Case study
A global HR solutions provider improved payroll accuracy and employee satisfaction by streamlining workflows and leveraging real-time analytics with IBM Db2 Query Monitor and IBM Db2 Query Management Facility (QMF). Here’s how IBM Db2 Query Monitor for z/OS helped.
Industry: IT Consultancy and Managed Services
A global HR solutions provider servicing small businesses, Fortune 500 companies, and everything in between. With clients in over 100 countries, they ensure timely and accurate payroll and benefits payments.
Maintaining essential employee services like payroll faced hurdles due to limited staffing and increasing system complexities.
The HR provider relied on over 30 Db2 subsystems supported by a small team of database administrators. Without specialized tools, the team couldn’t proactively manage database performance. They were vulnerable to delays that could impact payroll and benefits payments globally.
IBM Db2 Query Monitor and QMF for z/OS revolutionized how the provider managed database performance, queries, and analytics.
To address performance bottlenecks, the provider implemented IBM Db2 Query Monitor, which identifies underperforming queries and recommends optimizations. Coupled with IBM QMF, a real-time analytics platform, the company gained better data visibility and improved operational efficiency. Over 400 employees utilized QMF dashboards across multiple departments —from payroll to application development — and the organization transformed its workflows and reduced time-to-insights.
Achieved improved service delivery, real-time operational visibility, and significantly faster issue resolution.
The implementation led to a significant reduction in query resolution times from several days to less than one, along with enhanced performance monitoring that enabled proactive query and index improvements. Real-time database performance dashboards allowed over 400 team members to collaboratively monitor key metrics, supporting digital transformation goals and enabling secure hybrid cloud deployment for future scalability.