Summary
When disaster strikes, whether it’s natural or human-made, businesses need to be prepared. Business continuity planning helps organizations continue operating during or after an event, while disaster recovery planning helps them restore IT infrastructure and data after a disruption.
Today, the stakes for enterprise resilience have never been higher. Disasters and cyberattacks don’t wait for convenient windows—they strike with force, cost, and complexity that test both your technology and your team.
In my decades in IT security, one lesson has become crystal clear: minimizing downtime and ensuring fast recovery of mission-critical operations are no longer optional. But how do you build true cyber resilience when threats are constantly evolving?
Let’s break down the relationship between disaster recovery, business continuity, and the new frontier—cyber resilience.
Business Continuity: Keeping the Lights On
Business continuity (BC) planning asks: “How can we keep our business running when the worst happens?” It encompasses everything from supply chain logistics to customer communications and workforce enablement. Unlike narrowly focused IT restoration, BC is holistic—it prepares you to weather everything from regional storms to supply chain disruptions.
The goal isn’t just surviving, but continuing to operate, even if it’s through extraordinary workarounds or manual processes.
Disaster Recovery: Restoring Your Digital Backbone
Disaster recovery (DR) zooms in on restoring IT infrastructure and data after disruption. Here, technical metrics like recovery point objective (RPO) and recovery time objective (RTO) matter most. Effective DR plans deploy technologies such as synchronous replication (ActiveCluster™), continuous remote replication (ActiveDR™), and immutable backups (SafeMode™ Snapshots) to ensure data is always protected and can be restored rapidly, often with automated failover processes.
This means less scrambling in the dark, more confidence in quick recovery.
Anecdote: On the Front Lines
Earlier this year, we partnered with a healthcare provider whose core data center experienced a major power outage and ransomware attack—at the same time. Thanks to their multi-tiered continuity and DR strategy, which included metro failover and secure isolated recovery, patient records and operational workflows were restored in hours, not days.
When every hour counts, resilient architecture makes the difference between business as usual and a costly standstill.
Cyber Resilience: Beyond Recovery. Proactive and Predictive
Cyber resilience is where the modern conversation shifts. It’s not enough to focus on backup and recovery—prevention, detection, response, and recovery must act together.
The latest Pure Storage “State of Cyber Resilience” report found organizations suffered an average of seven cyber incidents leading to data loss in the past two years, with 63% caused by exploitation of vulnerabilities and 61% by ransomware.
- Only 47% of organizations rate their cyber resilience as high or very high (7+ on a 10-point scale).
- The average cost of the most significant attack hit $5 million per breach—with the lion’s share going to recovering up-to-date backups and critical applications.
- 70% of surveyed enterprises now have a recovery plan specifically for ransomware, and 65% for DDoS attacks.
This shift means platforms with native cyber resiliency—layered, logically and geographically dispersed copies; secure isolated recovery environments (SIRE); and service-backed recovery SLAs—are now the standard. Pure Storage® Pure Protect®, FlashBlade® Rapid Restore, and the Evergreen//One™ cyber recovery SLA exemplify this evolution, letting organizations recover at scale and with confidence.
The State of Cyber Resilience
Learn how 620 US-based IT security practitioners are approaching data storage security in the age of AI.
Statistics That Speak Volumes
As highlighted in the “State of Cyber Resilience” report:
- 53% of firms report strong backup effectiveness for rapid recovery, but only 41% are adept at managing data across all environments—cloud, on-prem, and SaaS.
- 74% of non-cyber data loss is still attributed to human error, reinforcing the value of immutable, automated data protection and access controls.
- Automation is now seen as key to resilience by 66% of respondents, not only accelerating recovery but also reducing staffing strain.
Use Case: DRaaS in Action
Recently, a financial services firm used Pure Protect to instantly failover VMware workloads to AWS when their main office was taken offline by a flood. DRaaS eliminated the need for a secondary data center, cut recovery times from days to minutes, and ensured compliance with the firm’s strict regulatory SLAs for continuity and auditability.
Your Cyber Resilience Checklist
- Layered data protection: Synchronous replication (ActiveCluster), continuous remote DR (ActiveDR), immutable snapshots (SafeMode)
- Secure isolated recovery: Readiness to restore operations in dedicated, uncontaminated environments (SIRE)
- Automated anomaly detection: Fleet-level visibility and resilience scoring via Pure1®
- Service-backed SLAs: On-demand DRaaS and cyber recovery SLAs delivering hardware, planning, and expertise on-site after a disaster
Conclusion
Business continuity keeps the business running. Disaster recovery restores IT after trouble hits. Cyber resilience unifies defense and recovery, ensuring you bounce back stronger. Choose platforms built for resilience—not just restoration. When the next crisis comes, your strategy will decide whether you weather the storm or are swept away.
