Disaster Recovery Services
Recover Faster. Minimize Downtime. Keep Your Business Running.
Protect your critical applications, infrastructure, and data with a disaster recovery strategy designed to reduce disruption and help your business recover when unexpected events occur.
We help you assess risks, define recovery objectives, protect critical workloads, and build tested recovery capabilities across cloud, on-premises, and hybrid environments.
What Is Disaster Recovery?
Disaster recovery is the process of preparing systems, applications, infrastructure, and data to be restored after an unexpected disruption. A well-designed disaster recovery strategy helps organizations reduce downtime, limit data loss, and restore critical business operations quickly.
Disruptions can result from infrastructure failures, cyberattacks, ransomware, data loss, human error, system outages, or other unexpected events.
What Disaster Recovery Covers
Data & Workload Protection
Protect critical business data and workloads.
Application Recovery
Restore essential applications and their dependencies.
Infrastructure Recovery
Recover servers, networks, storage, and cloud resources.
Business Continuity
Keep critical operations running during disruption.
Recovery Objectives
Define achievable RPO and RTO requirements.
Cloud & Hybrid Recovery
Recover workloads across on-premises, cloud, and hybrid environments.
From disruption to business as usual
End-to-End Disaster Recovery Services
Build a recovery strategy that protects critical workloads, reduces downtime, and helps your organization respond confidently to unexpected disruptions.
Disaster Recovery Assessment
Evaluate your current environment, identify recovery gaps, and determine which systems and workloads require priority protection.
Choose the Right Recovery Strategy for Your Environment
Every workload has different recovery requirements. The right disaster recovery strategy balances recovery speed, data protection, infrastructure complexity, and cost based on your business priorities.
Backup & Restore
Back up critical data and restore systems when a disruption occurs. A practical approach for workloads with less demanding recovery objectives.
Pilot Light
Keep essential components running in the recovery environment while additional resources are activated when needed.
Warm Standby
Maintain a scaled-down version of the production environment that can be expanded during a recovery event.
Hot Standby
Maintain a ready-to-run recovery environment for faster application and infrastructure recovery.
Continuous Replication
Continuously replicate workloads and data to a recovery environment to reduce potential data loss and support faster recovery.
Cloud & Hybrid Disaster Recovery
Use cloud disaster recovery or hybrid disaster recovery infrastructure as a flexible recovery environment for workloads distributed across different locations and platforms.
Recovery Objectives That Match Your Business
Two numbers drive almost every disaster recovery decision that matters — how much data you can afford to lose, and how long you can afford to be down.
RPO — Recovery Point Objective
How much data loss your business can tolerate, measured as a point in time before the disruption.
Red zone = data created since the last recovery point — what RPO aims to shrink.
RTO — Recovery Time Objective
How quickly your systems need to be restored and operational again after a disruption.
Orange zone = downtime while recovery runs — what RTO aims to shrink.
How objectives translate into a working recovery capability
Example Workload Tiers
Illustrative — not guaranteed figures for every environment| Workload | Priority | RPO | RTO |
|---|---|---|---|
| Mission-Critical | Critical | Near-zero | Minutes |
| Business-Critical | High | Low | Hours |
| Standard | Normal | Moderate | Hours / Days |
From Risk Assessment to Reliable Recovery
A structured, repeatable path from risk assessment to tested recovery — disaster recovery treated as an ongoing capability, not a one-time project.
Discover
Identify critical applications, infrastructure, data, dependencies, and risks.
Assess
Evaluate current recovery capabilities, vulnerabilities, and gaps.
Design
Define recovery architecture, RPO/RTO, replication, backup, and failover requirements.
Implement
Deploy the required backup, replication, recovery, and security controls.
Test
Validate recovery procedures through planned failover and recovery testing.
Monitor & Improve
Continuously monitor recovery readiness and optimize as environments change.
Secure Recovery From Cyber Threats
A recovery environment that's available but not secure just gives an attacker a second target. Recovery has to be built to withstand the same threats as production — especially ransomware recovery, where attackers increasingly go after backups first.
From production data to a verified, restorable copy
Ransomware Recovery
Recovery architecture designed to restore clean, unencrypted data even when production systems and connected backups have been compromised.
Isolated Recovery Environments
Keep recovery infrastructure logically and physically separated from production so a compromise in one doesn't spread to the other.
Immutable Backups
Store backup data in a form that can't be altered or deleted within a defined retention period, even by a compromised administrator account.
Encryption & Identity Controls
Encrypt data in transit and at rest, and apply strict identity and access controls to every system involved in recovery.
Secure Replication
Protect data as it moves between production and recovery environments, not just once it arrives.
Continuous Recovery Monitoring
Monitor the recovery environment itself on an ongoing basis, not only during an active incident.
Don't Wait for a Disaster to Test Your Recovery
A recovery plan that's never been tested is a guess, not a plan. Disaster recovery testing is what turns a documented strategy into one you can actually rely on.
Test coverage — 6 practices, run on a recurring cycle
Recovery Simulations
Run realistic disruption scenarios to see how systems, teams, and processes actually respond.
Failover Testing
Validate that workloads switch over to the recovery environment cleanly and within the expected time.
Backup Restoration Testing
Confirm that backups actually restore correctly — not just that they completed successfully.
Application Dependency Validation
Verify that interconnected applications and services still function correctly once restored.
RPO/RTO Validation
Measure actual recovery time and data loss against your defined objectives, not assumed ones.
Recovery Runbooks & Continuous Improvement
Keep step-by-step recovery documentation current, and update it based on what every test reveals.
Protect Workloads Across Cloud, On-Premises & Hybrid Environments
Recovery architecture doesn't have to live in one place. Whether your workloads run on-premises, in a public or private cloud, across a hybrid setup, or spread over multiple cloud providers, the recovery environment can be designed to match — which is often where cloud disaster recovery and hybrid disaster recovery genuinely outperform a single-site backup approach.
Build a More Resilient Business
The point of disaster recovery isn't the technology itself — it's what the business gets to keep doing when something goes wrong.
Minimize Downtime
Reduce how long critical systems and applications stay unavailable during a disruption.
Reduce Data Loss
Limit how much data is lost between the last recovery point and the moment of disruption.
Recover Faster
Move from disruption to restored operations in a fraction of the time an untested plan would take.
Protect Against Ransomware
Recover from an attack using clean, isolated data instead of negotiating with whoever encrypted it.
Improve Business Continuity
Keep critical operations running, or bring them back online fast enough that customers barely notice.
Strengthen Compliance & Resilience
Meet regulatory and contractual recovery requirements while building a genuinely more resilient environment, not just a document that says you did.
Trusted by forward-thinking teams
Ready to Protect Your
Critical Operations?
Talk to our SRE team about disaster recovery planning, AWS disaster recovery, recovery testing, or business continuity — and get a clear picture of your current recovery readiness before an incident forces the question.