Baseline verification
Compare firmware and other scoped platform settings with the approved baseline, capturing the configuration position and exceptions that could affect interpretation of the validation results.
Services / Infrastructure deployment services
Validation & burn-in
Turn acceptance criteria into usable deployment evidence
Power-on is one event in a much larger acceptance decision. O-Connect plans and executes agreed checks across platform condition, hardware health and sustained workload behaviour, recording the results against the delivered configuration. The project gains a clear view of what passed, what needs attention and what the handover actually covers.
The brief
Define the proof before running the checks
A useful validation plan begins with agreed criteria and a known configuration. The team identifies the systems in scope, approved baselines, test conditions and the people responsible for reviewing results. This makes the evidence meaningful to the project and avoids a handover built around disconnected screenshots or checks whose purpose was never established.
Execution combines the scoped firmware and health checks with thermal and workload observations appropriate to the approved environment. Findings are captured with enough context for the responsible owner to review them, and agreed retests are linked to the resulting changes. The final acceptance pack records both completed checks and the limits of the evidence collected.
Scope & deliverables
What the work covers.
Hardware health diagnostics
Complete the agreed hardware health checks across the systems in scope, recording findings in a form that supports review, issue ownership and planned follow-up work.
Thermal and workload observations
Execute the agreed burn-in activities under authorised conditions, capturing relevant thermal and workload observations with the configuration and context needed to assess the recorded results.
Acceptance evidence pack
Assemble the test scope, results, issue position and supporting records, making completed checks, agreed exceptions and remaining acceptance decisions visible to the project and operations.
Delivery approach
A clear path through the work.
Agree criteria and conditions
Define the systems, baselines, test activities and acceptance owners, confirming prerequisites and operating constraints before scheduling workload checks or any other validation activity in the environment.
Run, record and review
Execute the agreed plan, capture results against the tested configuration and route findings to their owners, with any corrective work and retesting managed through the project.
Present the acceptance position
Review completed evidence and open issues with the appointed owners, then prepare the acceptance pack so the handover decision reflects the actual scope and recorded results.
At handover
A handover supported by specific evidence
The project receives an acceptance pack tied to the deployed configuration and agreed test conditions. Results, exceptions and remaining decisions are easy to distinguish, giving technical and operational owners a shared basis for accepting the environment and understanding what further work, if any, remains.
Define your acceptance criteriaPlanning questions
Before the work begins.
How are the acceptance criteria selected?
Criteria are agreed with the project and relevant technical owners around the approved design, intended use and systems in scope. The plan also records test conditions and evidence requirements, so each result can be assessed against an understood expectation.
What happens when a validation check finds an issue?
The finding is recorded with its context and assigned for review by the responsible owner. Any corrective work follows the agreed change process, and retesting is scoped to the issue and its impact before the acceptance position is updated.
Does burn-in guarantee future reliability?
Burn-in provides evidence of behaviour during the agreed activities and test conditions. It supports acceptance and may reveal issues needing attention, but the results describe that tested position. Ongoing monitoring, maintenance and controlled change remain part of operating the environment.
Connected workstreams
Explore the next dependency.
Services
AI cluster deployment→
Coordinate GPU nodes, fabric, storage and platform baselines through AI cluster deployment, with defined dependencies, health checks and acceptance evidence.
Services
Network fabric→
Implement the approved data center fabric across Ethernet or InfiniBand, management and storage paths, with port records and end-to-end verification.
Capabilities
Lifecycle operations→
Coordinate field work across infrastructure support, capacity expansion, refresh and decommissioning, with controlled changes and current asset records.