Backup & Disaster Recovery
Far fewer organizations have a disaster recovery plan that has been tested and validated to work under real conditions. We design and implement backup and DR solutions on Azure with tested runbooks and defined recovery objectives so you know exactly what happens when something goes wrong. This aligns with the Reliability pillar of Microsoft's Well-Architected Framework.
Protect What You Have Built
The organizations best positioned to recover from unexpected disruptions are the ones that planned, tested, and validated their recovery processes before they were needed. A well-designed disaster recovery solution is one of the highest-value investments an organization can make relative to the risk it mitigates. Azure adds flexibility that self-managed on-premises sites cannot match. Regions and Availability Zones let you scale recovery capacity up or down and balance cost against your recovery time and recovery point objectives, so the plan fits the business rather than the hardware.
Protect Critical Data and Systems
Comprehensive backup and replication covering on-premises and cloud workloads ensures your critical data is protected and recoverable regardless of what causes an incident.
Minimize Downtime When It Matters
Warm DR environments, tested failover procedures, and defined recovery time objectives mean your business resumes operations quickly when a disruption actually occurs.
Confidence Through Testing
Regular failover simulations, often called table top tests or bubble tests, validate your recovery plan in an isolated environment so you have confidence it works before you ever need to use it in a real incident.
Our Offerings
From DR assessments and backup strategy consulting through Azure DR design, implementation, and failover testing, here is how we engage across backup and disaster recovery.
DR Assessment
Evaluation of backup and recovery capabilities identifying coverage gaps, untested assumptions, and current risk exposure.
Backup Strategy & Consulting
Backup architecture designed for on-premises and cloud workloads aligned to your recovery time and recovery point objectives.
Azure DR Solution Design
Azure disaster recovery design using Azure Site Recovery, aligned to your recovery time and recovery point objectives.
Azure DR Implementation
Warm Azure DR site with connectivity, infrastructure, and tested failover procedures fully validated before go-live.
DR Failover Testing
Failover simulation in an isolated environment validating recovery procedures work as designed without impacting production.
Let's Build Something Great
How We Approach Recovery & Disaster Recovery on Azure
A disaster recovery solution that has never been tested is a hypothesis, not a plan. Our approach designs solutions that can be validated before they are needed and maintained to stay current as your environment changes.
Aligned to Azure's Reliability Pillar
Microsoft's Well-Architected Framework treats Reliability as a core pillar of any Azure workload, and backup and disaster recovery are central to meeting that standard. Every DR design we deliver maps to the Reliability pillar's guidance on recovery targets, failure mode analysis, and tested response, so your environment holds up to the same criteria Microsoft uses to evaluate architecture quality.
Define Recovery Objectives First
Recovery Time Objective and Recovery Point Objective are business decisions, not technical parameters. Before designing any DR solution, we work with your leadership to understand what each system is worth, how much downtime is acceptable, and how much data loss the business can tolerate. Those answers shape every technical decision that follows in the engagement.
Warm Environments, Not Cold Storage
Cold backup solutions are inexpensive until you actually need them. Restoring a system from cold backup under pressure during a real incident takes far longer than most RTO expectations allow. We design warm DR environments that can be activated quickly, with connectivity, security, and configuration already in place and validated.
Testing Is Not Optional
A disaster recovery solution that has never been tested is not a DR plan. We run failover simulations, sometimes called table top tests or bubble tests, in an isolated environment that mirrors production. The exercise validates runbooks, recovery times, and team readiness without any risk to live systems, so the first real failover is not the first failover.
Documented Runbooks for Everyone
Recovery procedures that exist only in one engineer's head are a single point of failure. We produce clear, step-by-step DR runbooks that any qualified team member can follow under pressure - reviewed and updated as the environment changes so the documentation stays accurate and useful.
Ongoing Validation as Environments Change
DR solutions that are implemented and forgotten quickly become misaligned with the environment they protect. We provide ongoing maintenance and periodic testing to keep your DR coverage current as infrastructure, applications, and data assets change over time.
Aligned to Azure's Reliability Pillar
Microsoft's Well-Architected Framework treats Reliability as a core pillar of any Azure workload, and backup and disaster recovery are central to meeting that standard. Every DR design we deliver maps to the Reliability pillar's guidance on recovery targets, failure mode analysis, and tested response, so your environment holds up to the same criteria Microsoft uses to evaluate architecture quality.
Define Recovery Objectives First
Recovery Time Objective and Recovery Point Objective are business decisions, not technical parameters. Before designing any DR solution, we work with your leadership to understand what each system is worth, how much downtime is acceptable, and how much data loss the business can tolerate. Those answers shape every technical decision that follows in the engagement.
Warm Environments, Not Cold Storage
Cold backup solutions are inexpensive until you actually need them. Restoring a system from cold backup under pressure during a real incident takes far longer than most RTO expectations allow. We design warm DR environments that can be activated quickly, with connectivity, security, and configuration already in place and validated.
Testing Is Not Optional
A disaster recovery solution that has never been tested is not a DR plan. We run failover simulations, sometimes called table top tests or bubble tests, in an isolated environment that mirrors production. The exercise validates runbooks, recovery times, and team readiness without any risk to live systems, so the first real failover is not the first failover.
Documented Runbooks for Everyone
Recovery procedures that exist only in one engineer's head are a single point of failure. We produce clear, step-by-step DR runbooks that any qualified team member can follow under pressure - reviewed and updated as the environment changes so the documentation stays accurate and useful.
Ongoing Validation as Environments Change
DR solutions that are implemented and forgotten quickly become misaligned with the environment they protect. We provide ongoing maintenance and periodic testing to keep your DR coverage current as infrastructure, applications, and data assets change over time.
A Structured Approach to Azure Backup & Recovery
Recovery Testing: Failover simulations validate recovery procedures before they are needed and help identify gaps in the recovery plan.
Azure DR Planning: Azure Site Recovery and related services support disaster recovery designs aligned to recovery objectives.
Full-Stack Coverage: Recovery planning considers infrastructure, applications, and data together.
Documented Runbooks: Clear recovery procedures help qualified team members respond consistently under pressure.
Ongoing Maintenance: Monitoring, testing, and updates help keep disaster recovery protection current.
Security Integrated: Recovery planning includes encryption, access controls, and compliance requirements.
Validate Your Recovery Plan
A DR Assessment gives you a clear picture of your current exposure and what a tested, reliable recovery solution would actually require to implement.
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