-Time Recovery technology.
5. Failback
One-click failback:
 Allows you to return to normal operations.
 Reverses the replication direction from target machines back
to source machines.
 Ensures changes that occurred in target machines during
disaster are replicated back to source machines.
Protect all of your physical, virtual, hybrid,
and cloud-based workloads with one disaster
recovery solution. Unlike application-specific
disaster recovery solutions, CloudEndure
supports all workloads, including databases
and legacy applications.
Replication is the key technology which is used
for disaster data recovery.
For a better disaster recovery replication it is
important to check out your solution or technology
used. The method should be authentic otherwise
the data converts into pirated copies and data
recovery becomes a daunting task for you. The
data location changes here with every action.
Disaster Recovery Replication
To know more, visit CloudEndure
today!
Website: https://www.cloudendure.com
Phone: +1 650 360 0717
Mail: info@cloudendure.com
Cloud Based Disaster Recovery: CloudEndure

Cloud Based Disaster Recovery: CloudEndure

  • 1.
  • 2.
    What is DisasterRecovery? Disaster recovery is an aspect of an organization’s security planning that deals with the advance measures to be taken in the events of a disaster. With the help of disaster recovery products, recovery of the data becomes much easier. It is a set of protocols and procedures which are used for continuation of database via cloud computing. This technology is completely inspired by human- induced disasters.
  • 3.
    How CloudEndure Disaster RecoveryWorks Business continuity and IT resilience are a click away with CloudEndure® DisasterRecovery technology.  Initial Sync  Continuous Replication  Non-Disruptive Tests  Failover  Failback
  • 4.
    1. Initial Sync Installthe CloudEndure agent on your source machines in order to:  Launch asynchronous, block-level replication.  Create a lightweight replication staging area.  Keep your data in sync in a cost-effective manner using minimal compute and low-cost storage.
  • 5.
    2. Continuous Replication Aftertarget machines are set up and synced:  Your source machines are protected with continuous data protection(CDP) technology.  Any changes made on your source machines will sync into your target machines in real time.  Target machines can be spun up at any time in their most up-to-date stage.
  • 6.
    3. Non-Disruptive Tests DisasterRecovery drills:  Are conducted by simply clicking a button in the CloudEndure Console.  Do not impact machine performance.  Do not disrupt continuous replication.
  • 7.
    4. Failover When disasterstrikes:  Spin up your target machines within minutes.  Automated conversion natively boots your machines to target infrastructure.  Automated application stack orchestration eliminates need for time-consuming network configurations.  You can launch the target machine in an earlier state using our Point-in-Time Recovery technology.
  • 8.
    5. Failback One-click failback: Allows you to return to normal operations.  Reverses the replication direction from target machines back to source machines.  Ensures changes that occurred in target machines during disaster are replicated back to source machines.
  • 9.
    Protect all ofyour physical, virtual, hybrid, and cloud-based workloads with one disaster recovery solution. Unlike application-specific disaster recovery solutions, CloudEndure supports all workloads, including databases and legacy applications.
  • 10.
    Replication is thekey technology which is used for disaster data recovery. For a better disaster recovery replication it is important to check out your solution or technology used. The method should be authentic otherwise the data converts into pirated copies and data recovery becomes a daunting task for you. The data location changes here with every action. Disaster Recovery Replication
  • 11.
    To know more,visit CloudEndure today! Website: https://www.cloudendure.com Phone: +1 650 360 0717 Mail: [email protected]