When Ransomware Outpaces Your Recovery Plan

When a business is hit with a ransomware attack, the calls for quick data recovery begin immediately, and while the hope is for swift resolution, the reality is far from speedy. Recoveries today often extend for days—sometimes weeks. In fact, research from Spacelift found that companies subject to a ransomware attack endure an average of 24 days’ downtime.

One reason for this lag is that reliable restoration is far more complex than it appears. It’s no longer just about detection and response. Today, the single largest cost associated with a cyberattack is often data recovery. You can thank the devastating power of today’s ransomware, where it’s not just about encryption. Modern ransomware doesn’t just encrypt—it poisons backups, freezes recovery tools, and disrupts operations.

This puts CISOs in a difficult position. Business leaders are demanding accelerated recovery times, immediate restoration of data integrity, and improved forensics, but traditional recovery approaches fall short, and costs are rising.

According to IBM’s Cost of a Data Breach Report 2025, the average breach comes with a price tag of just over $4 million. According to Big Blue’s 2024 report, the figure for ransomware attacks is even higher at $5.13 million. Recovery time and complexity are the biggest contributors to these rising figures since recovering clean, uncompromised data is a major challenge. Whatever path you take, there’s one constant — the process is slow and resource-intensive.

And don’t forget about the unexpected surprises that inevitably pop up along the road to recovery. Backups have been encrypted or wiped out completely. Critical systems may not have been fully protected in the first place. Recovery plans that took months to create were never tested. These surprises extend downtime, spike costs, and further tarnish what’s become a sinking reputation.

Six Reasons Recovery Drags On

Most IT and security leaders have backups in place, and more often than not, they are being utilized. While that’s all well and good, for many, recovery still fails to meet business needs. In fact, according to research from Avast, 60% of data backups fail, and nearly half of all recovery attempts don’t work.

There are many reasons why this may be the case. Backups may be incomplete or compromised early in an attack, and once connected or online, they are encrypted or deleted. And don’t forget that teams cannot restore data to a compromised environment until the system is rebuilt. This means wiping machines, reinstalling software, reconfiguring policies, and validating integrity.

Even when these items are completed, there are still steps that must be followed. These include:

• Forensics: Impacted systems must be preserved to assess the scope of the attack and provide evidence for regulatory, legal, and insurance purposes.
• Data Integrity: Teams need to scan and validate all files to ensure they are accurate, unaltered, and free of malware.
• Interdependencies: Due to interdependencies, restoring full business functionality is complex and must be carefully coordinated across applications, databases, authentication, and infrastructure.
• Manual Steps: Even with the latest tools, many of the steps still require scripts, manual checks, and institutional knowledge, which often unveil gaps in preparation.

Why Traditional Methods Fail

But it’s not just about the duration of recoveries. Like most legacy security solutions, backup and disaster recovery tools cannot match today’s ransomware threats. That’s because they were designed to address incidents of accidental loss, not the growing number of ransomware attacks we are seeing in 2025—Cyfirma reports that 2025 is on pace to match last year’s numbers, with monthly reporting of 400–600 ransomware victims globally

Here traditional tools fall drastically short. For example, they offer recovery points, but they are slow and cannot provide the depth of forensic insights required. Traditional solutions also don’t account for malware that infects recovery environments, the deliberate encryption of cloud and offline backups, complex hybrid infrastructure dependencies, or compliance rules requiring preservation of evidence.

A Modern Approach to Recovery

New recovery strategies address the limitations of these outdated systems, prioritizing speed, integrity, and forensic readiness. Modern systems deliver faster and safer recoveries, cutting times from days or weeks to minutes and reducing operational disruption and reputational harm.

The key is to achieving these benefits is to maintain real-time snapshots of clean, unencrypted files in secure, tamper-proof caches. That way, if ransomware strikes, files can easily and quickly be restored, even if the originals are encrypted.

Behind this approach is real-time file restoration, where lost, deleted, or corrupted files can be restored almost instantly from recent, continuously, or frequently updated backup data. Rather than relying on slow or compromised backups, real-time file leverages tamper-proof storage that’s immune to malware along with file-level precision that recovers only what’s needed and nothing more. And forensic preservation is fully supported so that companies can have all the evidence required for compliance and investigations.

Preemptive Recovery = Ransomware Resilience

A modern recovery strategy also includes infiltration protection that can prevent unauthorized access by, for example, continuously changing the attack surface to make exploitation more difficult and unpredictable for attackers. I can also include exposure management that allows security teams to continuously gain insights into their entire attack surface. From there, they can prioritize high-priority areas and take action to preemptively mitigate.

Ransomware today isn’t just about money. As we’ve seen in recent months, criminals are shifting towards broader extortion, operational disruption, and business impact, including reputational harm. The longer the recovery time takes, the more successful the attack becomes.

This new playing field puts CISOs in a race to maintain business-as-usual and avoid incidents that can send the business spiraling. Adopting modern, attack-aware recovery strategies gives them the advantage and the control they need.