Search results for "zert"

On this webpage you can read the Dutch version of the Colruyt testimony.

Many shops are using IBM’s pervasive encryption to protect their mainframe's integrity, but how do we get in front of the mainframe impacts or know which encryption methods might meet security requirements at lower cost?

There are many areas of WebSphere that can leave even a seasoned z/OS performance specialist scratching their head. The SMF 120-9 records give us a great way to measure and understand our WebSphere workloads like never before.

Gain visibility into the mainframe TCP/IP communications infrastructure performance with SMF 119 metrics. Numerous activity and utilization metrics are reported.

zERT data can enable the mainframe security team to both evaluate ongoing adherence to security policies and programmatically provide data for required reporting to auditors and compliance officers.

TCP/IP’s z/OS Encryption Readiness Technology (zERT) feature provides a single source of data to determine which traffic to and from your site is cryptographically protected by protocols like TLS, SSH, and IPSec, and which is not protected.

SMF data provides all the information performance analysts need to derive key performance insights. Join this webinar to learn how to derive more intelligence from zERT and WebSphere SMF data.

‘Soft capping’ is a common technique to control software costs based on the R4HA. IBM offers two ‘flavors’: Defined Capacity (DC) and Group Capacity (GC).

z/OS is now responsible for everything from online transactions, network traffic, replicated data, and so much more. The infrastructure to handle this complexity is no longer limited to ensuring CPU is going to be okay.

The z/OS mainframe skills gap represents a great risk to performance & capacity teams, and demands a new, more effective approach to bridging the gap.

This blog is the first in a series of two blogs on the topic of Mainframe Virtual Tape Replication.