A Tale of Two Ransomware Attacks: Which Company Are You?

It’s 3:17 AM. Your phone pings with urgent alerts: “Critical systems compromised. Ransomware detected across all production environments.” As adrenaline floods your system and your team scrambles to respond, what happens next doesn’t always come down to luck, playbooks, or even practice. 

What does it come down to? What would give you the ability to tell your CEO “We can recover from this” rather than “We don’t know what we’ve lost”?

To illustrate the difference, let’s walk through a scenario to see what happens when two different organizations with very different data storage architectures experience the same ransomware attack. 

Then you can answer the question: Which would you rather be?

Meet Organization A and Organization B

Organization A has deployed contemporary security controls including next-generation firewalls, endpoint detection and response (EDR), and traditional backup systems. While these measures provide basic protection, their recovery architecture lacks integration with their primary storage infrastructure.

Organization B has implemented a comprehensive security framework including Pure Storage® FlashBlade® with SafeMode™ snapshots. For their most critical business workloads, they’ve also subscribed to Pure Evergreen//One™ service with the Cyber Recovery and Resilience SLA. Their environment is continuously monitored through Pure1® with AI-powered anomaly detection to identify potential threats before they can fully execute.

Hour Zero: Initial Compromise

The scenario follows an increasingly common pattern: A sophisticated threat actor launches a weekend attack targeting minimal security staff presence. After achieving initial access through a zero-day vulnerability, the attackers rapidly move laterally across the network, compromising service accounts with excessive privileges.

Incident Response Activation

The attack is underway. Both organizations detect the intrusion and receive the ransom demand with threats of data publication and destruction. While both have incident response teams and security monitoring capabilities, their architectural differences create dramatically different outcomes:

Organization A attempts to leverage backups on secondary storage, encountering significant delays in data accessibility. Their flat network architecture allowed rapid lateral movement, and their recovery is hampered by the time-intensive forensic analysis required to identify attack vectors and determine which backups might be compromised.

Organization B‘s Pure1 platform with AI-powered anomaly detection had already flagged unusual storage access patterns hours before encryption began. The security team was automatically alerted to these anomalies, prompting proactive investigation. When the attack was fully executed, Organization B activated their incident response plan with confidence in their SafeMode snapshots and Evergreen//One SLA guarantee.

Within hours of confirming the attack, Organization B’s security team:

1. Uses Pure1’s anomaly detection to pinpoint the exact time when suspicious activities began
2. Identifies the last known good snapshot copy based on the AI analysis, eliminating guesswork
3. Initiates the Cyber Recovery and Resilience SLA protocol with Pure Storage

Strategic Assessment Phase

As both organizations evaluate the attack’s scope, they face different technical challenges:

Organization A‘s security team confronts multiple technical challenges:

1. Backup integrity verification: Their backups may contain dormant malware, requiring exhaustive scanning before restoration.
2. Performance constraints: Their legacy infrastructure becomes severely bottlenecked during large-scale recovery operations.
3. Cross-domain contamination: Without proper network segmentation, their recovery efforts risk reinfecting cleaned systems.

Organization B executes their ransomware response plan with confidence. While their forensic team begins investigation, Pure Storage has already:

1. Activated the guaranteed Cyber Recovery and Resilience SLA response
2. Committed to shipping clean storage arrays by the next business day
3. Assigned dedicated professional services engineers to assist with recovery
4. Begun developing a customized recovery plan within 48 hours

The security team uses Pure1’s Security Assessment dashboard to understand which systems were most vulnerable, guiding their remediation strategy. Their numerical security posture score helps prioritize recovery efforts across their storage fleet.

Recovery Execution

The technical differences become even more pronounced during the actual recovery phase.

Organization A discovers that their connected backups were also encrypted as the attackers compromised their backup infrastructure. Their recovery options narrow to either paying the ransom or attempting partial recovery from fragmented backup sets. With infected arrays quarantined for forensics, they’re left without a clean physical environment to recover to.

Organization B confirms their SafeMode snapshots remained fully protected. Within 24 hours, Pure Storage has shipped clean replacement arrays for the infected systems under the Cyber Recovery SLA. The on-site professional services engineer from Pure works alongside Organization B’s team to:

1. Install the clean infrastructure and establish an isolated recovery environment
2. Restore data from SafeMode snapshots at the guaranteed transfer rate of 8TiB/hour
3. Validate data integrity before reintegration into production

For workloads covered by Evergreen//One, the company experiences minimal disruption as their data is rapidly restored from the last known good snapshot, precisely identified by the AI anomaly detection system.

Business Continuity Impact

The attack’s ultimate business impact reveals the stark technical differences between the organizations’ preparations.

Organization A faces extended downtime exceeding five days, with partial data loss despite eventually paying the ransom. The financial impact includes direct remediation costs alongside significant revenue loss from extended outages.

Organization B achieves full recovery of their critical systems within hours for SafeMode-protected data, and within the guaranteed SLA timeframe for Evergreen//One covered workloads. Their robust recovery architecture maintains business continuity with minimal disruption.

Following the recovery, Organization B‘s security team participates in quarterly reviews with Pure Storage experts to strengthen their security posture, ensuring continuous improvement of their cyber resilience strategy

The Clear Technical Choice

For security teams and CISOs architecting ransomware defense strategies in 2025, the technical differences between these organizations couldn’t be clearer. 

Organization A represents the risks of relying on traditional security controls without corresponding investments in recovery architecture. Organization B demonstrates the technical advantages of an integrated approach combining:

1. Immutable snapshots with SafeMode technology
2. AI-powered anomaly detection to identify threats and recovery points
3. Guaranteed recovery with the Evergreen//One Cyber Recovery and Resilience SLA
4. Expert professional services support during critical recovery operations

Architectural preparedness is now a critical security function as legacy security architectures cannot withstand today’s advanced threats.

When (not if) an attack occurs, Pure Storage gives you the peace of mind that comes from knowing exactly how you’ll recover, how long it will take, and that experts will be by your side through the entire process.

So—which organization would you rather be?