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Ransomware, hardware failure, human error, and natural disasters do not announce their arrival. When they strike, the difference between recovering in four hours and recovering in four days is whether you had a tested disaster recovery plan in place before the incident. Infraspine designs, implements, and tests DR strategies that restore your critical systems within agreed RTO and RPO targets — aligned to ISO 22301 and including annual DR testing as standard in every engagement.
The consequences of a major IT outage without a disaster recovery plan are severe. Every hour of downtime costs a business through lost sales, idle staff, customer attrition, and regulatory exposure. For businesses that process payments, operate e-commerce, or rely on real-time systems, the financial impact of a 24-hour outage can reach tens or hundreds of thousands of pounds. For businesses subject to GDPR or PCI-DSS, an outage that results in data loss triggers mandatory regulatory reporting and potential fines.
Ransomware has made DR planning more urgent than ever. Ransomware attacks encrypt your data and demand payment for the decryption key — but paying the ransom does not guarantee recovery, and even when the key is provided, manual decryption of large data volumes can take days. The only reliable defence against ransomware is a tested DR capability with air-gapped or immutable backups that cannot themselves be encrypted, and a recovery process that has been proven to work within your required RTO.
Infraspine\'s DR service is not a document exercise — we design, configure, and test real recovery capability. Every engagement includes annual DR testing to prove that the plan works in practice and to identify gaps before they are discovered during a real incident.
With DR vs Without DR
From DR strategy design and RTO/RPO definition through backup infrastructure, DR site configuration, annual testing, and failover procedures.
An effective disaster recovery strategy begins with a thorough understanding of what your organisation cannot afford to lose and cannot afford to be without. Our DR consultants conduct a Business Impact Analysis that identifies every critical system, application, and data set, quantifies the financial and operational cost of downtime for each, and determines the maximum tolerable outage period. From this foundation, we design a DR strategy that specifies the recovery tier for each system — from near-real-time replication for mission-critical platforms to standard backup restore for less critical systems — and the infrastructure architecture required to achieve the agreed recovery targets. The result is a DR strategy document that is both technically rigorous and commercially justified, giving your board confidence that the investment in DR capability is proportionate to the risk it mitigates.
Recovery Time Objective (RTO) and Recovery Point Objective (RPO) are the two most important metrics in disaster recovery planning — and the two that most organisations have never formally defined. RTO defines the maximum acceptable time between a disruptive event and the restoration of a system to operational status. RPO defines the maximum acceptable data loss measured in time — how far back in time your data can be restored to without causing an unacceptable business impact. Without formally defined RTO and RPO targets, DR planning lacks the specificity needed to make appropriate infrastructure and investment decisions. We work with your business and IT leadership to agree RTO and RPO targets for every system in scope, document these in a formal Service Level Agreement, and design the DR architecture required to achieve them — ensuring you are not over-investing in unnecessary redundancy or under-investing where the business risk is greatest.
Backup is the foundation of any disaster recovery capability — but backup infrastructure that has not been properly designed and regularly tested is a false sense of security. Many organisations discover during a real incident that their backups are corrupted, incomplete, or impossible to restore within the timeframe required. Our backup infrastructure design service covers the full backup architecture: the selection of backup software and storage platforms, backup job design ensuring all critical data is captured within the RPO window, retention policy configuration, encryption at rest and in transit, and the monitoring and alerting required to detect backup failures before they leave you exposed. We design backup architectures that follow the 3-2-1 rule — three copies of data, on two different media types, with one copy offsite or in a geographically separate cloud region.
A disaster recovery site is the secondary environment to which your critical systems fail over when your primary environment becomes unavailable. DR sites can take multiple forms depending on your RTO requirements and budget: a warm standby environment with regularly synchronised data that can be activated within hours, a hot standby with near-real-time replication that can be activated within minutes, or a cold standby environment that requires more manual build but at lower ongoing cost. Cloud platforms such as Microsoft Azure and Amazon Web Services have fundamentally changed DR site economics — it is now possible to maintain a cloud-based DR environment that scales on demand, with costs that reflect the pay-as-you-go consumption model rather than the capital cost of dedicated physical infrastructure.
A disaster recovery plan that has never been tested is not a disaster recovery plan — it is a hypothesis. The only way to know whether your DR capability will work in a real incident is to test it under conditions that as closely as possible simulate a genuine failure. DR testing is also a regulatory and compliance requirement under frameworks including ISO 22301 and is increasingly required by cyber insurance underwriters as a condition of coverage. Our DR testing service designs and executes annual DR tests that exercise the full recovery procedure — activating the DR environment, restoring critical systems, verifying data integrity, confirming application functionality, and measuring actual RTO and RPO against the targets in the DR plan. Test results are documented in a formal test report with findings, issues identified, and a remediation plan for any gaps discovered.
When a disaster occurs, the speed and accuracy of the response depends entirely on the quality of the documented procedures available to the team executing the recovery. Unclear, incomplete, or outdated runbooks cause delays and errors at the worst possible time. Our DR engineers develop detailed failover and failback runbooks for every system and application in scope — step-by-step procedural guides written to a standard that allows a competent IT professional to execute the recovery even under stress, even if they were not involved in the original DR design. Failback procedures — the process of returning operations to the primary environment once it has been restored — are equally important and often overlooked; we document both directions of the recovery process.
Common questions from organisations planning their disaster recovery capability.
Get a DR assessment today. We will identify your recovery gaps and design a tested capability that protects your business before disaster strikes.