Disaster Recovery as a Service That Keeps Your Business Running After Any Event

Our disaster recovery as a service covers a business impact analysis that establishes RTO and RPO requirements per system, disaster scenario modeling, recovery architecture design, documented step-by-step recovery procedures, backup configuration and verification, emergency communication protocols, tabletop simulation exercises, and annual plan maintenance. The engagement produces a tested, documented disaster recovery plan your team can execute rather than a reference document nobody has read since it was written.

Having backups in place means data is being copied on a schedule. Data backup and disaster recovery services means that backup is designed to meet your RPO, the backup is regularly verified to confirm it can actually be restored, the recovery sequence is documented and tested, the people executing the recovery know their roles, and the whole program is aligned to the compliance requirements your organization is subject to. The difference is between having data backed up and being able to recover your business from that backup within your acceptable timeframe.

Our cloud disaster recovery service for AWS, Azure, and Google Cloud covers cross-region replication configuration, cloud-native backup service setup with validated restore testing, automated failover architecture for critical workloads, cloud DR runbook documentation, and recovery architecture that uses each platform’s native DR capabilities rather than third-party tools that add cost and complexity without improving recovery outcomes.

Disaster recovery services focus on restoring IT systems and data after a disruptive event. Business continuity services address how the broader organization continues to function during and after that disruption — including how staff work when systems are unavailable, how customers are communicated with, how vendor and partner relationships are managed during recovery, and how operations are prioritized when not all systems can be restored simultaneously. CyberZeals addresses both because IT recovery and business continuity planning are most effective when designed together.

IT disaster recovery plan testing at CyberZeals involves tabletop exercises where your recovery team walks through the plan against a realistic failure scenario to identify steps that are unclear, contacts that are missing, dependencies that were not accounted for, and timing assumptions that do not reflect how long steps actually take. For cloud environments, we also conduct actual recovery tests in isolated environments that confirm recovery procedures work as documented rather than only as designed.

Disaster recovery planning for compliance environments addresses both the technical recovery requirement and the compliance documentation requirement. HIPAA requires a formal contingency plan with data backup, disaster recovery, emergency mode operations, testing, and applications and data criticality analysis. PCI DSS requires a formal incident response and DR plan for cardholder data environment systems. SOC 2 availability criteria require DR plan documentation and testing evidence. Our planning process produces both the plan and the compliance evidence your auditor will review.

Disaster recovery services for small business addresses the DR discipline at a scale appropriate to the organization’s size, budget, and IT complexity. The same core components are included BIA, recovery procedures, backup verification, and DR testing but the architecture is sized for the actual recovery infrastructure available to a smaller organization, the documentation is written for a smaller IT team, and the cost is structured for a smaller IT budget. The goal is a functional DR program, not a comprehensive DR program that exceeds what the organization needs.

The best cloud disaster recovery service for ransomware scenarios addresses the specific ways ransomware impacts DR that standard recovery scenarios do not — including the need for immutable backups that ransomware cannot encrypt, the recovery sequencing that prevents restoring infected data alongside clean systems, the backup isolation architecture that keeps encryption events from reaching cloud-stored backups, and the extended recovery timeline that ransomware events typically require compared to hardware failure or accidental data deletion.

RTO is the recovery time objective the maximum acceptable time between a system failure and the restoration of that system to operational status. RPO is the recovery point objective — the maximum acceptable data loss measured as time, so an RPO of four hours means no more than four hours of data can be lost in a recovery event. CyberZeals establishes RTO and RPO for each system through the business impact analysis, working with your operations leadership to determine what the business can operationally tolerate rather than setting arbitrary targets based on what IT currently provides.

A full IT disaster recovery plan engagement for a mid-sized organization with ten to fifty servers, cloud infrastructure, and a mix of critical and non-critical applications typically takes four to eight weeks from initial BIA through final documentation and simulation exercise. Organizations with more complex environments, hybrid infrastructure, multi-cloud deployments, or strict compliance documentation requirements take longer. Timeline is confirmed after the initial scoping conversation when the scope and complexity of the environment are understood.