It thoroughly checks critical components such as LOADxx, IEASYSxx, PROGxx, and other PARMLIB members for correctness, presence, and syntax. It also validates system parameters, symbols, and dataset references to catch potential issues early.
Simulation of the IPL Process:
IPLCheck/AI simulates the Initial Program Load sequence by reading and validating the same datasets and configuration members the system would use during a real IPL. This allows teams to verify the setup without restarting the system.
Improved System Reliability and Uptime
By verifying that the correct members and parameters are being used before you reboot, IPLCheck/AI supports more predictable, stable IPLs, which means fewer unplanned outages and more confidence in changes made to the system.
Faster Troubleshooting and Planning
It provides a clear, consolidated view of the IPL environment, making it easier for system programmers to troubleshoot issues, validate changes, or plan system upgrades. This improves accuracy and reduces the risk of human error during system prep.
Pre-IPL Validation to Prevent Outages
IPLCheck/AI scans critical system settings (like PARMLIB members, LOADxx, IEASYSxx, etc.) before the system is actually IPL’d. This helps catch configuration errors in advance, preventing system failures or unexpected behaviors during IPL.