Outcome Solutions — Disaster Recovery
Disaster Recovery That Actually Works When You Need It
Most DR plans fail when they are needed most — because they were never properly tested against production reality. Novastraxis Disaster Recovery provides continuous replication, automated failover, and non-disruptive testing that proves your recovery capability every quarter, not just on paper.
Trusted by the world's most demanding enterprises
99.97%
First-Attempt Pass Rate
Quarterly
Non-Disruptive Testing
0
Production Impact Incidents
<18min
Avg. Tier 1 Recovery Time
Disaster Recovery Tiers
Not all workloads need the same level of protection. Our tiered DR model lets you match recovery objectives to business criticality, optimizing cost while ensuring your most important systems recover in seconds.
| Tier | Topology | RPO | RTO | Use Cases |
|---|---|---|---|---|
| Tier 1: Mission-Critical | Active-Active | <1 second | <30 seconds | Payment processing, trading platforms, real-time fraud detection, critical SaaS applications |
| Tier 2: Business-Critical | Warm Standby | <15 minutes | <5 minutes | ERP systems, CRM platforms, internal business applications, data warehouses |
| Tier 3: Standard | Cold Standby | <1 hour | <30 minutes | Development environments, batch processing, archival systems, non-customer-facing tools |
Tier 1 — Active-Active
Mission-Critical
<1 second
RPO
<30 seconds
RTO
For workloads where any data loss or downtime is unacceptable. Active-active deployment across two or more regions with synchronous replication and automatic failover. Both sites serve production traffic simultaneously, so failover is invisible to end users.
- Synchronous data replication with zero data loss guarantee
- Automatic failover triggered by health check failure — no human intervention
- Active-active traffic distribution with global load balancing
- Conflict-free replicated data types (CRDTs) for multi-region writes
- Sub-30-second recovery with pre-warmed standby capacity
Typical Use Cases: Payment processing, trading platforms, real-time fraud detection, critical SaaS applications
Tier 2 — Warm Standby
Business-Critical
<15 minutes
RPO
<5 minutes
RTO
For workloads that tolerate minimal data loss and brief recovery windows. Asynchronous replication to a warm standby region with pre-provisioned compute and regularly validated recovery procedures. Failover is automated but requires a brief service interruption.
- Asynchronous replication with configurable RPO targets (1-15 minutes)
- Warm standby with pre-provisioned compute scaled to 50-100% of production
- Automated failover orchestration with dependency-aware sequencing
- Database point-in-time recovery with granular restore capabilities
- Automated DNS failover with health-check-based triggering
Typical Use Cases: ERP systems, CRM platforms, internal business applications, data warehouses
Tier 3 — Cold Standby
Standard
<1 hour
RPO
<30 minutes
RTO
For workloads that can tolerate moderate data loss and recovery times. Periodic snapshot replication to a cold standby region with on-demand compute provisioning. Cost-optimized for workloads where extended recovery windows are acceptable.
- Periodic snapshot replication with configurable intervals (15-60 minutes)
- Cold standby with on-demand compute provisioning at failover time
- Automated infrastructure provisioning from infrastructure-as-code templates
- Data restoration from immutable snapshots with integrity verification
- Cost-optimized — no standby compute charges during normal operations
Typical Use Cases: Development environments, batch processing, archival systems, non-customer-facing tools
Disaster Recovery Capabilities
Every capability is designed to ensure that your disaster recovery plan works when it matters most — not just on paper, but in production, under pressure.
Continuous Data Replication
Byte-level change capture replicates data continuously from primary to recovery regions. Support for synchronous, asynchronous, and periodic replication modes to match RPO requirements with cost and performance tradeoffs.
- Synchronous replication for zero-RPO workloads with write acknowledgment from both regions
- Asynchronous replication with sub-minute lag monitoring and alerting
- Compression and deduplication reduce replication bandwidth by up to 70%
- Bandwidth throttling controls prevent replication from impacting production performance
Automated Failover Orchestration
When failure is detected, our orchestration engine executes the recovery plan automatically — in the correct dependency order, with pre-validated runbooks, and without requiring human intervention for Tier 1 workloads.
