How does Sensaka monitor the Lenovo XClarity Controller without an agent?

Sensaka DCOS connects to each ThinkSystem server's XCC over the management network using Redfish and IPMI. It reads sensors, the event log, and component health directly from the controller, so no XClarity or OS agent is required on the host.

Which Lenovo servers are supported?

Lenovo ThinkSystem servers that expose the XClarity Controller over Redfish are covered, with IPMI as a fallback, giving consistent coverage across mixed Lenovo fleets.

What Lenovo hardware faults can it detect?

Power supply degradation and redundancy loss, fan failure and thermal issues, DIMM memory errors, RAID controller and disk faults, and CPU or system board events, along with XCC event log entries.

Can it monitor Lenovo servers when the OS is down?

Yes. XCC runs on dedicated management hardware, and Sensaka collects over the management network, so ThinkSystem servers stay visible during an OS crash, hang, or power loss.

Which Sensaka product covers Lenovo XCC monitoring?

DCOS provides agentless out-of-band monitoring for Lenovo hardware. It feeds the iDCOS unified platform, and SmartBSM adds AIOps and business service mapping so XCC faults connect to service impact.

Solutions · Out-of-Band Hardware Monitoring

Lenovo XCC Monitoring, Agentless Health for ThinkSystem Servers

Lenovo's XClarity Controller (XCC) exposes detailed hardware health for ThinkSystem servers, but XClarity Administrator is another management plane to operate on its own. XCC monitoring with Sensaka reads that telemetry agentlessly and unifies Lenovo hardware with the rest of the fleet.

Collection runs over the management network through Redfish, so power, thermal, and memory faults are caught early and ThinkSystem nodes stay visible during a crash, hang, or power event, with no OS agent required.

Coverage

What Sensaka Monitors on Lenovo XCC

XCC (XClarity Controller) is the Lenovo baseboard management controller. Sensaka DCOS connects to it agentlessly over Redfish and IPMI and reads hardware health directly from the controller.

Power supply health, redundancy, and power readings

Fan speed, fan failure, and thermal status

Inlet and component temperatures

DIMM memory errors and status

RAID controller and physical disk health

CPU and system board status

XCC event log entries

XCC reachability and overall health summary

Why Out-of-Band

Hardware Visibility That Survives an OS Failure

OS-independent visibility

The controller runs on dedicated management hardware, so health data keeps flowing when the OS crashes, hangs, or loses its production network.

Component-level faults

CPU, DIMM correctable and uncorrectable errors, PSU state, fan speed and failure, RAID and disk health, and inlet temperature.

One view across vendors

Normalized into the same model as the rest of your fleet, so this hardware does not need its own separate console.

Remote operations

Power cycle, remote console, and batch actions over the management network for lights-out sites and remote troubleshooting.

Firmware & change context

Firmware levels and configuration baselines tracked alongside alerts, connecting hardware change to incidents and audit needs.

Service impact mapping

Faults related to the business services that depend on the node, so critical hardware is prioritized accordingly.

Lenovo Specifics

Notes for Monitoring Lenovo XCC at Scale

Uses the Redfish API on the XClarity Controller across current ThinkSystem generations.

Avoids standing up XClarity Administrator agents on every host by reading directly from XCC.

Fits estates where Lenovo runs alongside other vendors and one operational view is required.

Normalizes Lenovo sensors into the same model as Dell, HPE, Huawei, and Supermicro hardware.

Lenovo XCC is one layer of a mixed estate. The same approach powers multi-vendor BMC monitoring across your whole fleet, feeding the unified iDCOS platform and SmartBSM for business service impact.

Protocol references: Redfish (DMTF) and the IPMI specification.

Other vendor controllers: Dell iDRAC, HPE iLO, Huawei iBMC, Supermicro IPMI. See also out-of-band monitoring and multi-vendor hardware monitoring.

FAQ

Lenovo XCC Monitoring, Answered

Get started

Monitor Lenovo Hardware Without an Agent

See how DCOS reads XCC health agentlessly and folds it into one view across your whole multi-vendor fleet.