Disaster Recovery Infrastructure
Protect business-critical systems with secondary infrastructure designed for backup, replication, failover and recovery. HostGraber helps businesses build disaster recovery environments around their operational requirements.
Prepare Your Infrastructure for Unexpected Disruption
Disaster Recovery is the process of maintaining secondary systems, data and infrastructure that can help restore business operations following hardware failures, network outages, data corruption or other disruptive events.
A properly designed recovery environment reduces dependency on a single infrastructure location and provides a structured path to restore critical services.
Protect Data
Maintain backup and replicated copies of critical information.
Reduce Downtime
Prepare alternate infrastructure for service restoration.
Maintain Continuity
Keep business-critical operations recoverable.
Test Recovery
Validate recovery workflows through planned drills.
Recovery Infrastructure for Different Business Needs
Backup & Recovery
Maintain protected copies of critical application and business data.
Data Replication
Replicate selected data between primary and recovery infrastructure.
Standby Infrastructure
Prepare compute capacity that can support recovery workloads.
Network Failover
Design alternate routing and network paths for recovery scenarios.
Application Recovery
Prepare recovery workflows for selected business-critical applications.
Custom DR Architecture
Build a recovery environment around your specific infrastructure stack.
Design Around Your RPO & RTO
A disaster recovery design should be aligned with how much data loss and downtime your business can tolerate.
Recovery Point Objective
Defines how much recent data loss may be acceptable after a disruption.
Recovery Time Objective
Defines how quickly services should be restored after an outage.
How a Disaster Recovery Environment Works
Primary Infrastructure
Your production workloads operate from the primary environment.
Backup / Replication
Selected data and systems are copied to recovery infrastructure.
Failure Detection
Operational teams identify disruption affecting production services.
Recovery Activation
Recovery systems are activated according to the agreed procedure.
Service Restoration
Business-critical services are restored through recovery infrastructure.
How a Disaster Recovery Environment Works
Primary Infrastructure
Your production workloads operate from the primary environment.
Backup / Replication
Selected data and systems are copied to recovery infrastructure.
Failure Detection
Operational teams identify disruption affecting production services.
Recovery Activation
Recovery systems are activated according to the agreed procedure.
Service Restoration
Business-critical services are restored through recovery infrastructure.
Recovery Infrastructure With Technical Expertise
HostGraber can combine compute, storage, network and managed services to help businesses build practical disaster recovery environments.
From Risk Assessment to Recovery Readiness
Assess
Identify critical workloads and recovery priorities.
Define RPO & RTO
Determine acceptable data loss and recovery time.
Design
Plan compute, storage, network and replication architecture.
Deploy
Provision and configure the recovery environment.
Test
Perform recovery testing and validate procedures.
Backup Is Important. Recovery Goes Further.
Build a Complete Recovery Stack
Store protected copies of business-critical data.
CROSS CONNECTCreate dedicated recovery network paths.
PRIVATE NETWORKConnect production and recovery environments privately.
MONITORINGMonitor critical infrastructure and recovery systems.
SERVER MANAGEMENTAdd technical management to recovery infrastructure.
Disaster Recovery FAQs
What is Disaster Recovery?
Disaster Recovery is a structured approach to restoring data, systems and business-critical services following infrastructure disruption.
What is the difference between backup and disaster recovery?
Backup focuses primarily on preserving data. Disaster Recovery can include data, compute, network configuration and documented recovery procedures.
What is RPO?
RPO, or Recovery Point Objective, defines how much recent data loss may be acceptable after a disruption.
What is RTO?
RTO, or Recovery Time Objective, defines the target time for restoring a service following disruption.
Can I protect virtual machines?
Virtualized environments can be considered during recovery architecture design depending on the underlying platform and requirements.
Can Disaster Recovery be tested?
Yes. Recovery drills can be planned to verify procedures, infrastructure readiness and recovery dependencies.
Do you provide custom DR architecture?
Yes. Disaster Recovery environments can be designed around workload, storage, network, RPO and RTO requirements.
Protect Your Infrastructure Before You Need It
Share your current infrastructure and recovery objectives. Our team can help you plan compute, storage, replication and network requirements for a Disaster Recovery environment.
