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Contact usFor decades, IMS operations have relied on experienced specialists to make sense of signals spread across queues, logs, regions, and online and batch workloads. As environments grow more complex and expertise becomes harder to sustain, relying solely on manual interpretation is increasingly difficult.
Speakers
Gary Turner Solution Engineer, BMC
Gilles Robert Sr Principal Solution Engineer, BMC
Steven Dzikowski VSE, BMC
event summary
As operational complexity accelerates and expertise gaps widen, enterprises are shifting from reactive monitoring to AI-driven insight. Industry practitioners explore how predictive intelligence is transforming how IMS operations detect, diagnose, and resolve issues faster.
core insights
Organizations are rethinking operations as AI enables earlier detection, deeper context, and faster resolution in increasingly complex environments.
1
Traditional monitoring surfaces symptoms but lacks root cause clarity. As system complexity grows, teams can no longer rely on threshold-based alerts alone. AI-driven insight introduces contextual correlation across workloads, enabling faster identification of underlying issues.
2
Static thresholds only trigger alerts after problems manifest. AI models instead learn “normal” behavior and detect subtle deviations earlier. This shift enables teams to identify emerging risks before outages occur, significantly improving operational resilience.
3
Manual troubleshooting depends on deep institutional knowledge that is increasingly scarce. AI reduces dependency on long-tenured expertise by guiding teams toward probable causes. This democratizes operational decision-making, allowing less experienced teams to act with greater confidence.
WHAT THIS MEANS
AI-driven insight reshapes how teams prioritize, diagnose, and act—shifting focus from alert management to outcome-driven operations and faster decision execution.
Key takeaways:
Control-M orchestrates workflows across applications, data platforms, and business systems; not just individual processes.