Mainframe computers process some of the world’s most sensitive data. 96 of the top 100 global banks, nine out of 10 of the top global life and health insurance companies, and 355 of global Fortune.
People have been talking about the demise of mainframes for years, yet they are storing, managing, and processing more information today than ever. Mainframes today process approximately 80.
Large companies face an increasing risk of data breaches from hackers around the world today more than ever, and governments are starting to clamp down on data security standards enforcement. Last.
If I were to say “Fort Knox,” you would picture something like Scrooge McDuck's vault overflowing with gold, yet the term “mainframe” is unlikely to get a similar reaction. In fact, many believe.
When you think about mainframe security, you probably think about RACF, ACF2, or Top Secret. But those security tools are just the tip of the iceberg when it comes to the potential security.
Every day, after you get your first cup of coffee, do you scan the mainframe security system violation and logging reports looking for abnormal behavior, strange activity, etc.? Given the size of.
This segment of my series was authored by Peter Hager and Earl Rasmussen of Net’Q (www.net-q.com). I thank them for their input since the network connected to our mainframes must also be secured.
Now that you have eliminated all the z/OS system integrity vulnerabilities you could find, re-evaluated your user validation to minimize the possibility of credentials being stolen, found all your.
That’s the thing about myths: they’re only partly true.
Yes, File Integrity Monitoring (FIM) has been part of the distributed computing landscape for a few years now. And yes, real-time enterprise.
Now that we’ve gone through verifying that your system has no known integrity vulnerabilities, users are validated in a manner that will minimize the chance of someone stealing their identity and.