Filtering with Orchestration Query Language in the Orchestration Monitor

Harness the power of OQL for enhanced monitoring.

Experience the power of Orchestration Query Language (OQL) directly in the Orchestration Monitor of the Dynamic Workload Console.

Toggle the OQL button in the Orchestration Monitor and effortlessly filter workstations, jobs, job streams, and resources with comprehensive syntax, tailoring your view for superior monitoring and gaining precise insights for optimal workload management.
Operational efficiency through precise monitoring
By leveraging OQL in the Orchestration Monitor, you can filter workstations, jobs, job streams, and resources with comprehensive syntax. This precise filtering enables operations teams to quickly pinpoint specific areas of interest or concern in your environment, reducing the time spent sifting through irrelevant data and leading to faster identification and resolution of issues.
Faster issue resolution and reduced downtime
OQL empowers you to easily and quickly retrieve required results by writing targeted queries. This rapid access to specific information about the production plan environment enables operations teams to diagnose problems more efficiently, leading to quicker resolutions and minimizing potential downtime, which directly translates to increased system availability and business continuity.
Streamlined operations across multiple interfaces
OQL is not limited to a single interface; it can be used with REST API V2, Orchestration CLI, and the Orchestration Monitor of the Dynamic Workload Console. This consistency across different tools provides flexibility for various user roles and automation needs, streamlining operations and reducing the learning curve for different interaction methods, leading to increased team productivity.

Get access to OQL and enhance your monitoring capabilities, improve operational efficiency, reduce downtime, optimize workload management, and proactively address potential issues. For more information, see Using Orchestration Query Language.