Use NDD Orbix’s processor and RAM memory indicators to identify computers showing signs of performance degradation before user complaints arise. Analyzing usage history allows data-driven decisions regarding maintenance, updates, or replacement of equipment.
Instructions
Monitoring computers in NDD Orbix allows you to track the processor and RAM memory usage of equipment.
This information can be used to identify computers and laptops that frequently operate near their capacity limits. Continuous monitoring helps identify equipment showing signs of degradation before users report complaints of slowness, crashes, or low productivity.
1. Analyze usage history
When reviewing the monitoring data, pay particular attention to:
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Recurring processor usage near maximum capacity.
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Consistently high RAM memory usage.
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Equipment that remains with few available resources during business hours.
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Usage spikes that recur at the same times.
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Computers that perform worse compared to other equipment with the same usage profile.
2. Consider the usage context
High usage at a single point in time does not necessarily indicate a limitation of the equipment.
Activities such as system startup, updates, antivirus scans, video conferences, and running resource-intensive applications can generate temporary usage spikes.
For a reliable analysis, consider the recurring behavior of the indicators, the period during which they occur, and the activities performed by the user.
3. Evaluate recommended actions
After identifying equipment showing signs of poor performance, evaluate the most appropriate actions for each situation, such as:
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Increase the equipment’s RAM memory.
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Review applications that consume excessive resources.
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Update components or configurations.
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Replace computers that are incompatible with the current usage profile.
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Plan for the gradual renewal of the equipment fleet.
The continuous use of processor and memory indicators allows you to anticipate performance issues and provide data-driven recommendations without relying on user complaints.
This approach helps reduce downtime, improve the user experience, demonstrate value in service delivery, and support planning for the evolution of the computer fleet.