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Disaster recovery as a service (DRaaS) and technical continuity

Disaster recovery as a service (DRaaS) and technical continuity

Restoration of critical systems and services to reduce interruptions and recover operations in the event of major incidents or catastrophic failures.

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What it is and what it is for

A structured disaster recovery as a service (DRaaS) and technical continuity framework guarantees that your critical servers, enterprise databases, and core infrastructure restore within minutes or hours during catastrophic disruptions or ransomware attacks.

Cloud disaster recovery as a service (DRaaS) architecture

We build automated disaster recovery runbooks that eliminate human error and trial-and-error procedures during high-severity operational crises:

  • Continuous block-level replication of virtual machines, servers, and transactional databases to secondary cloud targets.
  • One-click automated failover workflows that boot production workloads in target environments within minutes.
  • Granular and ordered failback procedures preventing transactional gaps or data loss when restoring the primary site.
  • Isolated sandbox staging for regular, non-intrusive disaster simulations without production network disruption.

High Availability and Enterprise Resilience with Acronis and Rubrik

We deploy enterprise-grade DRaaS platforms engineered to safeguard mission-critical business platforms including ERPs, databases, and core customer portals:

  • Acronis Disaster Recovery: Instant on-demand cloud failover to the Acronis secure cloud during on-premise hardware failure or attack.
  • Rubrik Cloud Disaster Recovery: Cost-optimized server spinning in AWS or Azure with policy-driven governance and orchestration.
  • Continuous automated auditing of RPO and RTO drift against established business recovery service levels.
  • Dedicated 24/7 technical incident guidance and architecture advisory from ORIT disaster recovery engineers.

Who this service is for

Companies in the legal, healthcare, education, professional services, manufacturing, and retail sectors that lack an in-house security team and cannot afford hours of operational downtime or data loss that threatens business survival.

What ORIT delivers

  • Formal definition of recovery objectives: Recovery Time Objective (RTO) and Recovery Point Objective (RPO).
  • Continuous replication architecture mirroring on-premise and virtual workloads into secure, isolated cloud failover zones.
  • Disaster Recovery Plan (DRP) documentation featuring step-by-step failover and failback operational playbooks.
  • Periodic non-disruptive failover simulations verifying that recovery systems spin up as designed.
  • 24/7 technical engineering accompaniment during major outages orchestrating complete system restoration.

How we work

1
Phase 1 - Business Impact Analysis (BIA): identifying core business dependencies, applications, and financial downtime costs.
2
Phase 2 - Failover architecture design: sizing secondary cloud compute, storage, and networking capacity.
3
Phase 3 - Replication configuration: establishing encrypted transit tunnels and initial synchronization.
4
Phase 4 - Validation and failover drills: testing live server spin-up and user connectivity in the secondary environment.
5
Phase 5 - Continuous replication health monitoring: ensuring recovery point objectives remain strictly maintained.

Business Benefits

  • Minimization of business downtime (RTO).
  • Resilience against natural disasters or infrastructure failures.
  • Protection of brand reputation in the event of service outages.
  • Clear financial planning for recovery.

Frequently Asked Questions

What is the difference between a backup and DRaaS?
A backup stores passive data copies for subsequent file retrieval. DRaaS (Disaster Recovery as a Service) maintains ready-to-run replicas of your servers in the cloud, allowing immediate spin-up if primary infrastructure collapses.
What do RTO and RPO mean in business continuity?
RTO (Recovery Time Objective) is the maximum acceptable duration of system downtime before business impact is severe. RPO (Recovery Point Objective) is the maximum age of files that must be recovered from backup storage.
Do I need a physical secondary datacenter for disaster recovery?
No. Modern cloud-based DRaaS managed by ORIT provides elastic cloud infrastructure that only incurs full compute costs during recovery drills or actual emergencies, eliminating capital hardware investments.
How frequently should disaster recovery plans be tested?
We recommend executing failover simulations at least twice a year and after any major architectural changes to production servers or core applications.

Ready to evaluate your technical security exposure?

Start with our security posture assessment or talk directly with one of our specialized engineers to define your immediate priorities.

Security posture assessmentContact an Engineer

Manufacturers we work with

Logotipo del fabricante tecnológico Acronis
Acronis
Logotipo del fabricante tecnológico Rubrik
Rubrik

Related use cases

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