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RoboblackboxThe independent record for robotic operations.

The independent record for robotic operations.

Spot changes in robot behavior. Investigate them with evidence.

Roboblackbox brings together what robots publish, what facility systems report, what cameras observe, and what operators declare. One independent record, controlled by the operator, for reviewing behavior, investigating changes, and examining incidents, with each source and its limitations kept visible.

Many sources. One independent record.

Raw data stays on site · No software on robots · No control path

Fleet data flows into RoboblackboxRobot telemetry, on-site camera observations, and PLC signals flow one way into the recorder, then into an independent record and reports. The robotic arm gently sways.Distance
Scroll sideways to explore the diagram.

Five source types

Different systems. One independent record.

Robotic operations involve more than robots. Roboblackbox brings together information from the systems operating at a site, preserving where each observation came from, when it was recorded, and what it can and cannot establish.

Robot publications
Reported positions, speeds, operating states, software versions, and published faults. Coverage depends on what each source publishes.
Facility systems
Available states published by PLCs, controllers, and devices, including gates, interlocks, E-stops, and machine operating modes. A published state does not prove that a protective function worked.
Camera video
The architecture retains footage within the operator-controlled site. Video stays on site; footage and video-derived observations remain separate evidence types.
Video-derived observations
Object tracks, estimated speeds, and estimated distance to people, with provenance, processing context, and uncertainty. A track is not a confirmed robot identity. Person-class tracks are anonymous observations; estimated distance is not a certified protective separation distance.
Operator declarations
Operator-defined rules, boundaries, limits, operating context, changes, and effective dates. Declarations remain attributed context, rather than independent observations.

Each source keeps its identity. Each observation keeps its limits.

Day to day

See how robotic operations change over time.

A single event gives you one observation. A continuous record helps you examine whether similar events recur, where they occur, and what changed around them. Review reported robot behavior alongside available facility states, camera-derived observations, and the operator’s declared rules. Look for patterns across equipment, locations, operating conditions, and software changes.

Ask the record.

  • How close do robots get to people?Robot publications + camera-derived observations
  • What was the gate state when the robot entered the cell?Robot publications + facility controller
  • What changed after the software update?Robot publications + operator declarations
  • Where do published protective stops concentrate?Robot states + operating context
  • What rules were in force when the event occurred?Operator declarations + recorded timeline
Roboblackbox / FindingsPreview
Product preview · synthetic test data

Findings

Product preview · synthetic test dataOpen full sample →

These questions guide review of the available evidence; the record does not guarantee an answer.

See what we measure →

How it works

One independent record across robotic operations.

Roboblackbox sits alongside the systems already operating at your site. It records available robot publications, and its read-only integrations are designed to bring in facility states and observations derived from on-site cameras.

Annotated recorder: passive capture, tamper-evident record, no control path, and raw data stays on site
The box is not the product. The independent record is.

The operator defines the recording scope and declares the rules and changes that provide context for review. The multi-source architecture preserves source attribution, timestamps, and evidence-integrity information.

Nothing is installed on the robots and nothing is sent to them. Roboblackbox does not command robots, replace safety systems, or determine whether an operation is safe.

  1. 1 · ConnectRead-only sources

    Establish authorized read-only access to supported robot and facility sources.

  2. 2 · RecordPreserve the record

    Preserve published states, attributed observations, and operator declarations within the supported scope.

  3. 3 · ReviewExamine the evidence

    Examine events and changes while keeping source disagreements, missing information, and limitations visible.

  4. 4 · VerifyCheck integrity

    Check integrity and provenance using available checks. Integrity checks do not establish source truth.

After a change

See what changed after an update.

Robot fleets do not stay fixed after deployment. When software changes, operating rules change, or the operator makes a fix, the same continuous record shows what observable behavior followed.

Measure what changed instead of arguing about it.

Roboblackbox / What changed, and what happened after?Preview
Sample Changes record · synthetic data

What changed, and what happened after?

Sample Changes record · synthetic dataOpen full sample →

Note that before/after association is not proof of causation.

After an incident

Different questions. Same record.

Illustrative multi-source investigation: a robot stops near a pedestrian crossing.

Robot publicationsreport motion and operating state.

Camera and facility sourcesCameras provide video-derived observations of nearby activity. Facility systems report their available states.

Operator declarationsprovide context about the rules in force.

Investigators can examine what each source reported, where their accounts agree, and where information is missing.

Roboblackbox / Incident Report document · synthetic historyPreview
Sample Incident Report · synthetic data

Incident Report document · synthetic history

Sample Incident Report · synthetic dataOpen full sample →

When something happens, the record is already there.

Within the configured recording scope, Roboblackbox brings the relevant records together for review. This illustrative example describes the multi-source investigation workflow.

The record preserves the evidence. People determine what it means. It does not determine fault, causation, responsibility, or safety.

Evidence & provenance

Every finding leads back to the record.

Roboblackbox is designed to preserve the distinction between what a system reported, what a camera-derived model estimated, and what an operator declared. Evidence should remain reviewable with its source, timestamp, applicable rules, uncertainty, and coverage limitations. Where sources disagree, the disagreement remains visible.

Record first. Interpret second.

Roboblackbox / The sealed linePreview
Evidence viewer preview · synthetic test data

The sealed line

Evidence viewer preview · synthetic test dataOpen full sample →

Each source keeps its identity. Each observation keeps its limits.

The record still has limits:

A preserved record can be checked for integrity, but that does not establish that every reported value accurately represented physical reality.

Missing signals, capture gaps, clock differences, processing context, and uncertainty limit what the record can establish.

Reported
Information published by a robot or facility system.
Observed
Information obtained from an observation source.
Derived
Results produced by a stated computation or perception process.
Declared
Operator-provided rules, changes, and operating context.
Checked
Integrity checks performed on preserved evidence.
Not established
Conclusions the available evidence cannot support.

Insurance & claims

Bring the record.

When authorized by the operator, preserved operational records can provide context for underwriting reviews and claims investigations.

Insurance professionals determine how recorded observations and their limitations are used. Access to operational records requires operator authorization.

We preserve operational evidence. Insurers make underwriting decisions.

A review record.

Independent runtime evidence for underwriting, renewal, loss-control review, claims, and subrogation.

Roboblackbox / Fleet Safety Report · August 2026Preview
Sample Fleet Safety Report · synthetic data

Fleet Safety Report · August 2026

Sample Fleet Safety Report · synthetic dataOpen full sample →

An independent record for robotic operations.

An operator-controlled record across vendors, software changes, and incidents.

Work with us

Help build the independent record for robotic operations.

We welcome warehouse and factory operators, robotics integrators, and safety specialists interested in evaluating independent operational records. We’re looking for partners who can help evaluate read-only integrations, review our evidence methodology, and identify where an independent operational record would be useful. We also welcome insurance and claims professionals interested in reviewing the resulting evidence formats.

Operators, integrators & safety teams

Help evaluate the record.

Explore supported sources, recording scope, evidence methodology, and the limits of operational review.

Insurance & claims professionals

Review the evidence formats.

Examine how operator-authorized records could provide context for insurance and claims review.