WWT and NetApp for Cyber Resilience - Secure Solutions for the Enterprise

Building cyber resilience for the modern threat landscape

As cyber threats continue to evolve, organizations are rethinking how they protect critical data and sustain operations during an attack. Cyber resilience is no longer about reacting after failure—it is about anticipating disruption, withstanding attacks, and restoring operations with confidence.

Together, World Wide Technology (WWT) and NetApp deliver a proven, integrated approach that embeds resilience directly into the storage layer and validates recovery before a crisis occurs. NetApp's storage platforms are designed to meet the combined needs of storage and security teams, extending protection from production environments through cyber recovery and long‑term resilience. With security engineered into the platform, NetApp is widely recognized as one of the most secure enterprise storage solutions available.

AI has changed the threat model

Modern cyberattacks now operate autonomously and at machine speed. They coordinate across email, networks, applications, and storage environments simultaneously—encrypting production data, silently compromising backups, and remaining dormant until triggered. In many cases, organizations cannot determine whether a clean recovery point still exists.

This evolution exposes a critical reality: when ransomware compromises both production and recovery systems, traditional disaster recovery becomes a liability rather than a safeguard.

Conventional disaster recovery architectures were designed to address physical outages—natural disasters, power failures, or site loss. They were never intended to defend against persistent, resident threats that actively target recovery infrastructure. Protecting against modern ransomware requires a fundamentally different approach.

Cyber resilience as a business advantage

Cyber resilience is no longer just a technical requirement—it is a competitive differentiator. Organizations that can restore operations in hours instead of weeks are positioned to:

• Protect revenue streams
• Preserve customer trust
• Avoid regulatory and compliance penalties
• Demonstrate operational reliability when competitors cannot

When one organization continues operating while others issue breach notifications, resilience becomes brand protection—and brand protection becomes revenue protection. This shift from reactive recovery to proactive resilience represents a strategic transformation, not merely an infrastructure upgrade.

The four pillars of true cyber resilience

Effective cyber resilience requires four tightly integrated capabilities:

• Anticipate – Detect anomalies and threats before they escalate
• Withstand – Protect data at the storage layer, not just the perimeter
• Recover – Restore operations rapidly from verified, immutable data
• Adapt – Continuously evolve defenses as threats change

Why NetApp

NetApp delivers cyber resilience directly at the storage layer, eliminating reliance on bolt‑on tools or disconnected security platforms. These capabilities are built into NetApp ONTAP, providing inline protection as data is written and managed.

Key NetApp Cyber Resilience Technologies

Autonomous Ransomware Protection (ARP)
Built into ONTAP, ARP uses real‑time behavioral analytics to detect ransomware at the moment of compromise and automatically creates immutable snapshots before data reaches backup repositories. Protection spans edge, core, and cloud environments across NAS and SAN workloads.

SnapLock (Immutable Storage)
SnapLock delivers write‑once, read‑many (WORM) immutability that prevents even privileged users from altering protected data. Originally designed for compliance, SnapLock now serves as a cornerstone of ransomware defense by ensuring recovery points cannot be destroyed.

Isolated Recovery Environments (IRE)
IRE provides secure, air‑gapped cyber recovery vaults completely isolated from production networks. When primary environments become forensic crime scenes, IRE enables restoration from verified clean data with confidence.

NetApp Console – Ransomware Resilience
NetApp Console offers centralized, cloud‑based management and monitoring of NetApp environments. Its Ransomware Resilience module monitors, detects, protects, and supports recovery of application workloads and file shares across on‑premises and public cloud environments—minimizing disruption through rapid response and recovery.

Data Infrastructure Insights (DII)
NetApp DII delivers end‑to‑end infrastructure visibility by correlating applications, workloads, dependencies, and performance through intelligent annotation and tagging. These insights enable confident sizing of Isolated Recovery Environments and validate coverage for Minimum Viable Business (MVB) recovery objectives.

FlexClone
FlexClone enables instant, space‑efficient cloning for forensic analysis, validation, and testing—without risking original data. Security and infrastructure teams can operate in parallel, accelerating investigation and recovery.

Why WWT

Technology alone does not deliver resilience—operationalization does.

WWT brings NetApp's capabilities to life through deep integration expertise and proven validation methodologies, anchored by the Advanced Technology Center (ATC).

Turning capability into confidence

WWT enables organizations to operationalize cyber resilience through:

• Multi‑vendor integration across storage, security, and infrastructure
• Proof‑of‑concept testing that simulates real‑world ransomware attacks
• Validation of recovery procedures before a crisis occurs
• Business‑aligned risk mitigation focused on critical operations

WWT's Global Solutions and Architecture team works directly with CIOs, CISOs, and infrastructure leaders to design, implement, and validate cyber resilience programs that work in production. A common discovery: many organizations already own NetApp cyber resilience capabilities and have not activated them. WWT helps unlock this value—often without additional capital investment.

Automation: From efficiency to survival

WWT's cybersecurity automation practice removes predictable patterns and human dependencies through:

• Autonomous, variable‑timing data transfers
• Orchestrated protection for new services
• Self‑healing and response workflows
• Automated recovery execution

Automation is not about efficiency—it is about survival.

Validating resilience before it's needed

Through the Advanced Technology Center, WWT enables organizations to:

• Test isolated recovery environments
• Validate recovery time objectives (RTOs)
• Verify data integrity assumptions
• Identify overlooked dependencies such as DNS, DHCP, and identity services

Discovering gaps during testing is inexpensive. Discovering them during a live attack is not.

The result

NetApp's integrated, storage‑layer cyber resilience—combined with WWT's validation, automation, and implementation expertise—enables organizations to restore operations in hours instead of weeks. Cyber resilience becomes a measurable business advantage.

The time to act is now—before the next attack, not during it.

Conclusion

AI‑driven cyberattacks routinely compromise both production and backup systems, rendering traditional disaster recovery ineffective. True cyber resilience requires protection built directly into the storage layer, combined with validated recovery processes and automation.

NetApp delivers integrated cyber resilience through ONTAP with Autonomous Ransomware Protection, SnapLock immutable storage, Isolated Recovery Environments, and FlexClone—creating secure, verifiable recovery points attackers cannot alter.

WWT operationalizes these capabilities through deep integration expertise, cybersecurity automation, and proof‑of‑concept validation in its Advanced Technology Center—ensuring recovery works before a crisis occurs.

Together, WWT and NetApp enable organizations to move beyond recovery and achieve true cyber resilience—anticipating threats, withstanding attacks, adapting continuously, and delivering lasting business advantage.