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KeyPedia LogoKeyPedia Icon
Lock · head
Sensor headAR vision, thermal, acoustic
Evidence coreData and intelligence, signed
ManipulatorsPanels, gauges, tags, controls
MobilityEvery aisle, every shift
Power and computeOn the device, all shift
Drag to turn · Scroll to build
KeyPedia HardwareKeyPedia Hardware

Auditing, inspections, and investigations are becoming frictionless on the digital plane.

Now hardware must catch up.

KeyPedia introduces the AR Auditor and the first fully autonomous audit and inspection robot.

AuditInspectionInvestigationQuality
Book a briefingRead the manifesto
Layer 01 · Data layerLayer 01 · Data layer

Constant data

It starts on the computer. Machines, sensors, quality systems and records report every second, in one feed.

  • Machine and sensor telemetry
  • Quality, maintenance and calibration records
  • KeyPedia's FDA and global enforcement data
Layer 02 · Intelligence layerLayer 02 · Intelligence layer

Intelligence over the data

Basic intelligence turns the feed into questions worth asking: which assets are drifting, which records disagree, and what an investigator would look at first.

Layer 03 · AR AuditorLayer 03 · AR Auditor

Yellow glasses, human eyes

Auditors wear the AR Auditor on the floor. The record sits beside the asset, and every capture becomes evidence. Every audit also teaches the robot what to check.

Layer 04 · TestingLayer 04 · Testing

Full testing

The robot goes to the asset itself. It opens panels, reads gauges and tags, tests controls, and tags what it finds.

Layer 05 · GoverningLayer 05 · Governing

Governing the fleet

Humanoid or quadruped, the same stack runs on both. They audit and inspect every machine on the floor, including other robots, against what the systems claim.

The full stackThe full stack

One stack, top to bottom

Sensor head, evidence core, manipulators, mobility, power and compute. Every layer of the stack has a home in the hardware.

Sample feed
06:00:12 SCL-02 Checkweigher · Reference weight in tolerance Verified06:14:40 PRS-04 Hydraulic press · Calibration tag due 2026-09-14, record says current Mismatch06:21:05 CNV-11 Conveyor, line 2 · Interlock stops the line on test Verified06:37:52 TMP-07 Cold room · 6.8 °C at the door zone, logger reads 4.0 °C Mismatch06:52:18 AMR-22 Mobile robot · Front bumper sensor housing cracked Flagged07:05:33 LBL-09 Labeler · Lot code legible, matches batch record Verified06:00:12 SCL-02 Checkweigher · Reference weight in tolerance Verified06:14:40 PRS-04 Hydraulic press · Calibration tag due 2026-09-14, record says current Mismatch06:21:05 CNV-11 Conveyor, line 2 · Interlock stops the line on test Verified06:37:52 TMP-07 Cold room · 6.8 °C at the door zone, logger reads 4.0 °C Mismatch06:52:18 AMR-22 Mobile robot · Front bumper sensor housing cracked Flagged07:05:33 LBL-09 Labeler · Lot code legible, matches batch record Verified
Autonomy

Full. No operator on the floor.

Coverage

Every asset, every shift.

Evidence

Signed, time-stamped, linked to the asset.

Form factors

AR glasses, humanoid and quadruped.

Manifesto

Findings on the state of physical audit

We audited the audit. Four observations, and one finding.

Observation 1Observation 1

The floor now reports on itself.

Machinery, equipment, 24/7 manufacturing, and advanced warehouses and logistics produce data constantly. The evidence moves faster than the people sent to check it.

Observation 2Observation 2

People don't belong in the machine-dense zone.

Putting humans into machinery-dense environments is not only dangerous, it's counterproductive. Every walk-through slows the line it was sent to verify.

Observation 3Observation 3

Self-reported data is not evidence.

Data integrity remains one of the most common audit citations. Cameras and equipment data belong to the system being audited. Someone independent has to confirm that what machines and robots report is true, and watch it change in real time.

Observation 4Observation 4

Remote is not present.

Regulators have said it plainly: a remote assessment is not an inspection. A video walkthrough shows what the person holding the camera chooses to show.

FDA guidance, Conducting Remote Regulatory Assessments, 2025
Finding

Hardware must catch up.

The hardware-aware robots of the future understand this.

AR Auditor

Every side of the audit, with the record in view

Glasses for the audits, inspections and investigations people still walk. The asset's records appear beside the asset, and every capture becomes evidence that serves everyone in the room.

In-lens view · example● Rec
Asset
PRS-04 · Hydraulic press
Calibration due
2026-09-14 Overdue
Step 3 of 7
Confirm the calibration tag matches the record
Requirement
ISO 13485 §7.6
Capture evidence
Drag to rotate

For the auditor or inspector

The record sits beside the asset and each step is tied to the clause it verifies. Every capture is evidence, stamped with the asset, location, time and requirement.

For the site being audited

Shorter visits and fewer people on the floor. Findings rest on the same evidence the auditor saw, not on memory or a sample.

For whoever commissions it

Audits, inspections and investigations that are complete, consistent and defensible, with evidence that holds up long after the visit.

And for the robot

Every AR audit teaches the robot what to check, where, and what good looks like.

Audit and inspection robot

Reviews everything

A sample audit checks a handful of assets and trusts the rest. The robot walks every aisle, inspects every asset, and does it again next shift.

0 / 24Assets verified · autonomous pass
Illustrative floor · 24 assets · Drag to rotate

Every asset, every shift

Full coverage replaces sampling. Drift gets caught the day it starts, not at the next audit.

Independent by design

Its own sensors, its own record. It reports to the audit, not to the system it's auditing.

Checks the checkers

Confirms that what machines, sensors and other robots report is accurate, and flags the moment it isn't.

People out of harm's way

No one walks the machine-dense zone to tick a box. People review findings, not aisles.

Audit · Inspection · Investigation · Quality. One robot.

Why a robot

Why not just cameras and equipment data?

Because they belong to the system being audited. The audit robot uses sensor and camera data as one input, then goes and looks for itself, including at the sensors and cameras.

AssetThe system reportsThe robot observesResult
PRS-04Hydraulic pressCalibrated 2026-03-14, in toleranceCalibration tag shows due 2026-09-14. The record was never updated.Mismatch
CNV-11Conveyor, line 2Guard interlock closedGuard closed. Interlock stops the line on test.Verified
TMP-07Cold room4.0 °C, steady6.8 °C at the door zone. The logger sits beside the evaporator.Mismatch
AMR-22Mobile robotRoute complete, 0 faultsRoute complete. Front bumper sensor housing is cracked.Flagged
SCL-02CheckweigherVerified 2026-09-29 06:00Reference weight reads within tolerance.Verified

Illustrative example of one shift's reconciliation

Where it fits

The audit and inspection layer for the hardware you already run

We don't replace inspection robots, fixed sensors or plant systems. We audit what they report, and over time we'll run on them too.

The future of humanoid robots is hardware-aware: machines that understand other machines, and check them.

KeyPedia verification layerIndependent verification
PLC / SCADAMESCMMSCCTVFixed sensorsInspection robotsQuality recordsCalibration logs
Who it's for

Built for the people who sign off

Leadership

Senior executives

See the physical state of every site, not just its paperwork.

Quality

Quality leaders

Continuous verification between audits, with evidence ready before anyone asks for it.

Audit

Auditors

Independent evidence from every asset, without walking the floor to get it.

Inspection request

See the future of audit and inspection

A briefing on the AR Auditor and the audit and inspection robot, for teams ready for audits, inspections and investigations to go fully agentic.

Book a briefing
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