🔎 SUMMARY
– Paying ransom fails—low data recovery rates, repeated attacks, and legal sanctions make payment a poor strategy.
– Downtime multiplies costs across finances, operations, intangibles, and compliance, often exceeding ransom cost.
– DevOps environments are attractive to attackers because of high-value IP, complexity, agentic AI, and negligence.
– DevOps cloud providers are not liable for your data loss under the Shared Responsibility Model.
– To avoid ransom payments, you need immutable, separated, and tested backups of your critical data.

When ransomware hits, decision makers face an impossible ultimatum: pay the ransom or lose business operations. In software development, data criticality also comes to the forefront. That’s because source code isn’t just some trivial data, but primary intellectual property and a revenue driver.

Let’s see what’s exactly at stake and how you can minimize the risk of paying a ransom for your tech business.

Ransomware and ransom payment: Reverse trends

While ransomware isn’t losing its momentum, less victims are likely to pay a ransom. Let’s see what the current figures say.

Ransomware is still haunting organizations 

Attacks involving ransomware remain among the most popular contemporary cyberthreats to organizations around the world. According to ISACA’s 2026 Tech Trends and Priorities Global Pulse Poll, it’s the second top threat (after AI-driven social engineering) pointed out by 54% of the respondents.

Ransomware and the related downtime are easily one of the most effective financial loss generators. And we don’t just speak of ransom payment which—according to the latest Sophos’ State of Ransomware Report 2026—is now $769,000 on average. The ever increasing cost of recovering from a ransomware attack equals a staggering $1,700,200.

Ransomware payments are going down

While the number and cost of ransomware campaigns are rising, less and less victims are paying a ransom. As per the same Sophos report, about 50% of affected organizations refuse to pay ransom demands, a figure that has grown significantly in recent years. And there are several reasons for that:

  • There’s a risk of not getting data back at all. According to the cited Sophos report, 2% of the ransomware victims irretrievably lost their data, despite paying a ransom.
  • It’s also possible that some of the recovered data gets corrupted or unreadable.
  • As per the famous case of Colonial Pipeline, decryption tools provided by the cybercriminals after paying a ransom may prove ineffective, extending the downtime and multiplying the loss considerably.
  • There is a high risk that a victim will be hit again after paying. According to the study by Cybereason, it happened to 80% of affected organizations, even as early as a month after the first attack, with ransom demands getting only higher.
  • Last but not least, transferring funds to criminal entities is a great legal hazard. If your organization is US-based, you may face Office of Foreign Assets Control (OFAC) sanctions. It may affect your cyber insurance (e.g. dropped coverage for ransom payouts), too.

Ransomware negotiations and beyond: Much more than just a ransom

Ransom payment isn’t also a magic pill that effectively rolls back the full aftermath of a ransomware attack. Immediate financial loss is only the beginning. But as you negotiate, more problems crop up, multiplying the financial loss:

  • operational paralysis—your team is there ready to work, following contractual employee obligations, but they can’t operate at all. In the context of code supply, it means stalled CI/CD pipelines and missed product releases that may cost you thousands of dollars per hour.
  • intangible damage—you can’t count how much lost trust and reputation will cost your business. Or how much you lose by letting your trade secrets and intellectual property fall into strangers’ hands. One thing is certain, non-tangibles are much easier to lose than rebuild.
  • lost certifications and compliance penalties—you’re proud that your business is compliant with stringent data security frameworks like SOC 2, ISO 27001, GDPR, CCPA, or NIS2. However, losing a certification/accreditation or getting penalized by an official authority can be painful. 

Long after an attack, you may be still burning money on dedicated trust-recovery PR communications, recertifications, audits, and more. Not to mention extra work for your teams.

Why DevOps environments are the new high-value ransomware target

Ransomware can be very risky in the digital industries where data is critical to business continuity and revenue generation. And this is exactly the case with software supply. Setup complexity and dependence on external code hosting platforms (DevOps platforms) only increase the risk.

Critical data that directly affects revenue

If you develop code, it’s your intellectual property that drives your revenue and differentiates you from competitors. Cybercriminals are well aware of that. Nothing delights them more than weak backup policy, and chaotic, illogical decisions during easy ransom negotiations that follow.

