Inside the Stack
Case studies and structured knowledge integrated with live data from your z/OS system so you can monitor and solve complex performance problems quickly for mainframe and key platforms. Inside the Stack provides a complete TCP/IP monitor. Is your boss asking you how much FTP traffic you have? Is TCP/IP a black box to you? With Inside the Stack, you can truly view what is going on inside the TCP/IP stack! For more information, please click on Inside the Stack.
TCP Problem Finder
Allows you to see patterns in TCP, UDP, or ICMP traffic. As serious systems programmers know, many problems in the stack, network, or devices can be found this way. The TCP Problem Finder finds errors or inefficiencies in configuration or performance of TCP, UDP, socket applications, interfaces, network hardware, EE, or routes. Import facility for users of mainframe z/OS, VM, VSE, Linux and select platforms. Get more information, please click on TCP Problem Finder.
TCP Response Time Monitor
Allows you to monitor end-to-end, host and network response time for TCP traffic. Many problems in the TCP stack have only one symptom: poor response time. Response Time problems can be due to network, stack, application or devices. The TCP Response Time Monitor helps you to find errors or inefficiencies in configuration or performance of your TCP stack. For more information, please click on TCP Response Time Monitor.
TCP/IP Availability Checker
Aides in monitoring network availability and meeting Service Level Agreements. Availability Checker provides a way to check the availability of routes and devices from the mainframe. An ICMP Ping will be sent from the mainframe to the devices defined. Availability Checker keeps track of the network response time (Hourly, Daily, Yearly) and automatically provides Unavailable Resource reports. For more information, please click on Availability Checker.
2cSNA
An application designed to help z/OS installations that would like to save the costs of legacy network management products such as NetView™ or NetMaster. The changes in SNA network architectures due to the removal of Front End Processors (FEPs or NCPs), Terminal Cluster Controllers (such as 3172/4) and the ubiquitous presence of an IP infrastructure have made quite a few functions of SNA network management obsolete. Yet users are still using SNA – there is no doubt about that. Meanwhile, cost control mandates a thorough examination of all areas in which a redesign might save significant amounts of money. So, we introduce - 2cSNA©. Call us for more information.
