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Cyber Resilience: The Path to Minimum Viability

Cyber resilience is the capability to maintain critical operations and recover rapidly after cyberattacks, ransomware, or infrastructure failures. Commvault Cloud delivers the full resilience lifecycle — from protecting minimum viable operations with immutable data, detecting threats with AI-enabled malware and anomaly detection, and restoring and testing clean recoveries via Cleanroom — across hybrid, cloud, and SaaS environments.

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$15K

Average downtime cost per minute

$4.99M

Average data breach cost

17%

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The Cyber Resilience Journey

Cyber resilience follows a clear path: identify what matters most, protect clean recovery data, respond fast, recover critical operations, and monitor continuously.

Define Your Minimum Viable Business

Cyber resilience starts with knowing what must come back first. Before recovery begins, organizations must identify business-essential systems, people, processes, applications, and data.

Enforce Clean, Immutable Recovery Data

Attackers increasingly target backups, identities, and cloud configurations. Resilient organizations must also protect recovery environments and backup data in addition to production systems.

Accelerate Threat Detection and Containment

Cyber resilience depends on reducing attacker dwell time. Organizations must quickly identify anomalous and malicious activity, isolate affected systems, and coordinate response actions across IT and security teams.

Restore Operations with Clean Recovery Points

Recovery is more than restoring files. Organizations must recover identities, applications, infrastructure, and operational workflows while also ensuring data is clean and malware-free.

Continuously Validate Cyber Readiness

Cyber resilience is not a one-time initiative. Continuous monitoring helps organizations detect threats earlier, reduce alert fatigue, and validate recovery readiness.

Detect Cyber Threats Early

Early detection is key to limiting the scope of damage. Monitor backup environments for ransomware, anomalies, and unauthorized activity to detect cyber threats before extensive recovery is required.

Validate Clean Recovery Points

Recovery is only successful if restored data is trustworthy. Reduce the risk of reinfection by verifying backup integrity and validating clean recovery points before restoring production systems.

Execute Disaster Recovery

When disruption occurs, recovery workflows begin. Use automated failover, recovery orchestration, and cloud recovery to restore critical applications and infrastructure with less downtime.

Test, Learn, and Improve

The backup and disaster recovery process never truly ends. Regularly test recovery plans, measure recovery performance, and refine workflows to strengthen resilience against future disruptions.

The Minimum Viability Model

Five priorities for cyber security resilience

Cyber resilience starts with minimum viability. These five priorities help organizations protect critical operations, accelerate recovery, and reduce cyber risk.

Identify mission-critical operations

Determine the people, systems, applications, and data required to maintain minimum viable operations during a cyber disruption.

Protect data with air-gapped, immutable backups

Safeguard critical data, identities, and configurations with immutable backups, zero-trust controls, and continuous validation.

Respond rapidly to cyber threats

Detect, investigate, and contain threats quickly by connecting security tools, intelligence, and automated response workflows.

Recover minimum viable operations first

Restore clean data, identities, and critical services first to reduce downtime and accelerate business continuity.

Monitor continuously for emerging risks

Continuously monitor production and backup environments to detect threats early and maintain recovery readiness.

Test, Learn, and Improve

The backup and disaster recovery process never truly ends. Regularly test recovery plans, measure recovery performance, and refine workflows to strengthen resilience against future disruptions.

Frequently Asked Questions

How does Commvault help organizations achieve cyber resilience?

Commvault helps organizations identify critical assets, protect clean recovery data, detect threats, and rapidly restore minimum viable operations after cyber incidents.

What are the five pillars of cyber security resilience?

The five core pillars of cyber security resilience are Identify, Protect, Respond, Recover, and Monitor — aligned with the NIST Cybersecurity Framework. Commvault Cloud maps directly to this lifecycle, delivering AI-enabled threat detection, immutable backup, Cleanroom, and continuous monitoring from a single unified platform.

Why are immutable backups important for cyber resilience?

Immutable backups are designed to resist being altered, encrypted, or deleted by attackers, providing increased confidence that a trusted recovery point exists after ransomware. Commvault AirGap delivers SaaS-based immutable storage isolated from production systems, and Commvault’s Cleanpoint identification helps to verify that data is malware-free before restoration begins.

How does Commvault help validate if recovered data is clean?

Commvault continuously scans backup data for malware, anomalies, and ransomware activity, helping organizations restore from known-clean recovery points.

How often should cyber recovery plans be tested?

Organizations should regularly test both minimum viability and full recovery scenarios to validate processes, recovery timelines, and data integrity.

What does “minimum viability” mean in cyber recovery?

Minimum viability refers to the people, systems, applications, identities, and data required to keep essential business operations running during recovery.

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