Complex setup and agentic AI

Software development relies on fast-paced innovation and rapid technology adoption. While these are obviously welcome, they introduce extra complexity, which cybercriminals are eager to exploit and run ransomware campaigns. Excessive access rights, overlapping environments, poorly governed automated workflows—all of these provide the offenders with plenty of attack vectors.

AI agents you use to automate actions, speed up code delivery, and more can easily become an attack surface extension, if implemented in an uncontrolled way.

Human negligence

This complexity may push your developers to find ways of simplifying and speeding up the work, often at the cost of security. 

Cybercriminals are eager to exploit excessive AI agent permissions, unnecessarily connected open-source libraries, unmaintained repositories, and more.

Shared responsibility

Last but not least, there’s the dependency on external cloud (SaaS) providers. Software development businesses often keep their most precious assets (source code and metadata) outside, within popular DevOps platforms like GitHub or Bitbucket.

They falsely assume that SaaS means security. In reality, platform providers limit their liability to ensuring cloud uptime, while the responsibility for all data (code, metadata, configurations, etc.) falls on its owners.

💡 Shared responsibility is just one of the risks when it comes to popular DevOps platforms. Download “DevOps Threats Unwrapped 2026 Report” by GitProtect to understand all of them and better mitigate threats for your software development business. Get the report

How to minimize the risk of ransom payment in practice

Though ransomware protection is a multidimensional effort, there are several key areas that must be addressed. Without sorting these out, you’re very likely to face the ransom payment dilemma in the future.

Employee education and identity hygiene

In the cloud era, identity is the chief security perimeter. According to the cited Sophos report, malicious emails and phishing have been the top root causes of ransomware attacks, indicated by 26% and 24% of the respondents respectively.

That’s why your Security Team needs to take user education and identity hygiene seriously, and here’re some ideas:

  • Mandate continuous security awareness training. 
  • Deploy realistic phishing simulations.
  • Promote or force good identity habits such as password rotation, ephemeral tokens, or no unauthorized extension installation. 
  • Use the latest and most efficient technical means to harden identity, including MFA, isolated containers, a secret manager, and an AI gateway.

Vulnerability elimination

The team should also be responsible for promptly handling vulnerabilities in your environments. That’s because it’s the third most common cause, pointed out by 18% of the Sophos survey responders. 

Vulnerabilities are not just your problem. They often affect your upstream DevOps platform providers. As indicated by GitProtect’s “DevOps Threats Unwrapped 2026 Report”, in 2025 alone, popular Git hosting platforms patched a total of 236 vulnerabilities, where 14 and 126 of these were of critical and high severity respectively.

Back up data, the new way

Possibly, the worst-case scenario is when you can’t access your data after an attack—either because you don’t have any backup or your backup has been encrypted as well.

To avoid such a situation, you should not just back up your code and metadata. In the era of modern ransomware and AI-driven threats targeting copies you need to:

  • use modern security features in your backup solution to prevent any tamper attempts, such as encryption, immutable backup, backup isolation (air gap backup), automated copy replication to several locations
  • follow the latest backup best practices such as: keeping backup data outside your main DevOps platform, regularly and frequently run backups to be able to restore fresh data from a desired point in time and meet the RPO metric, back up all of your DevOps platform data (not just source code), and regularly test backups to see if they work and how much time it takes to restore.

Don’t negotiate with extortionists—own your recovery

Attacks will happen. The key is to limit them to a recovery drill, without even letting ransom negotiations happen. This is possible, but you need safe codebase copies and tested recovery procedures.

GitProtect is a dedicated backup&recovery tool for DevOps platforms, developed according to SOC2 Type II and ISO/IEC 27001 by a vendor with over 17 years of experience on the data security market. The team behind the tool focuses on the latest security features and the broadest data coverage across supported cloud and on-premises DevOps environments (GitHub, Azure DevOps, Bitbucket, and GitLab) and popular SaaS apps (Microsoft 365, Jira, Confluence). 

Explore GitProtect backup and recovery capabilities or request a custom demo to see it in action.

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