Operations | Monitoring | ITSM | DevOps | Cloud

Picture this: It’s a normal day of working from home as usual since the COVID-19 outbreak. After that satisfying cup of coffee, you log in. But something is wrong. No matter how many times you click, your files don’t open. Your screen is frozen and refuses to budge. And then, you see one of the worst nightmares any IT admin can imagine: “Oops, your files have been encrypted. But don’t worry, we haven’t deleted them yet.

Imagine being offered an electronic lock for your front door. One that allows you to open the door through a mobile application in the cloud, would you accept it? They promised that they would never lose the key, that with the app your would be able to open the door remotely and even through a webcam in the peephole, the device will be able to recognize your face and welcome you.

The recent Kaseya VSA cyberattack is an important reminder of how security works best when we approach it as a community. The adversarial pivot to supply chain-based attacks for delivering ransomware underscore the role we all must play in helping to keep each other protected.

When Splunk told me we would have a “breach holiday” theme for the summer, I didn’t think it would be quite so on the nose… For those of you who have been working on this Kaseya REvil Ransomware incident over the weekend, I salute you. We’ve been doing the same. As usual, my team here at Splunk likes to make sure that we have some actionable material before posting a blog, and this time is no different.

The ongoing news of massive cyberattacks on manufacturing and energy companies has been a wake-up call. Operational Technology (OT) Security had not been on the radar of many CISOs and plant managers until they got hit. After reacting in a defensive mode last year it is time to step up with a proactive security strategy including OT. Secure Factory by Splunk helps manufacturing companies better understand and address their unique security challenges.

Security teams defending Windows environments often rely on anti-malware products as a first line of defense against malicious executables. Microsoft provides security vendors with the ability to register callbacks that will be invoked upon the creation of processes on the system. Driver developers can call APIs such as PsSetCreateProcessNotifyRoutineEx to receive such events.