The Insights module in Endpoint Central provides IT administrators with intelligent, data-driven observations about endpoint health, reliability, performance, and application stability. Insights are automatically generated when monitored health indicators breach configured thresholds.
By surfacing actionable insights, Endpoint Central helps teams detect issues early, triage devices, and take remediation steps to improve the digital employee experience — whether it's identifying high crash rates, degraded boot performance, aging hardware, or network connectivity problems.
Insights are triggered when monitored health indicators breach the thresholds defined under Insights Settings. Each insight corresponds to a specific category and metric, and includes:
Navigate to DEX > Insights from the left-hand pane. The main panel displays a table of all active insights.

| Column | Description |
|---|---|
| Insight | Describes the observed issue. Click to open the insight detail view. |
| Device Count | Number of endpoints currently affected by the issue. |
| Category | Classification: Device Performance, Disk Capacity, Startup Performance, Network Performance, Application Reliability, or Device Reliability. |
| Last Updated On | Timestamp of the most recent insight refresh. |
Insights are powered by configurable health indicators. Each indicator has its own threshold that determines when an insight is triggered. To configure thresholds:

The following insights are available in Endpoint Central, organized by category. Click any insight to open its full documentation — including trigger conditions, metric explanations, root cause investigation steps, and remediation guidance.
| Insight | Default Threshold |
|---|---|
| Devices experiencing application slowdowns due to high CPU usage | CPU usage > 75% |
| Devices experiencing slow app and graphics rendering due to high GPU usage | GPU usage > 75% |
| Devices experiencing application slowdowns due to high Memory usage | Memory usage > 75% |
| Slow disk response is affecting application performance | Disk queue length > 1 |
| Devices experiencing slow keyboard and mouse response | Users Input Delay > 500 milliseconds |
| Insight | Default Threshold |
|---|---|
| Low OS drive space impacts update completion and device responsiveness | OS drive free space < 25 GB |
| Devices experiencing storage capacity limitations affecting system operations | OS drive free space < 25 GB or non-OS drive free space < 25 GB |
| Insight | Default Threshold |
|---|---|
| Devices experiencing slow boot time | Boot time > 30 seconds |
| Devices experiencing slow user logon | Extended logon time > 30 seconds |
| Devices with fast startup enabled may experience ineffective restarts and delayed updates | Fast boot is enabled |
| Extended uptime detected, performance and updates may be affected | Last boot older than 7 days |
| Insight | Default Threshold |
|---|---|
| Devices are experiencing degraded Wi-Fi connectivity | Signal strength < -75 dBm and SNR < 20 dB, or Packet loss > 3%, or Gateway latency > 100 milliseconds |
| Insight | Default Threshold |
|---|---|
| Devices experiencing application crashes (explorer.exe, ms-teams.exe, outlook.exe, devenv.exe, and others) | All applications are monitored |
| Insight | Default Threshold |
|---|---|
| Battery replacement is recommended for devices with degraded battery health | Battery health < 50%, or backup time below threshold, or cycle count exceeds OEM limit |
| Insight | Default Threshold |
|---|---|
| Devices experiencing system crashes | System crashes are monitored |
| Devices with hard resets may be experiencing hardware or power issues | System hard resets are monitored |
| Devices approaching or past End of Life, posing risks to security and support coverage | Warranty expiry < 90 days or device age > 5 years |
Battery health is a critical factor influencing user experience, device performance, and hardware longevity — especially in mobile and hybrid workforce environments. Undetected battery degradation can result in unexpected device shutdowns, reduced mobility, increased support tickets, and employee downtime.
The Battery Health Insights provide IT teams with actionable visibility into battery condition, charging behavior, degradation trends, and operational risks across managed devices. These insights enable proactive hardware lifecycle management, help prevent unplanned downtime, reduce device replacement costs, and support sustainability goals by extending device usability.
The Battery Replacement Recommendation insight proactively identifies devices whose batteries have significantly degraded and are approaching end-of-life. By continuously analyzing multiple battery-related parameters, the insight detects early warning signs of battery failure and automatically recommends replacement actions — before they disrupt end users.
This insight enables IT teams to:
The Battery Replacement Recommendation is generated based on the following criteria. Thresholds can be configured to align with organizational policies and usage patterns.
| Metric | What it measures | Recommended threshold |
|---|---|---|
| Battery Health (%) | Remaining charge capacity compared to the original design capacity. Values below the threshold indicate significant wear and reduced ability to hold a charge. | 50% |
| Backup Time (Minutes) | Expected runtime when operating on battery power. Insufficient backup time limits mobility and disrupts common use cases such as meetings or field work. | Configurable based on organizational requirements |
| Cycle Count | Number of complete charge-discharge cycles completed by the battery. Higher cycle counts indicate aging battery chemistry. Displayed only if supported by device firmware and manufacturer drivers. | Typically 300—500 cycles (OEM recommended) |
Thresholds for the above metrics can be customized under Settings > Insights. Refer to the Configuring Insight Thresholds section above for step-by-step instructions.
The Battery Replacement Extension automates the remediation process for devices identified by the Battery Replacement Recommendation insight. Using telemetry collected from managed endpoints, the workflow:
This automated workflow reduces manual intervention, accelerates resolution times, and ensures consistent handling of battery replacement cases.
The agent collects battery usage metrics every minute and stores this data locally on the device. On a daily schedule, the agent calculates the average battery runtime based on the previous seven days of usage and posts the details to the server.
Cycle count data is collected using manufacturer-provided APIs. If a device manufacturer does not support cycle count reporting through these APIs, the metric is not displayed and is not considered in insight evaluation.
Battery warranty management is currently supported for devices from Dell and Lenovo.