1 result found

1. Intelligent Load Management for Reliable Core Monitoring

   As a PRTG administrator running large or heavily loaded environments,
   I want PRTG to intelligently prioritize core monitoring and alerting over non‑critical background tasks under high system load,
   so that time‑critical alerts and real‑time monitoring remain reliable and responsive even when the system is under heavy load or resource constraints.

   Background:
   In production environments, parallel processes such as extensive report generation, data aggregation, or logging can lead to increased system load. This can negatively impact the responsiveness and reliability of the actual monitoring function. However, time-critical alerts and real-time monitoring, in particular, must not be affected.

   Proposed feature: implementation of an intelligent protection mechanism that:
   - continuously monitors system utilization (CPU, RAM, I/O),
   - automatically intervenes when defined thresholds are reached,
   - dynamically reduces the priority of non-critical processes (e.g., reporting, historical analysis),
   - optionally delays, pauses, or queues report jobs,
   - ensures that monitoring processes, sensor queries, and alerts are always given priority.

   Optional Extensions:
   - Administrable thresholds and priority rules
   - Transparent status display in the UI (e.g., "Reduced Reporting Mode active")
   - Logging and reporting of the mechanism's interventions
   - Ability to exempt critical reports from throttling

   As a PRTG administrator running large or heavily loaded environments,
   I want PRTG to intelligently prioritize core monitoring and alerting over non‑critical background tasks under high system load,
   so that time‑critical alerts and real‑time monitoring remain reliable and responsive even when the system is under heavy load or resource constraints.

   Background:
   In production environments, parallel processes such as extensive report generation, data aggregation, or logging can lead to increased system load. This can negatively impact the responsiveness and reliability of the actual monitoring function. However, time-critical alerts and real-time monitoring, in particular, must not be affected.

   Proposed feature: implementation of… more

   1 vote

   Vote Vote Vote Vote

   We're glad you're here

   Please sign in to leave feedback

   Signed in as (Sign out)

   Close

   Close

   Vote

   We’ll send you updates on this idea

   Under Review  ·  0 comments  ·  Delete…  ·  Admin →
   How important is this to you?

   Not at all You must login first! Important You must login first! Critical You must login first!

   We're glad you're here

   Please sign in to leave feedback

   Signed in as (Sign out)

   Close

   Close

   Submit Rating