When a Cyber Attack Stops the Production Line: Lessons from the Fairlife Ransomware Incident

A major ransomware attack in July 2026 did more than just disrupt production at Fairlife, the Coca-Cola-owned dairy company. It brought Fairlife's U.S. operations to a standstill. The company confirmed there were no food safety concerns, but production remained down as systems were investigated and restored.

The event made one thing clear: today's cyber attacks don’t stay confined to IT departments. Operations, supply chains, and production schedules can grind to a halt when critical systems go down. For manufacturers, that’s the real cost of cyber crime: every hour of downtime means lost production, delayed shipments, broken customer commitments, and major financial impact.

The incident points to a growing reality across manufacturing: protecting production starts with protecting the data that powers it. As manufacturers become more connected and data-driven, cyber resilience now sits alongside operational efficiency as a core requirement.

Manufacturing runs on data

Modern manufacturing runs on more than just machines. Behind every stage of production is a system generating, moving, or storing data. Increasingly, that data is what keeps the line running at all.

Manufacturers rely on ERP and MES platforms to coordinate production schedules, CAD and PLM systems to manage product designs, SCADA and industrial control systems to monitor equipment, quality inspection systems to validate output, AI models to optimize operations, and video surveillance systems to secure facilities and investigate incidents.

Take any one of those offline, and production can come to a full stop.

As organizations continue investing in automation, industrial IoT, AI-driven analytics, and smart factories, the amount of business-critical data continues to grow. That data has become one of manufacturing's most valuable assets, and one of the easiest to hold hostage.

Today's ransomware targets more than production systems

Here's the number that should change how manufacturers think about backups: according to Veeam's 2025 Ransomware Trends report, 89% of organizations that suffered a ransomware attack had their backup repositories directly targeted by the threat actor. On average, over a third of those repositories (34%) were modified or deleted before the attack was over.

That's the strategy. If your backups still work, a ransom demand has nothing to stand on; you restore and move on. Attackers know this, so before they ever trigger encryption, they spend time inside the network looking for backup jobs, credentials, and recovery infrastructure, working to take out the one thing that would let you walk away from the ransom note.

Most manufacturers already have a backup. What matters is whether that backup is sitting somewhere an attacker who's already inside the network can find it.

Cloud storage is a critical layer of manufacturing cyber resilience

That's the problem a single backup can't solve on its own. It's why resilient recovery isn't built around one safeguard; it's built in layers, a strategy known as defense in depth. The idea is straightforward: no single control will stop every attack, so recovery has to survive even if one layer fails. For manufacturers, that means backup, storage, and recovery each need their own protection.

Immutable cloud storage is one of those layers. It prevents backup data from being modified or deleted, even by someone with valid credentials. Off-site cloud copies add another layer: they keep critical information available even if on-premises infrastructure is compromised. Cloud storage has evolved beyond a destination for backup or archive data. It now serves as a critical layer of cyber resilience, protecting ERP and MES systems, engineering files, operational databases, quality records, video surveillance footage, and the growing volumes of data fueling AI and analytics initiatives. As manufacturing operations continue to digitize, resilient cloud storage helps keep the data powering production protected, recoverable, and available when it's needed most.

But as ransomware attacks continue to evolve, immutability alone has a limit. If attackers discover every recovery copy, they can attempt to compromise backup infrastructure before an attack even launches. That’s the next layer defense in depth requires: protecting not just the backup data, but the recovery path itself.

Strengthening backup protection with Wasabi Covert Copy™ technology 

Backups aren't automatically safe just because they exist. Attackers are actively hunting for them, and a copy they can find is a copy they can destroy.

Wasabi Covert Copy™ works alongside the enterprise backup software organizations already rely on, creating a hidden copy of backup data within Wasabi Hot Cloud Storage.  Isolated from standard backup operations, the hidden copy remains invisible to unauthorized users, making it more difficult for attackers to locate, compromise, or delete an organization's last recoverable copy.

For manufacturers, this adds another layer of protection to existing backup workflows without requiring changes to established backup applications. If ransomware compromises production systems and succeeds in targeting backup infrastructure, a clean recovery copy still remains available.

Cyber resilience is now an operational requirement

Fairlife's shutdown is more than a data breach story. The systems that plan a production run, monitor a line, or validate a batch are the same systems an attacker can take offline. When they go down, the plant doesn't wait for IT to sort it out. It just stops.

No one can prevent every attack. What's within reach is how fast an organization recovers from one. That gap, between an outage measured in hours and one measured in weeks, is almost never decided in the moment. It's decided by what was already in place before the attack started.

For manufacturers, that's the real shift happening right now. Cyber security used to sit with IT, measured in patches and firewalls. Now it sits with operations, measured in uptime. The plants that recover fastest from the next attack won't be the ones that avoided it; they'll be the ones that never let the data holding their production together become a single point of failure.