Isometric data center blueprint with compute racks, cooling pipes, electrical cabinets, and a humanoid at work

Preparing the interactive facility…

Data center / Architectural study

Humanoid deployments / Data centers

The next shiftin data center operations.

Supervised humanoid deployments for the data center floor.
Defined operating limits. Measured task performance.

Plan a deployment
Explore the floor
Bright server aisle with full-height racks and overhead cable trays

01 / Compute

Rack rounds.
Asset-level evidence.

Define the rack list and required observations before each inspection round.

Observe
Rack / U position, asset tag, serial number and visible status indicators.
Record
Timestamped images, read confidence, unread tags and site-reviewed exceptions.
Qualify
GPU tray alignment and insertion require a separate trial for the hardware, tooling and OEM procedure.
Data center cooling pipes and infrastructure

02 / Cooling

Cooling checks.
At the equipment.

Scope repeatable observations of accessible cooling infrastructure.

Observe
CDU indicators, visible hose connections and rack-inlet conditions, subject to the agreed sensor package.
Record
Instrument value, unit, equipment ID and image; reconcile observations with site telemetry.
Qualify
Use equipment-specific inlet and liquid-cooling limits. Define escalation and any connection handling with the site.

03 / Power

Power checks.
External indicators.

Define an inspection route around approved electrical equipment access points.

Observe
Visible UPS, PDU and switchgear indicators within the approved inspection boundary.
Record
Panel ID, indicator state, timestamp and image for the responsible site technician.
Qualify
Switching, resets and cabinet access require a separately authorized procedure.
Graphite humanoid working at an electronics station

04 / Logistics

Parts runs.
Verified handoffs.

Measure the full request-to-rack interval on a site-approved delivery route.

Dispatch
Request ID, part number, pickup point, target rack and approved payload.
Track
Request receipt, acceptance, pickup and handoff timestamps, plus operator-control intervals.
Accept
Correct part and condition confirmed at the rack; retain failed runs and recovery time.

Field pilot / Measurement protocol

Nine operational measures.

Agree the task, denominator, operating window and acceptance threshold before the first run. These are proposed pilot definitions; measured results are not published here.

Data center robot pilot scorecard: calculation and required reporting
MetricDefinitionRequired reporting
01Uptime / robot availabilityAvailable robot hours ÷ scheduled robot hours.Fix the readiness criteria and schedule before the trial. Break out charging, repair, software faults and network downtime within that window. This measures the robot, not facility uptime.
02Round completionScheduled racks inspected with required evidence ÷ racks scheduled, per round.Retain the scheduled rack list. Record completed, blocked and skipped racks with reason codes; a repeat visit does not add another completed rack.
03FindingsAnomalies raised, confirmed by site staff, rejected as false positives, and pending review.Attach rack/asset ID, timestamp and image evidence. Retain the site adjudicator and disposition. A raised alert is not a confirmed fault.
04Audit accuracyExact asset-tag matches ÷ tags in a hand-checked sample.Register the sample before scoring. Include unread and misread tags in the denominator; report each separately. Reconcile rack position and serial number where in scope.
05Parts run timeElapsed time from request receipt to verified part handoff at the target rack.Include dispatch/acceptance delay, queue, pickup, transit and handoff time. Report p50/p95 for completed runs alongside outstanding, aborted and failed requests.
06Intervention rateTask attempts with an operator takeover ÷ all initiated attempts.Keep aborted and failed attempts. Log takeover reason, control ownership and recovery outcome. Report planned manual steps separately from unplanned interventions.
07Operator minutes per taskTotal operator control minutes ÷ completed tasks.Sum all operators, failed-attempt control time and recovery within the reporting window. This is a control-time cost driver; report passive supervision and reset labor separately. Zero completions means undefined, not zero.
08IncidentsEquipment/person contacts, near misses, person-triggered stops and emergency stops.Separate event categories and severity. Retain task, location, recovery and disposition, with operating hours and attempt counts as exposure. Review stops individually.
09Network healthRobot ↔ operator RTT p50/p95/p99, jitter, packet loss, failovers and degraded-mode minutes.Declare endpoints, probe cadence, sample count and jitter method. Report sent/lost probes separately from delivered-probe latency; tie outages and failovers to mission IDs. Set thresholds with the site.

Site qualification / Acceptance sequence

Register the scope. Test against it.

  1. 01

    Pre-register

    Rack list, route, payload, access rules, operator authority and pass/fail criteria.

  2. 02

    Run & log

    Retain each attempt, takeover, stop, network outage and staff-adjudicated finding.

  3. 03

    Review

    Compare with the manual baseline. Accept, revise or hold scope using the agreed thresholds.

Define the task. Set the acceptance test.

Plan a deployment