Back Up Critical Data and Test Recovery Plans: A Cyber Risk Mitigation Guide

93% of Companies Without a Disaster Recovery Plan Who Suffer a Major Data Loss Are Out of Business Within One Year

That statistic should concern every business leader—but what makes it even more alarming is how many organizations believe they already have this covered. They have backups in place. They have a plan on paper. But when a ransomware attack encrypts their systems or a server failure takes down operations, they discover that their backups haven’t been tested, their recovery timelines are unrealistic, and their team doesn’t know what to do next.

At LP Insurance, we’ve seen this scenario play out too many times. Since 1927, we’ve partnered with businesses across Nevada and the Western United States to navigate complex risks—and today, few risks are evolving faster than cyber threats. Backing up critical data and testing recovery plans isn’t just an IT task. It’s a business continuity imperative that directly affects your revenue, your operations, and the trust your clients place in you.

Why Backup and Recovery Testing Matters More Than Ever

The cyber threat landscape has shifted dramatically. Ransomware attacks now specifically target backup systems, knowing that organizations will pay more when they can’t restore their own data. Meanwhile, regulatory requirements around data protection continue to tighten, and cyber insurers are scrutinizing backup practices more closely than ever before.

• Ransomware attacks increased 95% in 2025, with attackers increasingly targeting backup infrastructure to maximize leverage.
• The average cost of downtime for a mid-sized business exceeds $5,600 per minute, making untested recovery plans an expensive gamble.
• Cyber insurance carriers are now requiring evidence of tested backup and recovery procedures as a condition of coverage.
• Regulatory frameworks including HIPAA, PCI-DSS, and state privacy laws mandate documented and tested data recovery capabilities.

Where Organizations Get This Wrong

Many organizations assume their backups are functioning correctly, but common issues discovered during testing and incident management tell a different story. The gap between having backups and having reliable, recoverable backups is where businesses are most vulnerable.

• Backups exist but have never been tested end-to-end. A backup that hasn’t been restored is an assumption, not a safeguard.
• Recovery takes significantly longer than expected—sometimes days instead of hours—because processes haven’t been validated under realistic conditions.
• Key employees are unsure of their roles during a recovery event, leading to confusion, delays, and costly mistakes when every minute counts.
• Backup schedules are not customized to the specific systems and content types that matter most to the business.
• Critical systems are not thoroughly identified or prioritized, meaning recovery efforts may focus on the wrong assets first.

3 Ways to Strengthen Your Backup and Recovery Strategy

1. Adopt the 3-2-1 Backup Method

The 3-2-1 rule is a foundational best practice: maintain at least three copies of your data, stored on two different types of media, with one copy kept offsite or in a secure cloud environment. This approach ensures that even if one backup is compromised—whether by ransomware, hardware failure, or physical disaster—you have redundant paths to recovery. Many organizations that suffer catastrophic data loss had backups, but all copies were stored in the same environment that was attacked.

2. Test Recovery Under Realistic Conditions

A backup is only as good as your ability to restore from it. Schedule regular recovery drills that simulate real-world scenarios—not just restoring a single file, but recovering entire systems and validating that applications, databases, and configurations come back online correctly. Document recovery times and compare them against your business continuity objectives. If your recovery takes 72 hours but your business can only tolerate 4 hours of downtime, you have a critical gap that needs to be addressed before an incident forces the issue.

3. Protect Your Backups from the Threats They’re Designed to Survive

Modern ransomware variants are specifically engineered to seek out and encrypt backup files. Ensure your backup environments are segregated from your production network, use immutable storage where possible, and implement access controls that prevent unauthorized modification or deletion. Air-gapped backups—physically disconnected from your network—remain one of the most reliable defenses against ransomware that targets backup infrastructure.

What Insurers Look For

Cyber insurance underwriters are paying closer attention to backup and recovery practices than ever before. When evaluating your organization’s risk profile, carriers want to see more than just a checkbox confirming backups exist. They’re looking for evidence of a mature, tested, and well-documented recovery capability.

• Evidence that backups are tested regularly — Can you demonstrate that your backups have been successfully restored within the past 90 days? Carriers want proof, not promises.
• Defined recovery time objectives (RTOs) — Have you established and documented how quickly critical systems need to be restored? Do your actual recovery capabilities align with those objectives?
• Secure, segregated backup environments — Are your backups stored separately from your production systems? Can they survive the same attack that takes down your primary infrastructure?
• Protection against ransomware targeting backups — Do you use immutable storage, air-gapped backups, or other controls specifically designed to prevent attackers from compromising your recovery capability?

Quick Wins You Can Put in Place This Month

• Run a tabletop recovery exercise with your IT team and key stakeholders to identify gaps in your current plan.
• Verify your backup schedule matches the criticality of each system—high-value data should be backed up more frequently.
• Test a full restore of at least one critical system to validate that your backups are complete and functional.
• Review access controls on your backup environments to ensure only authorized personnel can modify or delete backup data.
• Document your recovery time objectives for each critical system and compare them against your last tested recovery time.

How LP Helps

At LP Insurance, relationships come first—and that means helping our clients understand and address the risks that could disrupt everything they’ve built. Our team works directly with businesses to bridge the gap between cybersecurity best practices and the evolving expectations of the insurance market.

• Advise on recovery gaps that could impact claim outcomes — We help you identify weaknesses in your backup and recovery strategy that could affect your ability to file a successful cyber insurance claim.
• Align your recovery practices with evolving cyber insurance expectations — As carriers tighten their requirements, we ensure your organization stays ahead of what underwriters expect to see.
• Connect you with trusted partners to test and strengthen recovery plans — Through our network of cybersecurity professionals, we help you access the expertise needed to validate and improve your recovery capabilities.

Download the Printable Flyer

Download the Back Up Critical Data & Test Recovery Plans flyer (PDF) to share with your IT team, post in your office, or include in your next security awareness communication.

Let’s Protect What You’ve Built

The question isn’t whether you have backups—it’s whether you can rely on them when it matters. If you’re unsure about the strength of your backup and recovery strategy, or if you want to understand how your practices align with what cyber insurers expect, we’re here to help.

Connect with LP Insurance to start the conversation.

FAQs

What is the 3-2-1 backup method?

The 3-2-1 backup method is a widely recommended data protection strategy that calls for maintaining at least three copies of your data, stored on two different types of media, with one copy kept offsite or in a secure cloud environment. This approach provides redundancy against hardware failure, ransomware, and physical disasters, ensuring that at least one recoverable copy of your data survives any single point of failure.

How often should we test our backup and recovery plan?

Best practice is to test your recovery plan at least quarterly, with a full-scale recovery drill at least once per year. Critical systems should be tested more frequently. Many cyber insurance carriers now expect evidence of regular testing as part of their underwriting process, and organizations that can demonstrate consistent testing are better positioned for favorable coverage terms.

Does cyber insurance require tested backups?

Increasingly, yes. Many cyber insurance carriers now include backup and recovery requirements in their policy applications and renewal questionnaires. Carriers want to see evidence of regular backup testing, defined recovery time objectives, segregated backup environments, and protection against ransomware targeting backups. Organizations that cannot demonstrate these practices may face higher premiums, reduced coverage limits, or difficulty obtaining coverage altogether.