Cyber-resilience has become a core requirement because the threat landscape and the value of data have both changed.

According to Enterprise Strategy Group (ESG) research, 55% of organizations say that data is their business. At the same time, cyber-attacks have become more frequent and more sophisticated:

• 75% of organizations surveyed experienced an attempted ransomware attack in the last 12 months.
• Of those, 75% had at least one successful attack.
• 56% of victims paid a ransom, yet only 16% got 100% of their data back.

Traditional mission-critical storage focused on performance, scale, and always-on availability to protect against hardware failures, site outages, user errors, and natural disasters. That is still necessary, but it is no longer sufficient.

Modern cyber-resilience requires storage to actively support:

• Prevention – hardening systems, controlling access, and reducing attack surfaces.
• Detection – spotting anomalies and suspicious behavior quickly.
• Recovery – restoring clean data fast enough to meet business SLAs.

Because storage sits directly in the data path for mission-critical applications, it is uniquely positioned to help you:

• Protect the data that attackers are trying to encrypt or destroy.
• Recover quickly from secure, immutable copies when an attack succeeds.
• Align with frameworks like the NIST Cybersecurity Framework and zero trust, which emphasize continuous verification and resilient recovery.

In short, cyber-resilience is no longer just a security team concern. It is now a fundamental design principle for mission-critical storage if you want to keep core applications online and protect your brand, revenue, and intellectual property.

Dell PowerMax is designed to help you rethink how storage contributes to ransomware resilience by addressing prevention, detection, and recovery in one platform.

1. Prevention: Hardening access and infrastructure

• Built-in hardware security with immutable hardware root of trust that authenticates hardware and software changes across nodes, media enclosures, and control stations.
• Secure boot chain of trust that uses cryptographic authentication to protect against malicious boot, kernel, and driver rootkits.
• Digitally signed firmware updates to block unauthorized changes, with cryptographic scans of nodes, media, and control components.
• Strong access controls, including:
  • SecureID and YubiKey multifactor authentication.
  • CAC/PIV smartcard support for U.S. federal environments.
  • Role-based access control (RBAC), LDAP integration, and zDP 2 Actor (requiring two people for certain sensitive commands).
• Compliance-aligned certifications such as Common Criteria, STIG Hardening APL, and FIPS 140.

2. Detection: Spotting anomalies quickly

• PowerMax hardware and Dell AIOps AI software work together to detect anomalies.
• AIOps monitors storage utilization and activity patterns to identify suspicious behavior, such as sudden spikes that may indicate encryption.
• It generates secure syslog alerts and compliance-focused notifications based on cybersecurity alerting protocols.
• AIOps can also flag misconfigured system settings that introduce risk and provide recommendations to remediate them.

3. Recovery: Fast restore from secure, immutable copies

• Secure snapshots are central to PowerMax recovery. Each array can support up to 64 million snapshots, giving you a deep history of immutable copies.
• This enables very tight recovery point objectives (RPOs)—often down to a few minutes before an attack is detected.
• IT teams can quickly identify known-good snapshots and restore data to a clean state, even in large, consolidated environments.
• For additional protection, PowerMax integrates with SRDF to create an air-gapped cyber recovery vault, keeping a copy of data outside the production network with orchestrated, fast recovery.

Taken together, these capabilities help you not only reduce the likelihood and impact of ransomware, but also shorten the time it takes to get critical applications back online when an incident occurs.

PowerMax is built to fit naturally into a modern cyber-resilience strategy based on the NIST Cybersecurity Framework and zero trust principles.

1. Aligning with NIST Cybersecurity Framework functions

• Identify – PowerMax helps you centralize and consolidate mission-critical workloads (mainframe, bare metal, VMs, containers, and more), making it easier to identify and classify critical data and applications.
• Protect – End-to-end data encryption (in-flight and at-rest), secure snapshots, and strong access controls protect sensitive data at the storage layer.
• Detect – AIOps-driven anomaly detection and secure logging support early detection of suspicious activity.
• Respond & Recover – High snapshot density (up to 64 million snapshots per array) and SRDF-based cyber recovery vaults support rapid, orchestrated recovery after an incident.

2. Supporting zero trust principles

Zero trust is often summarized as “never trust; always verify.” PowerMax is architected with this mindset, using Dell’s seven pillars of zero trust as a guide. In practice, this shows up as:

• Intrinsic system protection – Immutable hardware root of trust and secure boot chains verify the integrity of the system itself before it is trusted.
• Continuous verification of access – Multifactor authentication (SecureID, YubiKey), CAC/PIV support, RBAC, LDAP, and two-person controls for sensitive operations all help ensure that only the right people can perform the right actions.
• Minimal implicit trust in the network – Features like air-gapped SRDF vaults assume that the production environment can be compromised and keep critical recovery copies isolated.

3. Addressing skills and complexity constraints

ESG research shows that 60% of organizations say IT is more complex than it was two years ago, and 37% report a shortage of cybersecurity specialists. By embedding security and resilience capabilities directly into the storage platform, PowerMax helps:

• Reduce the number of separate tools you need to manage for storage security.
• Automate parts of detection and recovery (for example, via AIOps and SRDF orchestration).
• Provide a consistent, hardened foundation for mission-critical data, even when security teams are stretched.

For organizations that “live on their data,” PowerMax offers a way to reimagine mission-critical storage as an active participant in zero trust and cyber-resilience, rather than a passive infrastructure component.