- Dependency-aware failover sequencing ensures services recover in the correct order
- Health-check-driven triggering with configurable sensitivity thresholds
- Pre-validated runbooks tested through non-disruptive DR testing
- Automated DNS and traffic cutover with global anycast support
Cross-Region Recovery
Recover workloads to any of our 48 global regions. Multi-region recovery strategies ensure that even if an entire geographic area is impacted, your workloads can be recovered to an unaffected region within your compliance boundaries.
- 48 global regions available as recovery targets
- Compliance-aware recovery routing ensures data residency requirements are maintained
- Multi-region recovery plans for catastrophic regional failure scenarios
- Automated capacity reservation in recovery regions to guarantee resource availability
DR Testing Automation
Non-disruptive DR testing runs against production data without impacting production workloads. Automated testing validates every component of the recovery plan and produces detailed compliance-grade reports.
- Non-disruptive testing using isolated network namespaces and data snapshots
- Automated validation of RPO/RTO targets against actual recovery performance
- Detailed test reports with compliance-grade evidence for auditors
- Quarterly testing included — additional ad-hoc tests available on demand
Compliance-Grade Audit Trails
Every DR event — replication status, failover trigger, recovery action, and test result — is logged with cryptographic integrity verification. Audit trails are retained for the period required by your regulatory framework and are always available for examination.
- Immutable audit logs for every DR operation with cryptographic signing
- Configurable retention periods (1 year, 3 years, 7 years, or custom)
- Pre-formatted compliance reports for SOC 2, ISO 27001, and FedRAMP auditors
- Real-time DR status dashboard accessible to compliance and operations teams
Ransomware Recovery with Immutable Snapshots
Immutable snapshots provide a guaranteed clean recovery point that cannot be encrypted, modified, or deleted by ransomware — even if attackers gain administrative access to the primary environment.
- Immutable snapshots with configurable retention (write-once, read-many)
- Air-gapped snapshot storage isolated from primary and recovery environments
- Point-in-time recovery to any snapshot within the retention window
- Automated integrity verification detects tampered or corrupted snapshots
99.999%
Verified Uptime SLA
$4B+
Global Data Secured
2,400+
Enterprise Deployments
<12ms
Median API Latency
Non-Disruptive DR Testing
The most common reason DR plans fail is that they are never tested against production data in production-like conditions. Traditional DR testing requires maintenance windows, production impact, and weeks of planning. Our non-disruptive testing approach eliminates all of these barriers.
Every quarter, our automated testing framework executes your complete recovery plan against a snapshot of production data in an isolated network namespace. Production workloads are never impacted, and the test produces a detailed compliance-grade report documenting actual RPO and RTO performance against your targets.
Isolated Test Environment
DR tests run in a completely isolated network namespace using a point-in-time snapshot of production data. No production traffic is affected, and no data leaks between environments.
Full Recovery Execution
The test executes the complete recovery plan — including failover orchestration, data restoration, application startup, and health verification — exactly as it would during a real disaster.
Automated Validation
Post-recovery validation checks verify application functionality, data integrity, and performance against pre-defined acceptance criteria. Any deviation is flagged immediately.
Compliance-Grade Reporting
Detailed test reports document actual RPO and RTO performance, list every action taken during recovery, and provide evidence suitable for SOC 2, ISO 27001, and FedRAMP auditors.
Why Most DR Plans Fail
Industry data shows that over 70% of organizations that experience a major outage discover critical gaps in their DR plan during the actual event. The primary causes are untested recovery procedures, outdated runbooks, and infrastructure changes that were not reflected in the DR plan.
Novastraxis eliminates these failure modes through continuous replication monitoring, automated runbook validation, and quarterly non-disruptive testing that proves recovery capability against current production state.
Prove your disaster recovery capability
Our DR architects will assess your current recovery posture, identify gaps, and design a tiered recovery strategy that meets your RPO/RTO targets and compliance requirements.