Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Your backups survived a ransomware attack. Your team restored everything within hours. And three days later, the same malware is back, encrypting the same files, because nobody checked whether those backups were clean before putting them into production.

When it comes to recovery from backups, one of the core functionalities needed is recovering a file or files that may have been accidentally or intentionally deleted, corrupted by a system failure, or a possible ransomware infection. When it comes to file recovery, we want to be able to quickly and easily recover from a backup and have the flexibility to choose the restore points we need.

Hybrid cloud backup is a data protection strategy that combines both on-premises and cloud-based storage for backup data. This approach stands out from other backup strategies by including a cloud component to enhance redundancy, availability, resilience, and cost efficiency.

Windows 11 is better protected out of the box than older versions of Windows, but that does not solve the biggest problem most users face: recovery. If a phishing page slips through, ransomware starts encrypting files, or your SSD fails during an update, built-in protection can only take you so far. That is why the best antivirus for Windows 11 is no longer just the one that blocks malware most aggressively. It is the one that fits how you actually use your PC and what happens if something goes wrong.

The first time I helped support a control server recovery at a packaging facility, someone asked "How long will this take?" We did not have a good answer. The backup existed. The process to restore it safely in a live production environment did not. We had carried IT assumptions into an OT problem, and it cost the plant an entire shift. IT/OT convergence created a gap that most backup vendors were not built to close. Production systems need continuous uptime.

OT Data Protection & Resilience is the practice of securing industrial control system data, such as PLC logic, HMI configurations, and historian archives, against loss or cyberattack, while ensuring fast recovery to maintain safety and production continuity. In modern industrial environments, the traditional concept of"security as a barrier" is no longer sufficient.

When a production system crashes, failover redirects traffic to a standby environment. That part most teams understand. The trickier question is: How do you move operations back to the original system once it’s restored? That’s failback, and it’s where many disaster recovery plans fall apart. Understanding failover vs. failback directly affects how quickly you recover from outages and whether you introduce data inconsistencies during the return to normal.

As cyberattacks on industrial systems escalate and supply chains grow more complex, cyber resilience for operational technology (OT) isn’t optional — it’s a business imperative. But with budgets under pressure and resources stretched thin, many manufacturers are left pondering a difficult question: How can we strengthen OT defenses without incurring downtime or breaking the bank? Virtual conference OT resilience.

I’ve spoken to enough business owners over the years to notice a pattern. Nobody thinks about backups on a normal day. But the moment something breaks – during a war,...

Every year on March 31st, World Backup Day rolls around with a simple but important message: Backup your data. It sounds almost too basic, right? I mean we all know in our minds that we should be doing that, and in a world of AI, zero-day exploits and nation-state threats, backing up data can feel like a cybersecurity 101 task.