A stable technical reference point
The first measurement establishes a defensible baseline. Later decisions can be compared with measured state rather than memory, ticket history or assumptions.
Enterprise Failover Cluster Assurance
A cluster assessment is most useful when it becomes a control loop. ClusterTriage establishes the technical baseline, turns deviations into prioritised findings, verifies remediation and keeps configuration drift visible throughout the year.
Why enterprise teams use Assurance
Large cluster estates change continuously: firmware, drivers, virtual switches, VLANs, storage paths, Windows updates, BIOS settings, quorum, VM placement and operational procedures. A clean report in January does not guarantee a clean cluster in October.
The first measurement establishes a defensible baseline. Later decisions can be compared with measured state rather than memory, ticket history or assumptions.
A ticket marked complete does not prove the environment changed. Follow-up measurements verify whether the intended state is actually present.
Configuration drift is exposed between rounds, so small deviations can be addressed before they become accepted production reality.
Measured deviations are assessed in context and prioritised by operational consequence, dependencies and recoverability.
Findings contain the measured state, expected state, deviation, risk, recommendation and reference rather than a dashboard score without explanation.
Four rounds make the direction visible: improving, stable or accumulating new risk.
Annual cycle
The first round creates the baseline. Each following round uses the same measurement method to verify remediation and expose new drift.
Not merely finding what is wrong, but proving that it improved, and that it stays improved.
Measure → Analyse → Prioritise → Remediate → Verify → RepeatFull measurement of cluster, hosts and relevant dependencies. This becomes the technical reference point.
The same measurement runs again. Remediation is verified by measured state, not by assumption.
Firmware, networking, storage and host configuration evolve. The third round shows what shifted since Q2.
The fourth measurement closes the year with a current configuration and risk position.
How the measurement works
A collection script runs from your management server over WinRM to the cluster nodes. It only reads and changes nothing. The base measurement takes about fifteen minutes.
No agent, no service, no scheduled task. Nothing is left behind afterwards.
The script changes no settings and restarts nothing.
The script works with the privileges of the administrator who starts it. Before the file is written it checks its own output for values that look like credentials.
One file on your server. You hand it over through an encrypted share we set up for you.
Modules extend the measurement to the layers around the cluster: switches, storage array, management controllers, the Azure side, backup and identity. They run separately, with access agreed in advance, and their findings land in the same report.
What you read per finding
Every finding is built from the measured values of this round, not from a template.
The report is available in Dutch, English and German. All languages are built from the same measurement and not translated afterwards.
Alongside what you already have
You probably already use one or more of these tools. They do their job, and they stop somewhere.
Scope and start
We start with a conversation about your environment and about what we may see. From that follows which modules make sense and which access they require. We request that access up front. Whatever you do not want to give is then known in advance, instead of appearing afterwards as a gap in the report.
Then you run the measurement, on your own or with us alongside. You place the result on the encrypted share, we deliver the report and schedule the review.
What management gets
Reporting
The reports are generated from the same measured state. Click the examples to inspect the output.
ClusterTriage Assurance
Start with a baseline, then use three comparable follow-up measurements to verify remediation and control configuration drift.